In the evolving landscape of plastic part manufacturing, there's a growing demand for compact and energy-efficient injection molding solutions that don’t compromise on quality or performance. Whether you're prototyping a new design, producing small-batch components, or teaching injection molding technology in a university setting, a small injection molding machine can offer the perfect combination of precision, speed, and space efficiency.
At a fraction of the size and cost of full-size machines, our mini injection molding machines deliver industrial-grade results — right on your benchtop or in your small workshop.
A small injection molding machine is a scaled-down version of a standard IMM (Injection Molding Machine), designed for lower output volumes, lighter molds, and tighter spaces. With clamping forces typically ranging from 5 to 60 tons, these machines are ideal for:
l Prototype development and mold testing
l R&D labs and material testing
l Educational use in technical institutes
l Short-run or specialty product production
l Precision micro-molding (e.g., electronics, connectors, medical parts)
Despite their size, modern small IMMs are equipped with advanced control systems, energy-efficient motors, and robust components that deliver repeatable, high-quality output.
Our machines feature a compact footprint, making them ideal for small workshops, universities, or production rooms with space limitations. Most models can fit on a benchtop or roll easily on caster wheels for flexible operation.
Equipped with servo motors or pneumatic drives, our small injection molding machines are highly energy-efficient, consuming far less power than traditional hydraulic systems — a key advantage for labs and startups.
Thanks to microprocessor controllers and accurate temperature/injection settings, even the most detailed parts can be molded consistently. Perfect for micro parts, gears, buttons, and connectors.
Designed with beginners and professionals in mind, our mini IMMs offer intuitive interfaces, fast mold changes, and minimal maintenance — allowing users to start molding within minutes.
This compact, plug-and-play system is ideal for education, prototyping, and light industrial use. Lightweight and affordable, it fits easily on a bench and requires only a standard power outlet to operate.
Specifications:
l Clamping Force: 20 tons
l Injection Volume: 20–30g
l Power: 2.2 kW
l Manual or semi-automatic operation
l Optional mold heating system
l Ideal for ABS, PP, PE, TPU, and more
Combining servo control with a compact frame, the S45 is perfect for small-scale production or cleanroom environments. Offers precise injection control, low noise, and stable performance for technical parts.
Specifications:
l Clamping Force: 45 tons
l Injection Speed: High-response servo motor
l Touchscreen HMI
l Supports multi-cavity micro molds
l Widely used for medical devices, electronics, and micro gears
A vertical machine with a rotary table, designed for insert molding and two-handed operation. Frequently used in cable overmolding, embedded parts, connectors, and microelectronics assembly.
Specifications:
l Clamping Force: 60 tons
l Vertical clamping / vertical injection
l Rotary table for dual-station operation
l PLC control system with safety interlocks
l Space-saving vertical design
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In an industry increasingly driven by automation and precision control, it’s easy to overlook the importance of fundamental machinery. Yet in rubber and plastic processing, one traditional workhorse continues to prove its unmatched value: the two roll mill. Known for its versatility, durability, and simplicity, this piece of equipment is still widely used in R&D labs, small-scale production lines, and even some large-scale operations.
We design and manufacture high-performance two roll mills for a wide range of compounding and mixing applications. Whether you're working with natural rubber, synthetic elastomers, TPE, or thermoplastics, our mills provide the control and consistency needed to develop and test materials efficiently.
A two roll mill—also called an open mill—is a mechanical device that uses two horizontally aligned rotating rolls to knead, shear, and blend polymer materials. The operator feeds the material into the rotating nip (gap between the rolls), and it’s repeatedly passed through the rolls until the desired dispersion and plasticization are achieved.
This makes two roll mills perfect for:
l Material blending
l Pigment and filler dispersion
l Sheeting and film preparation
l Laboratory-scale formulation development
l Quality control of rubber or plastic compounds
Explore Our Bench-Top Two Roll Mill
Compact and efficient, this lab-scale mill is ideal for universities, R&D labs, and formulation testing.
While traditional in concept, our modern two roll mills incorporate advanced features to ensure precision, safety, and ease of use.
l Chrome-plated alloy steel rollers with excellent surface hardness and corrosion resistance
l Variable speed adjustment for both rolls with forward and reverse operation
l Manual or motorized nip gap control for precise compound thickness
l Digital temperature control with integrated water or oil circulation
l Overload protection and emergency stop mechanisms
l Roll diameters from 150mm to 600mm
l Optional heating/cooling systems for high-viscosity compounds
l Safety covers, dust guards, and programmable cycle timers
l Servo or hydraulic nip adjustment for automation compatibility
Check Out Our Industrial Two Roll Mill
Designed for continuous small- to medium-scale rubber and plastic compounding in production environments.
Two roll mills are indispensable in sectors such as:
Industry | Application Examples |
Rubber Compounding | Base rubber + fillers, oil, pigments |
Polymer Blending | PVC, TPE, EVA, PE color masterbatch |
Cable & Wire | Sheathing and insulation materials |
Medical & Healthcare | Silicone and latex compound development |
Automotive | Window seals, bushings, anti-vibration materials |
Footwear | Outsole material formulation, EVA blends |
Many clients also use two roll mills in recycling and upcycling projects, where reclaimed rubber or plastic is reprocessed and re-formulated into new materials.
A specialty silicone elastomer manufacturer in the Netherlands was facing issues with uneven dispersion of crosslinking agents during batch preparation. After switching to our TRM-L10 precision mill, the company saw:
Improved filler dispersion consistency (verified by QC tensile tests)
30% reduction in mixing time compared to previous equipment
Better process visibility and reduced material waste
Enhanced safety with upgraded emergency stop and roll guards
This upgrade helped the company meet tighter batch quality standards demanded by their European medical-grade customers.
With the rise of automated internal mixers and twin-screw extruders, you might wonder: Is the two roll mill still relevant?
l Visibility – Operators can directly observe how materials mix, allowing for real-time adjustments.
l Control – Ideal for small-batch work, R&D, and pilot production with hands-on control.
l Versatility – Suitable for both rubber and plastic; works well with additives, pigments, and softeners.
l Cost-Effective – Lower capital and maintenance costs than large automated systems.
l Training-Friendly – Useful for teaching formulation techniques and compounding behavior.
We don’t just ship equipment—we provide complete support, from selection to commissioning:
l Tailored machine configuration
l Installation guidance or onsite support
l Training for operators and technicians
l Spare parts availability and fast delivery
l CE compliance and export documentation
Discover Our High-Torque Two Roll Mill
Built for tough materials and high-shear mixing with digital safety interlocks and thermal control.
Two roll mills also support sustainable material development, including:
l Devulcanized rubber recycling
l Regrind polymer reformulation
l Bio-based material compounding
l Zero-waste product sampling and testing
Our energy-efficient motor systems and closed-loop thermal systems help reduce power consumption and thermal loss.
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In the world of rubber processing, one machine continues to define product integrity, durability, and performance—the vulcanizing machine. Though the process of vulcanization has existed for over a century, today's vulcanizing machines are highly advanced, digitally controlled systems that are critical to industries ranging from automotive and aerospace to construction, medical, and consumer goods.
At [Your Company Name], we specialize in designing and manufacturing cutting-edge vulcanizing machines that ensure consistent, high-quality output across a variety of rubber compounds and industrial applications. Whether you're molding tires, conveyor belts, seals, gaskets, or technical rubber parts, our systems are built to optimize every stage of the curing process.
Vulcanization is a thermal chemical process that crosslinks polymer chains in rubber, transforming soft, tacky materials into elastic, durable, and heat-resistant final products. This process typically involves applying heat and pressure in the presence of sulfur or other curing agents.
Without vulcanization, natural rubber would remain soft and unstable, with poor resistance to heat, oil, and mechanical stress. Vulcanized rubber, on the other hand, exhibits:
l Higher tensile strength
l Enhanced elasticity and fatigue resistance
l Improved chemical and thermal stability
l Extended service life
A vulcanizing machine ensures that this transformation happens precisely and consistently, producing parts with uniform properties and dimensional accuracy.
Explore Our Compact Lab Vulcanizing Press
Ideal for research institutions and rubber compound testing labs seeking small-scale precision and flexibility.
These are widely used for flat rubber sheets, sealing gaskets, and testing formulations.
l Precise platen temperature control
l Adjustable mold pressure and time
l Hydraulic or servo-driven mechanisms
l Available in manual, semi-auto, and fully automated models
l Ideal for continuous rubber sheets, conveyor belts, and flooring materials.
l Continuous belt feeding system
l Uniform heat application via rotating drums
l Variable speed adjustment for production flexibility
l Perfect for technical rubber parts, O-rings, silicone components, and rubber-to-metal bonding.
l Mold clamping and injection in one cycle
l High clamping force and fast curing cycles
l PLC automation with recipe storage
View Our Double-Station Hydraulic Vulcanizing Machine
Designed for high-volume production with efficient mold changes and cycle management.
A Tier-1 automotive supplier in Germany faced challenges with inconsistent compression in their previous vulcanizing presses, leading to seal leakage and costly rework.
After upgrading to our VM-H80D model, they achieved:
l 20% increase in part consistency
l Reduced cycle time by 15% through optimized heating curves
l Lower scrap rates and more reliable quality control
l Seamless integration into their existing MES system for production traceability
The customer now runs 24/7 with minimal downtime and reports significantly improved customer satisfaction ratings.
Vulcanizing machines are core to many sectors:
Industry | Common Products |
Automotive | Tires, bushings, seals, grommets |
Aerospace | Vibration mounts, insulation layers |
Electronics | Insulated rubber sleeves, protective covers |
Medical | Silicone tubing, stoppers, diaphragms |
Construction | Sealing profiles, waterproofing sheets |
Footwear & Sports | Soles, midsoles, rubber protection gear |
Discover Our Conveyor Belt Vulcanizing Press
Designed specifically for large-area vulcanization with uniform heat distribution and programmable pressure cycles.
Whether lab-scale or industrial-grade, all our machines offer:
l Precision temperature control (±1°C) with PID regulation
l Programmable logic controller (PLC) with touchscreen interface
l Adjustable dwell time, pressure, and heat cycle parameters
l Safety features such as emergency stop, overload protection, and thermal shielding
l Stainless steel and heavy-duty carbon steel frames for long life
l CE & ISO certification for global compliance
Optional features include:
l Vacuum chambers for high-precision silicone molding
l Automatic mold loading/unloading systems
l Remote monitoring and data export
l Cleanroom-compatible models for medical-grade production
Every production line is different. That’s why we offer:
l Custom platen sizes and clamping force ranges (5–400 tons)
l Bespoke mold integration and electrical configurations
l On-site installation, training, and documentation support
l Spare parts inventory and rapid global shipping
We’re not just machine manufacturers—we’re your long-term partners in process optimization.
Sustainability & Energy Efficiency
Our new-generation vulcanizing machines are built with:
l Insulated platens to reduce heat loss
l Energy-efficient hydraulic systems
l Optional oil heating systems with closed-loop recycling
l Digital cycle control to minimize material waste
These features not only cut energy bills but also help meet ESG goals and regulatory requirements.
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In the world of modern materials manufacturing, internal mixers—also known as Banbury mixers—have become indispensable for processing high-viscosity compounds with speed, consistency, and superior homogenization. From rubber compounding to thermoplastic blending, these robust machines are the backbone of industries ranging from automotive and footwear to electronics and medical devices.
At Ollital, we specialize in the design and production of high-performance internal mixing machines that deliver industry-leading efficiency, repeatability, and reliability. Whether you operate a research lab, a small production line, or a large-scale industrial facility, our mixers are engineered to meet the most demanding material requirements.
An internal mixer is a batch mixing machine that uses twin rotors enclosed in a compression chamber to thoroughly mix rubber or plastic with fillers, oils, additives, and pigments. Unlike open mills or extruders, internal mixers allow high-pressure, high-shear mixing, enabling fast dispersion and uniform compound development—especially for high-viscosity materials like synthetic rubber or thermoplastic elastomers (TPEs).
Key benefits include:
l Short mixing cycles with high torque
l Consistent compound quality across batches
l Reduced dust and volatile emissions
l Improved operator safety
l Energy-efficient and automation-ready designs
Explore Our Lab-Scale Internal Mixer
Perfect for universities, R&D labs, and material development teams needing precise mixing on a small scale.
Our internal mixers are designed to meet both technical and operational demands, ensuring flexibility, durability, and superior compound quality. Depending on your production requirements, our mixers are available in a wide range of chamber volumes (1L to 200L+) with customizable rotor configurations and control systems.
l High-efficiency tangential or intermeshing rotors
l Pneumatic or hydraulic ram pressure systems
l PID-controlled heating or cooling jacketed chambers
l PLC or touchscreen control panel with recipe storage
l Integrated safety interlocks and emergency stop systems
l Vacuum mixing options available for volatile compounds
View Our Medium-Sized Internal Mixer
Ideal for rubber and polymer manufacturers requiring mid-volume production with precision control.
Our internal mixers are suitable for a broad range of material formulations and industries, including:
l Rubber Compounding
NR, SBR, EPDM, NBR, CR rubber blends with carbon black, silica, oils
l Plastic Additive Blending
Masterbatches, flame retardants, stabilizers, colorants
l TPE and TPV Production
Elastomer blending with polypropylene, crosslinking agents
l Footwear & Tire Industry
EVA foam pre-mixing, rubber soles, tread compounds
l Medical & Electronics
Silicone rubber, conductive elastomers, antistatic blends
l Recycling
Devulcanized rubber, mixed plastic reprocessing, modified asphalt
Switching from open mills to internal mixers isn’t just a step forward—it’s a transformation. Our clients report:
l 40–60% shorter mixing times
l Improved filler dispersion and tensile properties
l Lower scrap rates and batch variability
l Cleaner, more ergonomic workspaces
Real-world example:
A Southeast Asian automotive supplier upgraded to our MX-V50 system and improved batch consistency for their EPDM compounds by over 30%, while reducing operator workload and dust exposure by half.
For high-output production environments, our internal mixers can be fully integrated into automated lines, including:
l Automatic weighing & dosing systems
l Conveyor feeding & discharge
l Downstream extrusion or pelletizing
l Real-time data logging for process monitoring
l SCADA integration for full plant visibility
Whether you’re scaling up or streamlining, we provide full system engineering and post-sale support to ensure a smooth integration.
Discover Our High-Capacity Production Mixer
Built for 24/7 operation in demanding industrial settings—rugged, efficient, and precise.
Built for Sustainability
Modern manufacturing demands not only performance but responsibility. Our mixers are optimized to support energy-efficient operation and low-emission processing, helping you:
l Reduce energy costs by up to 25%
l Lower VOC emissions in the workplace
l Improve ESG compliance in production practices
l Extend equipment lifespan with wear-resistant liners and parts
l Every customer has unique formulation challenges. That’s why we offer:
l Rotor and chamber customization
l Specialized coatings for abrasive or corrosive compounds
l Optional vacuum systems
l Tailored control interfaces with data export
Global technical support & spare parts supply
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In today's fast-paced manufacturing landscape, injection molding continues to be the cornerstone of plastic component production across countless industries. From intricate medical parts to robust automotive components, the reliability and scalability of injection molding machines (IMMs) make them indispensable in modern industrial operations.
At OLLITAL, we manufacture and supply state-of-the-art injection molding machines that combine precision engineering with intelligent automation. Designed for both small-batch prototyping and large-scale production, our machines are helping manufacturers across North America and Europe achieve consistent, high-quality results with every cycle.
Injection molding is a thermoplastic forming process that involves melting plastic resins and injecting them into pre-designed molds under high pressure. Once the plastic cools and solidifies, the mold opens and the final part is ejected — often in a matter of seconds.
What makes a modern IMM stand out is its ability to:
Maintain tight dimensional tolerances
Handle a wide variety of engineering and commodity plastics
Optimize cycle time and material usage
Integrate with automated handling and quality control systems
Our equipment supports a full range of resins — from ABS and PC to glass-filled nylon and thermoplastic elastomers (TPEs) — ensuring compatibility with both standard and specialized applications.
Explore Our 180-Ton Servo Injection Molding Machine
Ideal for high-speed, high-volume production with remarkable energy savings and precision control.
We design our injection molding machines to meet the demands of high-performance sectors:
Medical Devices: Precision parts like syringe barrels, diagnostic casings, and implant components
Automotive: Bumpers, dashboards, connectors, and under-the-hood elements
Consumer Electronics: Laptop frames, keyboard keys, and appliance parts
Packaging: Caps, containers, and closures made from food-grade materials
Industrial Hardware: Gears, seals, insulators, and enclosures
With tonnage capacities ranging from 50T to over 1000T, we offer machines for virtually every project scale.
Our latest generation of injection molding machines features several innovations that reduce energy use, increase throughput, and improve ease of operation:
Servo-driven hydraulic systems for ultra-precise movement and energy efficiency
Closed-loop temperature and pressure controls to ensure repeatability
User-friendly HMIs with multilingual support and customizable parameter storage
Quick mold change systems that minimize downtime between production runs
Low-pressure mold protection to extend mold life and reduce part rejection rates
We also provide robotic integration interfaces, making our IMMs compatible with most third-party pick-and-place or stacking systems.
Check Out Our All-Electric Injection Molding Machine
Designed for medical and cleanroom applications — ultra-quiet, oil-free, and highly precise.
Sustainability is no longer optional — it’s a competitive advantage. Our IMMs incorporate energy-saving technologies that reduce electricity consumption by up to 60% compared to legacy machines. Features include:
Smart energy recovery modules
High-efficiency motors and pumps
Intelligent standby modes for idle periods
Real-time energy monitoring on the HMI
By lowering carbon footprints without sacrificing performance, our machines help clients meet both regulatory standards and ESG goals.
Every manufacturer has different requirements — which is why our machines are built with flexibility in mind. Optional configurations include:
2K or multi-shot molding systems for dual-material or dual-color parts
Extended mold platen sizes for oversized or complex components
Larger screw diameters for increased shot volumes
Precision metering systems for micro-injection applications
Whether you're developing next-gen wearable technology or large-scale structural panels, we can engineer a machine to suit your production plan.
Discover Our Compact Desktop Injection Molder
Perfect for prototyping, low-volume runs, and training labs — small footprint, full function.
Purchasing a machine is just the beginning. Our global support team ensures that you get maximum performance over your equipment’s entire lifespan:
Installation and training, both on-site and remote
24/7 technical support and diagnostic troubleshooting
Spare parts inventory and preventive maintenance kits
Firmware updates and feature upgrades
Our machines are manufactured to ISO 9001 and CE standards, ensuring long-term durability and international compliance.Who We Work With
Our injection molding machines are trusted by clients in:
North America: Tier 1 auto suppliers, medtech startups, and contract manufacturers
Europe: Sustainable packaging producers, design firms, and polymer research institutes
Asia-Pacific: High-volume OEM factories and component exporters
From global brands to agile startups, we’re proud to support innovators at every level of the plastics value chain.
Over 20 years of engineering experience in plastic machinery
Complete pre-sale and after-sale service from technical experts
Flexible machine configurations for custom project needs
Proven partnerships with clients in over 50 countries worldwide
Fast lead times and reliable spare parts support
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In a world increasingly shaped by polymers — from packaging and construction materials to medical tubing and 3D printing filament — the plastic extruder is more relevant than ever. As industries move toward advanced materials and sustainable production, modern extrusion equipment is evolving to deliver greater precision, higher throughput, and more energy efficiency.
Plastic extrusion is a continuous process in which raw polymer (typically in pellet or powder form) is melted, pressurized, and forced through a die to create a uniform profile. The shape of the die determines the final product — whether it’s sheet, pipe, film, or filament.
The core components of an extrusion line include:
Hopper & Feed Zone: Introduces plastic material into the machine
Screw & Barrel: Heats and conveys the material via rotation and friction
Die Head: Shapes the molten plastic into the desired cross-section
Cooling & Haul-Off Systems: Solidify and transport the extrudate
Cutting or Winding Equipment: Finalize product dimensions or packaging
Explore Our Lab-Scale Single Screw Extruder
Designed for polymer R&D and teaching applications — compact, intuitive, and versatile for testing small batches.
Extrusion technology is one of the most adaptable plastic processing methods. Our machines are used across a wide spectrum of industries, including:
Packaging: Film, sheets, and flexible pouches
Construction: Window profiles, siding, insulation foam
Medical: Tubing for IV sets, catheters, and diagnostic devices
Agriculture: Irrigation pipes, greenhouse films
Consumer Products: Hoses, cables, 3D printer filament, furniture parts
Whether you’re working with PVC, HDPE, LDPE, PP, ABS, TPE, or biodegradable resins, our extruders are engineered to handle a wide range of materials with outstanding melt quality and output stability.
Our extrusion lines are built with tight mechanical tolerances and automated process control, ensuring a smooth and repeatable process from start to finish. Key features include:
Modular screw/barrel combinations tailored to your resin
PID temperature control zones with ±1°C accuracy
Variable screw speed via frequency inverter
Touchscreen HMI with data logging and recipe storage
Die heaters with automatic over-temp protection
We also provide custom screw designs for mixing, venting, or shear-sensitive applications — ensuring your product quality is never compromised.
View Our High-Capacity Twin Screw Extruder
Perfect for masterbatch production, reactive extrusion, and compounding. Configurable with feeders, vents, and strand pelletizers.
As environmental regulations tighten, extrusion lines must do more with less. Our machines are built with energy efficiency and material optimization in mind:
High-efficiency motors and gearboxes
Low-shear screw designs for better melt quality and reduced degradation
Closed-loop temperature and pressure control
Recycling-friendly configurations for post-consumer materials
Many of our clients in Europe and North America are using our extruders to process recycled polymers and bio-based materials, helping them reduce their carbon footprint and comply with evolving ESG mandates.
We understand no two production lines are alike. That's why our plastic extruders can be tailored to your specific product and process:
Screw diameters from 20 mm to 150 mm
Throughput from 1 kg/h up to 500 kg/h
Air- or water-cooled dies, depending on your product form
Optional gravimetric feeders, degassing zones, and melt pumps
Inline or offline pelletizing, co-extrusion, and film blowing modules
Need to build a complete extrusion line with downstream automation? We can supply haul-offs, calibrators, water baths, cutters, and winders as a turnkey solution.
Check Out Our PVC Profile Extrusion Line
Designed for window frames, door seals, and decorative moldings. Smooth surface finish, accurate dimensional control, and stable output.
Our extruders are trusted by:
University research labs and polymer institutes
Mid-sized plastics processors in automotive and construction
Medical equipment and tubing manufacturers
3D filament startups and custom material developers
Global compounders and masterbatch producers
We offer both lab-scale systems for formulation trials and industrial-scale machines for 24/7 production environments — all backed by global support.
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In today’s flexible packaging and specialty film industries, film quality, uniformity, and production speed are critical to staying ahead. Whether you're manufacturing food-grade packaging, optical-grade protective films, or biodegradable plastics, the casting machine sits at the heart of innovation — transforming molten polymer into flawless, flat films with micron-level precision.
We provide high-performance plastic film casting machines designed to meet the demands of modern film processors. From lab-scale development units to industrial-scale production lines, our solutions deliver unmatched accuracy, control, and flexibility — empowering manufacturers across Europe and North America to produce premium cast films for the future.
A plastic film casting machine, or cast film extrusion line, produces flat films by extruding molten thermoplastic through a flat die, which is then quickly quenched on a polished chill roll to solidify the material into a thin, uniform film.
The key process stages include:
Extrusion: Plastic pellets are melted and pressurized using a single-screw or twin-screw extruder.
Flat Die Casting: The molten plastic is extruded through a wide flat die onto a cooling roll.
Chill Roll Quenching: Rapid cooling ensures clarity, dimensional stability, and surface smoothness.
Haul-Off and Winding: The solidified film is tension-controlled, trimmed, and wound into rolls.
This method is ideal for producing high-clarity, multi-layer, and tightly controlled gauge films used across numerous industries.
Explore Our Lab-Scale Film Casting Machine
Ideal for R&D, material testing, and small-batch production — compact, versatile, and precise.
Cast film production plays a central role in today’s fast-moving consumer and industrial markets. Our casting machines are used to produce films for:
Food Packaging: CPP, BOPP, PE, and multi-layer barrier films
Medical and Pharmaceutical: Sterile packaging, wound dressings, and diagnostic strip films
Optical & Display Films: PET films for LCD panels and touchscreens
Agricultural Use: Greenhouse covers, mulch films
Biodegradable & Compostable Films: PLA, PBAT, and other eco-friendly materials
Cast film machines are particularly valued for their ability to produce films with excellent thickness control, high transparency, and smooth surfaces — characteristics not always achievable with blown film lines.
Check Our Industrial Multi-Layer Film Casting Line
Designed for continuous, high-output operation with integrated thickness gauges, auto-die systems, and inline slitting.
What makes a modern casting machine competitive in today’s market isn’t just speed — it’s smart control, modularity, and energy efficiency. Our machines are built with features such as:
Fully adjustable T-die systems for precision layer distribution
PLC-controlled chill roll temperatures with ±0.2°C accuracy
Servo-driven take-off and winding units for tension consistency
Inline corona treatment and thickness monitoring systems
Touchscreen HMIs with recipe storage, alarms, and real-time analytics
We also offer co-extrusion configurations (2–5 layers) for specialty films requiring barrier layers, adhesives, or reinforcement properties.
Today’s film manufacturers face the dual pressure of producing more while reducing waste. Our casting machines help meet sustainability goals through:
Precision dosing systems that minimize raw material overuse
Energy-efficient extruders with optimized barrel heating zones
Regrind and post-consumer plastic integration
Low waste edge-trimming systems to reduce scrap
Production-ready with biodegradable materials (PLA, PBS, PHA)
These features are particularly valuable for customers seeking EPR (Extended Producer Responsibility) compliance or who supply major FMCG brands with strict environmental requirements.
Discover Our Compact Desktop Casting Machine
Designed for universities, polymer R&D, and custom prototype work. Ultra-precise and lab-safe.
We offer tailor-made solutions to match your production goals:
Die widths: 300 mm to 2000+ mm
Film thickness range: 10μm to 300μm
Output: 5 kg/h to 500 kg/h
Cooling: Single or dual chill roll systems with optional side rolls
Winders: Surface, center, or turret types with auto tension control
Add-ons: Electrostatic pinning, edge trim recycling, corona treatment, embossing rolls
Whether you're a high-volume film converter or a material science innovator, we can build a line that matches your exact specifications.
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In the world of polymer processing and rubber compounding, the two roll mill stands as a fundamental piece of equipment. Whether you’re formulating a new elastomer compound, testing polymer additives, or blending color masterbatches, a reliable two roll mill is essential for uniform dispersion and material performance evaluation.
At our factory, we specialize in the manufacture and export of precision two roll mills that serve both laboratory and industrial applications. Backed by over a decade of experience and international standards compliance, our two roll mills are trusted by R&D labs, universities, and production facilities worldwide.
A two roll mill consists of two horizontally placed, counter-rotating rollers with adjustable spacing. The material is fed between the rolls, where it is subjected to high shear forces and compression, promoting mixing, plasticizing, or homogenization.
These machines are widely used for:
Rubber and plastic formulation
Polymer additive dispersion
Color masterbatch development
Thermoplastic and elastomer compounding
Small-scale production and lab trials
The operator can adjust roll temperature, speed, and gap, allowing for precise control of the mixing process. The simplicity of the two roll mill makes it a favorite in materials labs for process simulation and material performance prediction.
Our two roll mills are built with high-strength chilled alloy steel rollers, heavy-duty frames, and precision-machined gearboxes to ensure consistent performance under continuous operation. Key features include:
Variable speed control for both rolls
Adjustable roll gap with fine micrometer tuning
Independent temperature control (electric, oil, or water heating)
Emergency stop and safety brake systems
CE-certified safety covers and interlock protection
Whether you are mixing rubber sheets or developing high-viscosity polymer blends, our two roll mills are designed to deliver stable performance and user confidence.
Our two roll mills serve a wide range of industries, including:
Rubber & Tire Industry: for mastication and pre-mixing of rubber compounds
Plastics & Thermoplastics: blending additives and fillers into base resins
Medical & Bioplastics: processing sensitive or bio-based polymers under controlled conditions
Academic Research: simulating industrial mixing behavior at the lab scale
Footwear & Sporting Goods: developing flexible, durable materials with color and reinforcement agents
For clients requiring extra cooling or heat resistance, we offer custom roller coatings and integrated chiller connections, ensuring your material remains within specification even during extended mixing.
Every two roll mill is assembled and tested in our ISO9001-certified facility, where we maintain strict quality control standards. Before shipment, each machine undergoes:
Roll concentricity and parallelism checks
Speed synchronization testing
Temperature calibration
Operational noise and safety diagnostics
We provide machines ready for global use (110V/220V/380V, 50Hz/60Hz), with international plug types and multilingual operation manuals. Installation guidance, spare parts support, and remote troubleshooting are included for all export models.
✅ Over 10 years of global export experience
✅ Trusted by labs, universities, and manufacturers
✅ Precision-machined rollers with durable surface finish
✅ Fully CE-certified with advanced safety features
✅ Customizable size, heating method, and roller materials
Whether you're developing flexible compounds, testing thermal stability, or scaling up a pilot batch, our two roll mills offer the control and repeatability you need.
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Vulcanization is the backbone of rubber processing—transforming raw elastomers into durable, elastic, and temperature-resistant materials. Whether you’re producing high-performance automotive components, industrial gaskets, or testing new polymer blends in a lab, a reliable vulcanizing press ensures consistent quality and repeatable results.
At our factory, we design and export precision vulcanizing machines tailored to meet the needs of both industrial production and laboratory research. With over a decade of manufacturing experience and CE-certified quality, our machines are trusted by clients across Europe, North America, and Asia.
A vulcanizing machine (also known as a rubber press or curing press) applies controlled heat and pressure to rubber compounds, triggering cross-linking reactions that improve elasticity, tensile strength, chemical resistance, and lifespan.
Typical applications include:
l Compression molding of rubber parts
l Curing of rubber sheets and profiles
l Production of gaskets, seals, and anti-vibration pads
l Testing of compound cure characteristics in R&D labs
Our vulcanizing machines support a wide range of rubber materials, including NR, NBR, EPDM, FKM, silicone, and thermoplastic elastomers (TPE).
Our vulcanizing presses are built with reinforced steel frames, precision-machined platens, and advanced control systems for accurate and uniform curing. Standard features include:
l Digital temperature controllers (PID/PLC-based)
l Timer functions for precise cycle control
l Adjustable pressure with hydraulic or pneumatic systems
l Manual, semi-automatic, or full automation options
l Overheat protection, emergency stops, and CE-compliant safety guards
Whether your production requires 10 tons or 300 tons of pressure, we offer custom platen sizes, daylight gaps, and multi-station configurations to suit your product dimensions and output goals.
Our vulcanizing machines are used in a wide range of industries, including:
l Automotive: bushings, shock absorbers, sealing rings
l Construction: rubber pads, vibration isolation parts
l Consumer goods: shoe soles, silicone accessories
l Aerospace and defense: precision molded rubber components
l Medical and biotech: cleanroom-grade elastomer products
l Universities and research centers: compound testing and material science innovation
For clients working with specialty compounds or high-precision molds, we also provide vacuum vulcanizing systems to eliminate air bubbles and achieve cleaner surface finishes.
�� Discover Our Vacuum Vulcanizing Press – perfect for high-purity applications and intricate molds.
Every vulcanizing press we manufacture undergoes strict quality control, including:
l Temperature calibration at multiple points
l Pressure system leak testing
l Electrical safety and insulation checks
l 24-hour run-in under load to ensure stability
We support global voltage standards (110V, 220V, 380V, 440V) and provide operation manuals, spare parts lists, and remote installation guidance. With CE, ISO9001, and RoHS certifications, our machines are fully compliant with export requirements.
Whether you operate a research lab or a large-scale production line, we provide reliable, cost-effective vulcanization solutions—delivered with full technical support and responsive service.
✅ 10+ years of experience in rubber processing equipment
✅ Tailored solutions for lab, pilot, and industrial scale
✅ Strong after-sales support in English
✅ Proven performance in over 30 countries
✅ Factory-direct pricing with no compromise on quality
Many of our clients come to us when they need a stable press that offers repeatable curing performance without unnecessary complexity. From testing a new material to mass-producing rubber parts, our vulcanizing machines adapt to your specific process requirements.
We are actively working on upgrading our vulcanizers with touchscreen control panels, data logging, and remote diagnostics to support digital production environments and improve process traceability.
As global industries push for smarter and more sustainable rubber production, our team is committed to developing reliable, future-ready curing systems that help manufacturers remain competitive.
Ready to upgrade your vulcanization process?
Contact us today for expert advice, specifications, and competitive pricing. Our engineers are here to help you select the best vulcanizing press for your product, process, and scale.
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Rubber vulcanization is a critical process in industries ranging from automotive and aerospace to footwear and medical manufacturing. As demand for high-performance rubber products increases, so does the need for precision-controlled, energy-efficient vulcanizing machines.
At our factory, we specialize in the development and export of vulcanizing presses that deliver uniform heat and pressure to ensure consistent curing results, reduced cycle times, and long-lasting product quality. With over a decade of expertise in machinery manufacturing, we supply both lab-scale and industrial vulcanizing solutions for global clients across Europe, North America, and beyond.
Engineered for Accuracy, Built for Performance
Our vulcanizing machines are designed for consistent temperature distribution, precise pressure control, and robust mechanical stability. Whether you're producing small rubber test samples or scaling up industrial output, our systems are optimized to deliver reliable results—cycle after cycle.
Standard features include:
l Heavy-duty steel frame for vibration-free operation
l PID temperature controllers with digital display
l Hydraulic or pneumatic clamping systems
l Insulated platens for energy savings and safety
With heating options including electric resistance, steam, and thermal oil circulation, clients can select the most appropriate system for their product and process.
Explore our Standard Lab Vulcanizing Press – perfect for R&D, universities, and small batch production.
We serve a diverse customer base, and our machines are used in a wide variety of applications:
l Automotive: Engine mounts, suspension parts, sealing profiles
l Medical: Silicone rubber tubing, medical stoppers, orthotic parts
l Footwear: Soles, midsoles, and heel components made from TPR or EVA
l Industrial: Rubber conveyor belts, bushings, dampers, and custom gaskets
Our vulcanizing presses support compression molding, transfer molding, and vacuum vulcanization, making them highly adaptable for complex and delicate rubber formulations.
Check out our Heavy-Duty Vulcanizer for Industrial Use – built for 24/7 operation with stable, consistent performance.
Quality is the foundation of our reputation. All vulcanizing machines are built in compliance with CE, ISO9001, and relevant safety standards. Before shipment, each machine undergoes a series of strict tests, including:
l Vacuum and pressure retention tests
l Temperature uniformity mapping
l Cycle repeatability testing
l Noise and hydraulic pressure safety verification
We provide complete documentation, including user manuals, calibration reports, and wiring diagrams, ensuring a smooth setup process at your facility. Remote installation guidance and lifetime technical support are part of our commitment to global customers.
Discover our Automatic Vacuum Vulcanizing Machine – ideal for complex rubber molds that require minimal air entrapment.
Whether you're a startup lab or a multinational rubber processor, our machines can be tailored to meet your needs. Custom options include:
l Tonnage range: 5T to 500T or more
l Platen size: from 200×200mm to 1500×1500mm
l PLC touchscreen interface for process automation
l Data logging, recipe storage, and Ethernet connectivity
l Safety features such as two-hand operation and emergency stop systems
We also offer multi-station designs, allowing multiple vulcanizing cycles to run in parallel—improving throughput without sacrificing precision.
Our machines are installed in over 30 countries, used by industry leaders and research institutes alike. Clients appreciate our:
l On-time delivery and global shipping support
l Responsive after-sales service in English
l Ability to support non-standard voltage (e.g. 220V/60Hz, 480V, 3-phase)
l Engineering team that understands both Western standards and local requirements
Our vulcanizing machines are not just tools—they’re part of your long-term production investment. That’s why we build for durability, efficiency, and serviceability.
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In the era of smart education and creative development, the global toy market is shifting towards hands-on learning tools and customizable construction sets. At the forefront of this evolution is OLLITAL, a trusted manufacturer of high-performance injection molding machines. With a strong track record in plastic processing technology, OLLITAL now proudly supports the production of LEGO-compatible building bricks, enabling manufacturers to create precise, durable, and safe toys that inspire imagination and skill development.
Producing bricks that can interlock with existing LEGO systems requires exceptional accuracy and repeatability. Even a 0.1 mm variation can impact the functionality of the final product. OLLITAL injection molding machines are engineered to meet this challenge through servo-controlled precision, uniform clamping pressure, and consistent melt flow—ensuring every brick aligns, stacks, and holds just like the original.
From educational institutions to private toy brands and ODM clients, our machines have become the backbone of production lines for thousands of high-quality ABS and polypropylene bricks. We understand that in the toy industry, consistency is king, and OLLITAL machines are built to deliver that standard every cycle.
Whether you are a startup entering the toy industry or an established factory expanding capacity, OLLITAL offers a complete range of injection molding machines tailored to your needs:
OLT-90T Compact Servo Injection Molding Machine – Ideal for small, intricate brick components, this compact model offers energy savings and high-speed injection in a small footprint.
OLT-160T High-Speed Model – A versatile choice for mid-volume production, it balances precision, efficiency, and affordability for growing brands.
OLT-250T Large-Scale Production Machine – Built for heavy-duty, continuous manufacturing of full sets, this model integrates advanced automation features and supports multi-cavity molds for mass production.
All models are compatible with various thermoplastics (ABS, PP, PE, HIPS), and can be customized with mold temperature controllers, robotic arms, dryers, and conveyors to build a complete, automated system.
OLLITAL doesn’t just supply machines—we offer complete project support. From initial mold design consultation to production planning and after-sales service, our team of engineers works closely with clients to optimize every stage of the process. Need help fine-tuning the injection parameters for complex geometries? We’re here. Looking for guidance on selecting food-grade or safety-certified plastic materials? We’ve got your back.
We understand that every customer’s needs are unique. That’s why we provide:
Custom mold compatibility
Energy-efficient servo systems
Real-time monitoring & diagnostics
Fast changeover setups for multi-color bricks
Global technical support & training
With clients in over 30 countries, OLLITAL has helped factories in Europe, Asia, and the Americas establish efficient production lines for STEM toys, custom brick kits, and educational construction systems. Our machines are CE-certified, ISO-compliant, and designed for long-term stability—ensuring your production keeps running smoothly, year after year.
What sets OLLITAL apart is not just our equipment, but our partnership mindset. We grow with our clients, adapting our solutions to new market trends, such as eco-friendly bricks, bioplastics, and digital mold simulation.
At OLLITAL, we believe in precision, performance, and possibilities. Whether you're building toys that bring joy or tools that build minds, our injection molding technology is ready to make your ideas real.
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The OLLITAL Mini Plastic Film Blowing Machine is a compact yet highly efficient equipment solution designed for producing plastic films using LDPE, HDPE, or biodegradable materials such as PLA. This machine is tailored for small-scale production environments, including laboratory settings, educational institutions, startup packaging factories, and R&D facilities. It combines user-friendly operation with industrial-grade stability, making it ideal for customers seeking professional performance within a compact footprint.
This machine integrates all core components of a traditional film blowing system, including the extruder, die head, air ring, take-up unit, and winding station. Despite its smaller size, it delivers stable output, excellent film clarity, and consistent thickness. Users can easily adjust temperature and production speed through a digital control interface. The result is a high-quality film suitable for packaging bags, agricultural films, food-safe wrapping, and custom-sized film rolls for niche markets.
OLLITAL provides multiple models of mini film blowing machines with varying film widths (100–400 mm), screw diameters (from 40 mm to 50 mm), and production capacities ranging from 8 kg/h to 30 kg/h. Each machine is engineered for durability and low energy consumption. Whether for LDPE or biodegradable film formulations, OLLITAL ensures reliable extrusion and smooth winding, enabling customers to meet product quality standards with minimal operating complexity.
This machine is widely adopted by vocational schools and training institutions for teaching polymer processing, as well as by laboratories conducting formulation trials or material tests. It is also a cost-effective choice for businesses launching sustainable packaging lines or testing new packaging concepts. The system supports both mono-layer and environmentally friendly film materials, helping users adapt to evolving market demands and environmental regulations.
In addition to machine performance, OLLITAL places great emphasis on customer support. Each unit is tested before shipment, and video demonstrations are available for buyers to confirm machine operation. The company also provides technical documents, video training materials, remote assistance, and spare parts kits to ensure long-term usability. Optional customization services include die head modification, motor upgrades, dual winding systems, and special screw designs for bio-material extrusion.
With more than a decade of experience in the plastic processing machinery industry, OLLITAL has served customers in over 30 countries. The company’s equipment is CE and ISO certified and designed for safe, stable operation. Whether your goal is packaging production, technical training, or innovative product testing, OLLITAL’s mini film blowing machine offers an accessible, high-performance solution.
For detailed specifications, customization options, or pricing, please contact us directly. Our sales and technical team will be happy to provide a quote, offer suggestions based on your materials, and arrange a live demo session upon request.
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Self owned factory intelligent manufacturing, creating a reliable and durable foundation
Precision forging, solid core: In our modern manufacturing base, key components such as precision grinding rollers (common specifications such as φ 120mm, φ 150mm, φ 160mm x L300mm+, please adjust according to actual needs) are made of high-quality alloy steel, and undergo multiple precision machining and heat treatment processes to ensure extremely high surface hardness, smoothness, and excellent deformation resistance. The core transmission system (gears, bearings) uses heavy-duty brand components and undergoes strict assembly and calibration on our own production line, providing strong power and ultra long service life guarantee for the long-term stable operation of the equipment.
Craftsmanship in assembly, smooth operation: Each small open mill is precision assembled on the production line by experienced technicians. The focus is on controlling the parallelism and clearance accuracy of the rollers (accurate to 0.01mm level), using advanced dynamic balancing technology to ensure that the equipment operates extremely smoothly and quietly in the low-speed to high-speed range, effectively reducing the impact of vibration on the mixing effect and improving the consistency of experimental data.
Strict testing, safety first: Before leaving the factory, each device undergoes full load operation testing, emergency stop function verification, overload protection testing, and multi gear temperature control accuracy calibration (such as room temperature to 200 ℃+). We implement safety regulations higher than industry standards to ensure that equipment meets the strict requirements of laboratory environment for mechanical and electrical safety, and safeguard the safety of operators.
Flexible response, customization possible: With mature flexible production lines and design capabilities, we can not only provide stable mass production and fast delivery of standard models, but also provide efficient and reliable customized solutions based on users' special research needs (such as special roller materials, customized sizes, inert atmosphere protection interfaces, etc.).
New generation design unlocks new R&D experiences
Compact size, laboratory friendly: specially designed for limited space optimization, occupying a significantly smaller area than traditional models, easily integrated into various experimental benches or fume hoods, maximizing the use of valuable laboratory space.
Intelligent temperature control, precise plasticization: Integrated high-precision PID temperature control system (dual roller independent or integrated temperature control optional), combined with efficient heating/cooling modules, to achieve rapid response of roller surface temperature and precise stable control at ± 1 ℃ level, meeting the demanding requirements of different materials for mixing temperature and ensuring process repeatability.
Precision roller spacing adjustment: Driven by precision worm gears or servo motors, the roller gap can be finely and linearly adjusted and locked, making it easy to handle fine processes such as thinning and triangular wrapping.
Excellent dispersion and plasticization: Optimized roller speed ratio (such as 1:1.2-1:1.4) and surface treatment process ensure efficient, uniform dispersion and sufficient plasticization of fillers and additives in the matrix, truly reflecting the performance of the formula.
Easy to clean and maintain: Quick disassembly structure design: Key parts (such as baffle plates and receiving trays) adopt quick disassembly design, which facilitates the quick cleaning of residual materials and reduces cross contamination between batches. Roller surface treatment: A high gloss surface or special coating that is easy to clean, reducing material adhesion.
Manufacturing commitment, full process R&D partner
We deeply understand that research and development equipment is the cornerstone of innovation. Each small open mill that leaves the factory comes with a detailed operation manual, maintenance guide, and safety warning. We provide professional installation guidance, operation training, and establish a wide coverage of efficient response service network. We offer spare parts support, preventive maintenance advice, and timely technical consultation to ensure that your equipment is always in the best condition and fully support your research and development process.
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We are pleased to announce the successful shipment of a batch of advanced injection molding machines, which are now on their way to one of our valued international partners. This shipment not only marks another delivery, but also our continued commitment to driving cross-border high-performance manufacturing.
What is different about this shipment? Each machine is pre-configured to the customer's production goals, tested for 48 hours in real-life cycle simulations, and equipped with next-generation features designed to increase output while reducing energy costs. From smart control interfaces to highly responsive servo systems, our machines are built for the future of molding technology.
�� Precision customization, speed above all else.
Whether you are producing automotive parts, consumer products, or medical-grade plastics, this shipment demonstrates our flexible approach to engineering. Each machine integrates factory automation systems, supports multiple resin types, and is designed to require minimal maintenance even over years of heavy use.
�� Dependable delivery, global service.
Our logistics team ensures that every shipment – no matter how far – is delivered safely and on time. Each machine includes detailed documentation, remote setup support, and after-sales service that covers the entire production process, not just the purchase stage.
�� Want to explore our technology?
�� [Explore our smart injection molding series →]
�� [View energy-saving servo models →]
�� [Explore versatile injection molding machines →]
Our delivery is more than just a machine, it is a symbol of trust, innovation and development. As our machines continue to expand into the global market, we continue to prove that high-quality injection molding has no borders.
→ Contact us now to create your production future together.
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As industries around the world race to create smarter, leaner, and greener production lines, the injection molding process is quietly undergoing a transformation. Today's injection molding machines have gone far beyond traditional plastic molding processes and are becoming integrated systems that combine intelligence, efficiency, and flexibility, reshaping the way a variety of products are produced, from medical components to automotive parts.
At the heart of this transformation are new injection molding machines designed to meet the needs of a competitive global market. With fast clamping systems, intelligent process controls, and energy-saving servo motors, these next-generation injection molding machines set new benchmarks in output, precision, and sustainability.
One of the key trends driving the application of smart automation is smart automation. Modern injection molding machines are now equipped with integrated touchscreen control panels, real-time data monitoring, and remote diagnostics. For manufacturers, this means fewer human errors, shorter production cycles, and consistent product quality, even when running 24/7.
Another major leap forward comes from multi-material compatibility. Whether you’re molding medical-grade silicones, engineered plastics, or bio-resins, today’s machines work seamlessly, reducing downtime between production changes and increasing overall productivity.
Finally, environmental compliance is no longer a nice-to-have. New injection molding systems feature energy-saving modes, optimized barrel heating, and closed-loop oil circuit designs to minimize waste and carbon footprint—key factors for manufacturers seeking eco-credentials and greener operations.
�� Explore Smart Servo Injection Molding Solutions
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�� Explore High-Speed Precision Injection Molding Machines
[High-Speed Injection Molding Machine Price Plastic Mirror Frame Injection Molding Machine]
�� Look to the Future of Multi-Material Molding
Global supply chains demand far more than just volume—they demand precision, repeatability, and flexibility. Now is the perfect time to invest in an injection molding system that not only performs well, but evolves with your production goals.
Stay ahead of the curve. Rethink your injection molding strategy today.
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