Mini desktop injection machine is the most cost-effective way to produce the small plastic components in the market. As a redesigned and optimized model of the traditional injection machine, and easy to apply for prototyping, testing, new product development and small part production. Easy for maintenance, fast changing mold and lower investment for production.

 Features

- Compact size: Compared with traditional injection molding machines, the size of small injection molding machines is significantly reduced. For example, a desktop miniature injection molding machine is only 1.1 meters long and can be used in limited spaces such as small factories, laboratories, and home workshops, saving space.

- Simple operation: Usually equipped with an intelligent control system and a user-friendly operation interface, operators can get started after simple training, reducing the operation difficulty and labor costs.

- Flexible production: Suitable for the production of multiple varieties in small batches. It can quickly switch different molds to produce different products, cope with diverse market demands, improve production efficiency and product quality, and enhance the market competitiveness of enterprises.

- Energy conservation and environmental protection: Some small injection molding machines use an electric drive system, reducing the dependence on traditional hydraulic systems, lowering energy consumption and exhaust emissions, meeting environmental protection requirements, and saving operating costs in the long run.

- Diverse products: Although small in size, they can produce injection-molded products of various specifications, and are capable of producing everything from small components to complex products, meeting the needs of different industries.

Application Areas

- Production of miniature precision parts: In fields such as electronics, telecommunications, instrumentation, automation devices, clocks and watches, and medical equipment, it is used to produce miniature precision injection-molded parts, such as electronic components, mobile phone accessories, clock and watch gears, and medical device components.

- Small batch production: It is an ideal choice for small enterprises and individual businesses to produce products in small batches. They can produce flexibly according to the order quantity, avoiding inventory backlogs and cost waste caused by large-scale production.

- Laboratory testing and sampling: When scientific research institutions and laboratories are developing new products or testing the performance of materials, it is used to make test specimens or small samples, facilitating researchers to quickly obtain experimental data and optimize product designs and process parameters.

- Teaching and training: It is a practical device for schools and training institutions to carry out teaching and training of injection molding processes, enabling students and trainees to intuitively understand the principles and operation processes of injection molding and improve their practical abilities and skill levels.

Main Types

- Electric injection molding machines: Adopting full-motor drive and PLC, frequency conversion, and servo control technologies to achieve high-precision control and energy conservation, avoiding the problems of noise, heat generation, and oil leakage of hydraulic injection molding machines. In terms of the injection molding structure, it uses a screw-plunger hybrid structure and a PID temperature control method to ensure the stability of plasticization and metering, making it suitable for the production of miniature precision injection-molded parts in fields such as microelectronics products.

- Full-hydraulic injection molding machines: Using a full-hydraulic control system, it has a strong injection force and can meet the injection molding of high-precision small parts. It has multiple working modes, integrating screw plasticization and injection, with synchronous melting and injection of the plastic, sufficient plasticization, fast heating of the barrel, and shortened injection molding cycle.