Experimental 3d printer for plastics filament

Overview

Product Features

1.Small in size, portable, and lightweight; perfect for laboratories and small research organizations.
2,The experimental 3d printer for plastics filamentis simple to extrude high performance composite materials using a high precision screw.
3,The experimental 3d printer for plastics filament comes with a high precision temperature control technology that allows for precise temperature control while preventing material deterioration and overflow.
4,A novel mechanical design and control system are applied to ensure precision and stability.
5,The traction and diameter measuring equipment provide a closed loop control capable of quickly responding to variations in extrusion speed while preserving wire diameter.

Products Advantages 

 1. The experimental 3d printer for plastics filament can realize efficient production and cost saving. Traditional production methods require a lot of human and material input, while the use of 3D printing technology can realize automated production and greatly save production costs. In addition, 3D printing technology can also reduce the production process, improve production efficiency, shorten the production cycle, helping enterprises to launch new products faster and better adapt to market demand.
   2. The experimental 3d printer for plastics filament is highly customizable. Different customers have different requirements for rubber and plastic products, and it is difficult to meet such personalized needs using traditional production methods. The use of 3D printing technology, on the other hand, allows for customized production according to different customer needs, providing a wider range of options and allowing for more flexibility in adapting to the needs of different markets.
  3.  The printer is environmentally friendly. The use of traditional production methods produces a lot of waste and pollutants, while the use of 3D printing technology is waste-free production, greatly reducing the impact on the environment. Moreover, since the use of 3D printing technology can precisely control the amount of materials used, it can also reduce the waste of resources, which is more in line with the concept of sustainable development.
  4. The printer can also improve the efficiency of design and R&D. The traditional design process requires multiple iterations, while the use of 3D printing technology can quickly create samples to test its performance and practical application effect, so as to provide faster feedback and improve the design. This can greatly shorten the product development cycle, reduce R&D costs, and help improve the competitiveness of companies.

Applicable materials

Products Application

1. Polymer wire extrusion performance test
2. Plastic wire formulation design
3. Plastic wire extrusion process parameter optimization and control
4. Extrusion of single/multi-cavity, multi-size plastic wire
5. Process optimization, cost control and small-scale prototyping, etc.