D-Batch Blender
D-batch Blender is applied in the field of extrusion. It is based on the industry 4.0 technology. It manages extrusion material control, extrusion process, and assists the technology department to manage the extrusion formula effectively.
D-Batch Blender Economy
D-batch Blender Economy Model is applied in the field of extrusion. It is based on the industry 4.0 technology. It manages extrusion material control, extrusion process, and assists the technology department to manage the extrusion formula effectively.
Extended Servo Weighing & Mixing Feeder
This extended weighing and weight-reducing feeder is built on the economical model, adding screw feeding modules on both sides and a secondary mixing module at the bottom. It solves accuracy errors caused by special material densities and particle states. With servo motor control and precision-cast screw barrels, it achieves higher ratio accuracy for complex materials (types 7 and 8), supports a wider range of formulas, and provides better raw material mixing through the secondary mixing device.
Precision HDPE Air Ring
This air ring is specifically designed for HDPE low-pressure film blowing lines. It features three independent air intake channels and fully automatic precise airflow control, solving common problems such as uneven cooling, unstable bubble shaping, and large thickness deviation. It significantly improves production stability and film quality, making it a core component for low-pressure film blowing units.
Auto Air Ring
Definiti Air Volume Controlled Automatic Air Ring adopts stepper motor and air valve combination to control the air volume in the air chamber, combined with efficient near infrared laser thickness measurement system, so as to control the thickness of the film.
Loss-in-Weight Feeder
Loss-in-weight Feeder, the accurate control of the extruder screw and Haul-Off, to ensure the extrusion products (thickness / weight per meter) is stable and reliable.
Multi-Component Loss-in-weight Feeder
Doser-E is Economical version from D-Doser, controls the speed of the extruder by installing sensors at the bottom of the loss-in-weight barrel, continuously measuring the weight of the bucket, and combining a high-precision Line speed control system.
Multi-Component Continuous Loss-in-weight Feeder
Multi-Component Continuous Loss-in-weight Feeder provides stable and high-precision raw material ratio and extrusion thickness/meter weight control solutions. The accurate control of extrusion traction ensures the uniformity of the thickness/meter weight of the extruded product; the high-precision proportioning (0.05%) ensures the accurate proportioning of the material types and uniform mixing.
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