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RheoPro™ Micro Injection Molding Machine

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RheoPro™ Micro Injection Molding Machine

Product Detail

Product Overview

This specialized instrument is designed for polymer experimentation, focusing on the injection molding of dumbbell spline specimens using both common plastics and engineering plastics.

Product Features

  1. Micro-design: Enables the injection molding of 5~15g of raw materials in a single use.
  2. Temperature: 50~350℃, Temperature accuracy: ±0.5℃.
  3. Heating zone: 2 zone.
  4. Max Injection Force: 2T (compared to pneumatic injection molding, this system provides greater and more stable pressure).
  5. Mold: Customizable, made of imported tool steel with processing accuracy: ±0.01mm.
  6. Treatment: Tempering treatment: HB280~320, mold cavity mirror polishing, vacuum quenching.
  7. PLC touch screen control: Easy to set operation, capable of storing multiple processing parameters.
  8. Small size: 360*500*960mm, suitable for use on test benches and ventilation windows.

Product Specifications

Product Name

RheoPro™ Micro Injection Molding Machine



Injection Volume

12ml (Max), can inject a variety of national standard, American standard spline mold including 150mm stretch spline

Injection Pressure

2T (Max)

Syringe Diameter

Φ15 mm

Syringe Material


Injection Drive Mode

Motor Drive

Motor Power

2 kW

Temperature Control Zone

2 Zones

Maximum Temperature


Temperature Control Accuracy


Temperature Control Power

Injection Cylinder Area: 250W

Template Area: 850 W

Heating Injection Nozzle Rate

≤8 min (From room temperature to 350°C)

Heating Power

Mold are 500W, Injection Cylinder Area 220W


Injection cylinder can be customized from Φ12-15 mm according to the experimental raw materials


PLC Touch Screen Control with 7 inches screen

Power Supply

220 V, 5 A, 50 HZ





Application Fields

  1. Production of Splines: Capable of producing splines from a wide range of thermoplastic polymer materials, including but not limited to polyimide, PEEK, polyphenylene sulfide, PLA, PA, polycarbonate, etc.
  2. Enhanced Material Options: Ability to incorporate additional materials such as magnetic powder, ceramic powder, graphene, polytetrafluoroethylene powder, metal powder, short glass fiber powder, with the potential to achieve nanometer-level grades.

Disclaimer: ACS Material LLC believes that the information on our website is accurate and represents the best and most current information available to us. ACS Material makes no representations or warranties either express or implied, regarding the suitability of the material for any purpose or the accuracy of the information listed here. Accordingly, ACS Material will not be responsible for damages resulting from use of or reliance upon this information.