Two-axis conical extruder Model 2D20C2
A high-torque extruder with even stronger kneading capability than a parallel type twin-screw extruder!
Extruder for laboplastomill options Renewal product
- Company:東洋精機製作所
- Price:Other
1~3 item / All 3 items
A high-torque extruder with even stronger kneading capability than a parallel type twin-screw extruder!
Extruder for laboplastomill options Renewal product
It demonstrates excellent performance as a granulator! It is active in the diverse molding of various resins.
The "CON Series" is a conical extruder widely used in various fields as a molding machine for pipes, corrugated pipes, technical profiles, window frame products, and more. Its excellent screw design is actively utilized today in the processing of various resins, including wood-filled materials. Additionally, it demonstrates outstanding performance as a pelletizer. 【Features】 ■ Widely used in various fields as a molding machine ■ Excellent screw design ■ Active in the processing of various resins ■ Outstanding performance as a pelletizer *For more details, please refer to the PDF materials or feel free to contact us.
High discharge, high homogenization, and long-lasting screws! A compound system has been born.
The "2-axis co-rotating conical extruder" has made it possible to stabilize resin pressure and maintain appropriate resin pressure while taking advantage of a large supply inlet, which was the theme of the conical design in different directions. To maintain low rotation, the bearing section has also been improved, equipped with a new type of robust bearing that can withstand the back pressure generated during manufacturing, and integrated with a reinforced shaft. It demonstrates tremendous power for resins that require delicate characteristics, stable low resin pressure, or operation at low rotation with high viscosity. 【Features】 ■ Unique machine structure ■ Rational unit ■ "Tapered" shape that realizes diverse "plasticity" * You can download the English version of the catalog. * For more details, please refer to the PDF materials or feel free to contact us.