This is a small single-screw extruder (screw diameter ∅30mm) for prototype molding of pellets, sheets, films, etc.
- The adoption of a hinged cylinder head has improved convenience during cleaning. - It is compatible with the laboratory Plastomill series of test kneaders and extruders, and can be used in combination with various dies and sheet/film take-off devices.
Inquire About This Product
basic information
Discharge Rate: Commonly 8kg/h Screw Diameter: ∅30mm L/D: 28 Non-vented (Standard Specification) Rotational Speed: 10–100rpm Maximum Torque: 700N·m Screw: Full flight (Standard Specification) Compression Ratio (CR): 3.00 (Standard Specification) Motor: 3.7kW, Inverter Drive Cylinder: Band heater, 4 zones, Maximum temperature 350℃ Hopper Capacity: 10L Temperature Controller: Standard: 6 points (4 points for cylinder, 1 point for flange, 1 point for die) Optional: 9 points Power Supply: Three-phase, AC200V, 50/60Hz, 100A Water: Approximately 10L/min Dimensions: W940 × D1400 × H1490mm Weight: Approximately 520kg
Price range
Delivery Time
Applications/Examples of results
- When you want to create a small sample with an extruder - Can be used in conjunction with a laboratory kneader/extruder, Laboplast mill to prototype multilayer films.
Company information
Toyo Seiki Seisakusho Co., Ltd. is a comprehensive manufacturer of various material testing machines and environmental testing equipment targeting fields such as plastics, rubber, paints, paper, and textiles. Since its founding in 1934, we have been dedicated to "testing machines" and have supported our customers' research and development and quality control across various fields. We will continue to refine our technical capabilities and respond to our customers' needs. 【Product Development Timeline】 1955: Thermoplastic Resin Fluidity Tester 'Melt Indexer' 1960: Universal Material Testing Machine 'Strograph' 1963: Curing Tester 'Oscillating Disk Rheometer (ODR)' 1970: Mixing and Extrusion Testing Equipment 'Lab Plastmill' 1982: Capillary Rheometer 'Capillograph'
