USED LEISTRITZ CORPORATION ZSE 100

Manufacturer Information

Brand: Leistritz

Model: ZSE 100 GLAAX

Category: Co-Rotating Twin Screw Extruder

Serial #: 3092

Year Built: 2002

Description
The Leistritz ZSE 100 GLAAX is a high-capacity 100mm co-rotating twin screw extruder designed for heavy-duty compounding of plastics, polymers, and engineered materials. Driven by a 330 kW (442 HP) 1600 RPM DC motor with SCR control, this machine offers 5000 Newton-meters of torque per shaft for reliable high-output processing.
It features an electrically heated, water-cooled vented barrel, a twin screw side feeder, and a screw speed up to 300 RPM. This unit includes a spaghetti strand die and a temperature control panel, making it a complete extrusion system ready for production.
With 7,515.6 operating hours, this extruder has seen moderate use and remains a strong choice for processors looking for industrial-scale compounding capacity.
Specifications

Model: ZSE 100 GLAAX

Screw Diameter: 100mm

Screw Speed: Up to 300 RPM

Motor: 330 kW (442 HP) 1600 RPM DC motor with SCR control

Torque Rating: 5000 Nm per shaft

Barrel Type: Electrically heated, water-cooled, vented barrel

Feeding: Twin screw side feeder

Included Accessories:

Spaghetti strand die

Temperature control panel

Hours: 7,515.6

Serial #: 3092

Year Built: 2002

Applications

Plastic compounding (masterbatch, filled compounds, additives, color concentrates)

Engineering polymers & high-performance resins

Reinforced plastics (glass-filled, mineral-filled, flame-retardant compounds)

Thermoplastic elastomers (TPE, TPU, TPO)

Recycling & reprocessing of plastics

Biodegradable and bio-based polymer compounding

Cable & wire insulation materials

Nylon, PET, PP, PE, ABS compounding

Medical and specialty plastic production

Pilot and production-scale extrusion for chemicals & polymers

What Might This Be Used For?
This Leistritz ZSE 100 GLAAX extruder is ideal for large-scale plastics processing and compounding operations. Its high torque capacity and heavy-duty motor make it suitable for challenging formulations and high-output production, from engineering resins to reinforced plastics.