Developed to work along the Laboratory Mini-Extruder LE-075. The polymer may be extruded into a round rod or strand, and feed directly to the pelletizer head to form the new pellet for further evaluation of processing, such as part molding using the Mini-Max Injection Molder Model CSI-183IM. 

Create functional prototypes, manufacturing aids, and print-on-demand parts with easy, professional results. Capable of printing ABS, Nylon, Polycarbonate, and Polyester filaments. 

Crushing fibrous substances (MF 10.1) or brittle, hard materials with a Mohs hardness of 6. 

Turn granulated material pellets (e.g. PLA) into 3D printable filament by melting the pellets into a molten substance and then feeding them through an output nozzle. 

Allow the control of the flow of materials into the Thermo Scientific HAAKE Polylab OS extruder or Thermo Scientific HAAKE PolyLab OS measuring mixer. 

Uses the proven measuring principle of high-resolution sensors of modern rotational rheometers to measure torque. Combines with the Haake extruder. 

Testing the melting and degradation behavior of polymer melts, Quantifying viscosity when adding nano particles or other additives, Testing gelation and plastification behavior of PVC dry-blends, Measuring the flow and curing behavior of thermosetting plastics. 

Quickly heat up and/or cool down samples. Typically used to coat, dry, hardening, or purification of samples. Max temperature of 1600°C. 

Used for the winding of fiber as it exits the extruder head. Common test types in which its involved are extrusion and injection molding. 

Lift heavy structures in the lab with this simple hydraulic mechanism. Designed to prevent slipping and constructed to be lightweight, strong, and durable.