Haake minilab manual

 · The HAAKE MiniLab 3 Micro Compounder is a conical, twin-screw compounder with an integrated backflow channel. The compounder works as either a stand-alone unit or can be fully computer-controlled system, and can be used with either co- or counter-rotating screws. The HAAKE MiniLab II enables compounding and rheological measurement with a micro amount of material – about 8g. Features • Viscosity measurement • Automatic bypass operation for circulation/extrusion • Inert gas flush of the feeding area • Pneumatic feeding • Digital and graphical data display • Manual or computer control.  · The HAAKE MiniLab 3 Micro Compounder is a conical, twin-screw compounder with an integrated backflow channel. The compounder works as either a stand-alone unit or can be fully computer-controlled system, and can be used with either co- or counter-rotating screws.

• Optional manual feeder • Optional HAAKE Force Feeder (enables continuous feeding) Instrument control The HAAKE MiniLab 3 can be controlled via a modern tablet computer. Adjustment of process parameters and displaying of online data is then right at your fingertips. Alternatively the PC based Polysoft application software can be used. The HAAKE MiniLab 3 Micro Compounder is a conical, twin-screw compounder with an integrated backflow channel. The compounder works as either a stand-alone unit or can be fully computer-controlled system, and can be used with either co- or counter-rotating screws. It is equipped with an inert gas flush system. The HAAKE MiniLab 3 Micro Compounder is a conical, twin-screw compounder with an integrated backflow channel. The compounder works as either a stand-alone unit or can be fully computer-controlled system, and can be used with either co- or counter-rotating screws.

The Haake-MiniLab-II is a micro extruder with a sampling capacity of ~5g; (Model H) Twelve ton, manual, two-column hydraulic lab press with digital. Microcompaunder extruder HAAKE Minilab II complete with molding machines and a set of molds allows to produce composite materials based on polymer matrices. Sign in. to continue to Docs. Email or phone. Forgot email? Type the text you hear or see. Not your computer? Use Guest mode to sign in privately.