Film take-Off
EM LabEx has well-performing film take-off with a width on 300 mm.
The take-off unit consists of nip rollers of calibrated chromium plated steel, calibrated polyurethane covered steel roller. The driver is the AC motor controlled by AC inverter.
The operator panel is 12″
SPARE PARTS FOR OUR EM LABEX LAB EXTRUDER
The take-off is well calibrated. The take-off unit consists of a rubberized, pneumatically activated contact roll as well as a chrome-plated steel roll that is driven by a precision gear motor.
The speed of the take-off out-let roller can be precisely adjusted on the operator HMI control s panel.
The take-off unit is assembled on a robust and strong framework that provides good and stable web management, and it is equipped with rotary heads and connections for the cooling water.
We offer spare parts and support for all models of EM Labex.
Main Features
The EM LabEx
The EM LabEx
Compact design
The EM LabEx is build to last and function well in a production environment.
Plug and play installation
The EM LabEx is very easy to install in your environment.
Operator friendly touch screen
The touch screen is one of the best from Schneider Electric.
Easy programmable
It is very easy to set up and program the machine for testing your materials.
Quick and safe operation
Stainless steel protection shields are mounted around hot parts of the extruder.
On wheels for easy transport
The EM LabEx is practically designed with wheels underneath.
Easy cleaning for fast change
No problem! The machine is designed so it is very easy to clean, also regarding the die head and screw.
Low energy consumption
The EM LabEx, both saves you for waste of raw material, and it also has a very low energy consumption.
Competitive price
Em LabEx is able to keep a competitive price, and still construct a quality machine, build to last.
The Take-off unit
The take-off unit ensures a perfect roll-up of the film.
Der EM-Laborextruder wird in Dänemark hergestellt und entwickelt. Jedes Teil ist sorgfältig ausgewählt und hat eine klare Mission: unsere Maschine in die Lage zu versetzen, möglichst viele derzeit und in Zukunft verfügbare Materialien wie z. B. Bio-Polymere zu testen.