An efficient specialized device in the segment of medical 3D printers is a response to the growing demand of the modern medical sector.
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Workspace 250x250x175 mm
420°C - 3D printing temperature
Actively heated chamber
Heated, vacuum bed
The design enables sterilization of the chamber and the model with UV rays at every stage of the printing process.
It provides the right environment for creating precise 3D printouts intended for medical purposes.
The temperature control inside the machine guarantees the most optimal heat value of the printing environment.
It allows for the use of an industrial grade biocompatible polymers, such as PEEK - material dedicated to implantological applications.
The printer bed with the option of an easy replacement of the surface on which the print is performed, moreover it does not require positioning.
It enables the tight adhesion of the first layer and convenient removal of the model after the printing process is completed.
Models printed in a controlled environment of an actively heated build chamber disntiguish themselves with high dimensional accuracy and mechanical strength.
The safe-to-use enclosed chamber system, additionally minimizes the amount of harmful gases emitted during printing.
Learn about the Device Parameters
Maximum print temperature:
300°CNozzle diameter:
Standard: 0.4 mm (optional: 0.25, 0.6, 0.8, 1.0)Filament diameter:
1,75 mmRecommended materials:
ABS, ASA, PC-ABS, PC, PA6, PA12, PA+GF, PA+CFFilament feeding accuracy:
1 μmMaximum print temperature:
300°CNozzle diameter:
Standard: 0.4 mmFilament diameter:
1,75 mmRecommended materials:
ABS, ASA, PC-ABS, PC, PA6, PA12, PA+GF, PA+CFFilament feeding accuracy:
1 μm3D printers are increasing participation in medical applications. The VSHAPER 270 MED is a machine tailored for medical applications. Thanks to the implemented solutions such as UV light sterilization, medical grade materials construction, and the possibility of processing biocompatible PEEK - it will perfectly fit into medical and veterinary applications
A high-temperature thermoplastic with properties that benefit biomedical applications and an outstanding mechanical property profile - also at high temperatures.
Great chemical resistance
UV resistance
Sterilizable
Heat resistance
ABS copolymer is widely used in 3D Printing because of its universal combination of mechanical properties, i.e., it achieves a compromise between impact strength, stiffness, and breaking or bending strength.
Good insulating properties
High impact strength
High mechanical strength
High thermal resistance
The versatile filament, thanks to the increased adhesion between print layers and the low shrinkage of the material, allows you to print models without the risk of deformation after cooling.
Good layer adhesion
Resistance to UV radiation
Low shrinkage
High chemical resistance
Nylon, with considerable strength and stiffness, has unrivaled mechanical fatigue resistance among materials available for FDM technology.
High chemical resistance
High flexibility
Very good adhesion of print layers
High impact strength
This polycarbonate is a transparent thermoplastic material with high rigidity and very high mechanical strength.
High impact resistance
Biocompatibility
Stiffness over a wide temperature range
Good electrical insulating properties
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