CORITEC 250i Touch (5 Axis / Wet & Dry) by imes-icore

The new CORiTEC 250i touch is a compact 5-axis Entry-level system for wet and dry processing.

The CORiTEC 250i touch is designed to be used as flexible and economic starter model as well as a supplementary in bigger labs and milling centres. The solid machine concept is characterized by the use of professional machine components and is designed for the stresses found in a production operation. The night mode, the replacement tool fun-ction and the fully automatic 10 station tool changer including automatic tool length measurement makes the pro3dure mill-5 a reliable and highly efficient working unit. The important dental materials such as zirconia dioxide, wax, aluminium, plastics, plaster, glass ceramics and lithium disilicate can be milled and ground.

Fetaures:

• 5-axis machining systems with up to +-30° axis orientation

• Tool runtime control/breakage control

• Integrated cooling cycle for cooling lubricant

• HF spindle with a max. of 60,000 U/min

• 12-fold tool changer

• Compressed air and coolant level monitoring

• For processing of zirconium, PMMA, wax, plastics, and grindable block materials

• Processing of premilled abutments possible

• Integrated control PC with touch screen

Description

Big indication variety for maximum added value…

In wet grinding mode the pro3dure mill-5 allows to process glass ceramics, hybrid ceramics, and lithium silicate and lithium disilicate blocks very efficiently.

The powerful CAM software SUM 3D dental supports additional indications safely and conveniently.

This further increases the in-house added value from the compact 5-axis system.

Prerequisite for the indication expansion is a special workpiece fixture that is equipped with three slots for the material blocks.

The geometric arrangement of the blocks allows the pro3dure mill-5 all technical degrees of freedom.

The blocks can be processed in immediate succession bringing working efficiency and high utilization.

• Extension of millable material range

• Increase of in house added value

• Optimization of load factor

Retaining Bracket System: