Performance.CUT by IMA for effective cutting with minimum space requirements combines the advantages of nesting with the speed of sawing.
For efficient cutting of small batches, IMA has adapted the powerful and proven technology of the BIMA Cutting Centre for use in a new, more compact machine. The Performance.CUT offers optimal processing of pre-cut parts in the smallest space and is therefore a very attractive proposition with regard to acquisition costs.
Optimised space requirements with maximum performance
Flexible cutting even with small quantities – effective and efficient
Automatic tool change during operation
Exceptional potential for savings as no sacrificial boards are required
Nested cutting plans possible
approx. 800 up to over 1500 parts/shift depending on the cutting plan
excellent quality of parts because they are permanently held by the work-holding devices until completely separated.
Highlights of the new Performance.CUT
Feed system designed as a brush table
Insertion using 4 independent clamps
Clamping system with three independent “mushrooms”
10 kW (S6) milling spindle, vector-controlled, air-cooled
Integrated extraction (above and below floor)
Moving 8-way tool changer
Upper pressure beam integrated into the machine bed
Optional integrated chip disposal belt
Centring system with independent servo axes in X-and Z-directions
Output system configured as a brush table
Extraction table configured as a brush table
Mobile control console with integrated operating system
IMA cutting pattern optimisation
Open data import interface for external software
Work list management
Raw panel dimensions 2800 x 2200 mm
Min finished part dimensions 100 x 205 mm
Max finished part dimensions 2800 x 2200 mm
optimal flow of parts when the cell is integrated into a processing plant
When parts are manually taken out of the cell, residual parts can also be fed from the front – without reaching into the stock, for fast and flexible manufacturing and the possibility of making „quick fixes“ without reaching into the whole system