KIMLA laser cutting systems impress in every performance class: monolithic design, magnetic linear drives and a specially developed fiber laser control ensure precise, reproducible results. As an exclusive German sales partner, we work with a KIMLA laser cutting machine ourselves and contribute our practical experience from daily operations.
KIMLA laser cutting systems impress in every performance class: monolithic design, magnetic linear drives and a specially developed fiber laser control ensure precise, reproducible results. As an exclusive German sales partner, we work with a KIMLA laser cutting machine ourselves and contribute our practical experience from daily operations.
Diese Laserschweißmaschine ist modular aufgebaut. 3 – 5 Achsen, die sich manuell per Joystick, in Kombination mit Teach-In-Funktion und CNC-gesteuert bedienen lassen, machen diese Laserschweißmaschine zum Maßstab in der Laserschweißtechnologie.
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The monolithic basic structure ensures maximum stiffness and minimal vibrations, and the basis for precise laser cutting even at high accelerations.
Magnetic linear drives and brake energy recovery on the drives allow energy consumption to be reduced by up to 70%.
Thanks to perfectly coordinated machine dynamics, KIMLA laser cutting systems achieve accelerations of up to 6g without loss of precision, even with complex contours.
The offset-free CNC control with automatic drawing post-processing prevents errors and provides clean cutting results, even with demanding geometries.
Developed specifically for fiber lasers: The controller optimizes travel paths and speeds for the highest cutting quality without sacrificing precision or dynamics.
Several large-format doors and optional interchangeable tables allow quick access and rapid loading and unloading, for short set-up times and maximum machine availability.
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The monolithic frame of a KIMLA laser cutting machine is made of one piece, without screwed elements, with a parallelism of 0.01 mm over the entire length of the machine. This highly rigid, low-vibration base is the basis for precise laser cutting even at high accelerations. There is no need for complex foundations on site.
KIMLA laser cutting systems use magnetic linear drives without mechanical gears, which eliminates frictional losses and significantly reduces energy consumption. For position detection, microbarcodes with 1 nm resolution are engraved on Invar tape along each machine axis, making a reference run after takeoff unnecessary. All components are coordinated and developed from a single source.
What distinguishes KIMLA laser cutting systems is not the maximum speed alone, but the precision with which this speed is achieved. The drive train and machine design are coordinated in such a way that accelerations of up to 6 g are possible without jerking or misalignment. Other systems achieve similar peak values but lose cutting quality due to unbalanced machine dynamics.
The CNC control system of KIMLA laser cutting systems works offset-free: position, speed and acceleration are simultaneously transmitted to the drives, without delays in the control loop. The CAD/CAM/nesting system is available directly at the machine terminal, without an external workstation. When uploading CAD files, the controller automatically post-processes the drawing.
KIMLA uses high-performance fiber lasers with an efficiency of over 30%, compared to around 5% for CO2 lasers. The shorter light wavelength enables a higher energy concentration in the beam, a finer separation gap and significantly higher cutting speeds. This significantly reduces operating costs per component compared to older laser technology.
KIMLA laser cutting systems can be configured in various levels of automation, from simple single-table systems to fully automated production systems. The basis is an automatic two-pallet changing table, which enables loading and unloading without machine downtime. The KIMLA store system is available for complete production automation.
The ASKIAS interchangeable tables for KIMLA laser cutting systems were developed in close coordination with customers from series production. The entire cutting table unit is replaced in just a few seconds while the machine continues to run. The removed table can be cleaned, maintained and prepared for the next use in parallel.
ASKIAS and KIMLA have jointly developed a honeycomb table with an aluminum honeycomb structure and an integrated vacuum system for laser cutting thin sheet and electrical sheet with a material thickness of 0.05 mm or more. The vacuum fixes the material flat and securely over the entire table surface, without mechanical clamping. Plane-layer fixing is the prerequisite for the finest cutting contours and maximum dimensional accuracy, as required when cutting rotor and stator plates.
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