Kimla laser cutters with linear drives enable fast and efficient cutting of any shape from sheet metal. Extremely high speeds and accelerations without breaking down in combination with high-resolution measuring systems enable unprecedented cutting performance and accuracy.
Kimla's Fiber Linear lasers achieve unprecedented dynamics thanks to Renishaw's ultra-modern absolute position measurement systems with a resolution of 1 nm, position, speed and acceleration controllers and a control system with Dynamic Vector Analysis.
The difference in the performance of Kimla Fiber Linear Lasers compared to CO2 lasers is particularly noticeable in the case of thin sheets up to 8mm. The cost of cutting a detail with the Kimla Linear Laser can be reduced many times. This enables a much higher energy efficiency, reaching up to 35% (in CO2 lasers, only up to 5%) and a greater concentration of energy, resulting from a shorter wavelength of light.
Kimla fiber lasers have numerous advantages: excellent quality and high efficiency with the possibility of adapting them to individual customer needs. An additional advantage of Kimla lasers is their favorable price.
Kimla lasers are manufactured according to your needs, in different configurations and work areas. This diversity concerns: the degree of automation, the power of the laser source and equipment. Kimla manufactures lasers both with one work table, whose important factor is high efficiency at a low price, as well as production lasers with automatic pallet exchange, with extraction systems, and software for nesting and production preparation.
Production lasers are machines with greater efficiency, maximum speed and acceleration. Kimla fiber lasers, thanks to the unique possibilities of very fast cutting of thin sheets, are perfect for cutting as an alternative to turret punching machines, which until now were considered the cheapest technology for cutting sheet metal elements.
The advantage of KIMLA fiber lasers is their high quality and efficiency and the ability to adapt them to individual customer needs at a favorable price, much more attractive than other devices offered on the market.
Kimla was the first in the world to integrate a printing system to describe cut details. You no longer have to manually describe the details after cutting them. Before cutting, a special print head will apply detail descriptions to the sheet metal. All details after cutting will already be easily identified: see the video - printing descriptions on a fiber laser »
There is also already the option of a laser scan head to scan existing details, which frees us from time-consuming redrawing of physically existing parts and significantly reduces the time of project preparation.
For customers with lasers from a German company, we have introduced the option of importing files *. GEO facilitates the transition to efficient Kimla lasers. You no longer need to convert thousands of GEO files accumulated over many years.
Basic options
Laser model | Finecut | Flashcut | Powercut | Extremecut |
---|---|---|---|---|
Laser power | up to 2kW | up to 4kW | up to 8kW | up to 12kW |
Working area (mm) | 1000 x 2000 x 1500 x 3000 |
1000 x 2000 1500 x 3000 x 2000 x 4000 |
1000 x 2000 1500 x 3000 2000 x 4000 2000 x 6000 2000 x 8000 2000 x 10000 2500 x 3000 2500 x 6000 2500 x 8000 2500 x 12000 |
1000 x 2000 1500 x 3000 2000 x 4000 2000 x 6000 2000 x 8000 2000 x 10000 2500 x 3000 2500 x 6000 2500 x 8000 2500 x 12000 |
Z-axis range | 100 mm | 100 mm | 100 mm | 100 mm |
Linear drives | yes | yes | yes (HP) | yes (HP) |
Automatic pallet changer | no | yes | yes | yes |
Laser safety barriers | no | yes | yes | yes |
Doors on each side of the laser | yes | yes | yes | yes |
Dust collector with Ultraweb filters | no | yes | yes | yes |
Variable focal length of the head (zoom) | no | optional | yes | yes |
Carbon composite beam | no | no | no | yes |
Controls & Software | ||||
CAD/CAM/NEST/CNC control system | yes | yes | yes | yes |
Nesting with production management | optional | 1 seat | 1 seat | 2 seats |
Connection to the ERP system | no | optional | yes | yes |
Flycut | optional | yes | yes | yes |
Pipe cutting laser
Laser 10 meters
Fiber laser cutting of pipes and profiles
Three-pallet laser
Sheet metal cut on fiber laser
Fiber laser
Laser grate
Fiber laser inside
Laser Cutter Control Panel
Measuring probe at the laser head
Stainless steel components cut on a laser
Electrical
Sheet metal machined on a lasor
HSU - advanced anticollision system for lasers
We have reduced the cost of laser
cutting sheet metal by 10 times!
Extremely fast steel cutting on Kimal fiber laser
Laser pipe cutting attachment
Steel cutting 6mm-Fiber laser 10kW
11 holes per second
Loading of profiles and pipes
Cutting steel 60mm
Extremely fast cutting steel
Integrated marking system for cut elements
Three-pallet changer in laser
Printing descriptions on sheet metal
How we produce the faster KIMLA lasers
Fiber laser 2X6m with automatic loading and unloading
Fiber laser Kimla 10kw cutting steel 10mm
Fiber pipe cutter
Fiber laser 1kW
Laser fiber flashcut
Fiber laser-pallet changer
Fiber Laser cutting steel 16mm
Fiber Laser cutting steel 6mm
Fiber laser high speed
Fiber laser with linear drives
Extremely fast line laser
Fiber laser 8kW
Laser control system
Gold medal for the 8kW alser at ITM
Production of laser and waterjets
Laser 8 holes per second
Loading and unloading system
Laser with loading and unloading
Replacement and cleaning of nozzles in the laser
Sample Configuration
Laser FlashCut 1530 laser cutting machine
Laser PowerCut 2040 laser cutting machine
Laser Powercut 2060 laser cutting machine
Laser Fiber LF20100 laser cutting machine
Fiber laser for cutting pipes and sheets
Cutting of sheet metal and pipes with automatic pipe loading
Fiber laser cutter
Laser FineCut 1020 laser cutting machine
Automated socket for laser cutting Kimla LaserCEL
Kimla Storesystem LUS30 loading and unloading system