Kimla Powercut series laser machine

Kimla Powercut series laser machine 

Our company unique area. We design produce efficient fast CNC machines stable easy operate. Company achieved leading position industry creative projects effectiveness action impressive dynamics development. Our position also friendly respectful attitude customers, satisfaction contentment primary goal project board. We advance accepting cutting edge projects experience years industry prove valuable whilst thinking outside box create develop new methods technologies improve solid background platform. When first started focused production electronics control systems CNC machines. However, quickly became clear creativity potential employees equipment allowed tackle complex projects, soon started production machines much greater technical advancement, exceptional performance speed. Currently Kimla machines offering available technological possibilities. Our bespoke machines result long history industry combined knowledge, experienced staff strong innovative designs. As pride leaders industry, installed machines customer companies globally, constantly developing seeking new solutions customer demands. K1MLA machines achieve industry-leading performance prices significantly lower reputable companies elsewhere world. continually advancing CNC technologies increasing parameters raising bar quality performance industry. This possible thanks expansion plants several new production facilities information technology infrastructure. Winner many prestigious awards KIL Saving energy ADVANTAGES OF F1BER LASER TECHNOLOGY OVER CO3 LASERS Fiber laser short name laser fiber different CO2 laser way active center optical fiber doped ytterbium entire resonator based solid body replaceable regulatory elements, mirrors. resonator ten times higher frequency, ten times shorter wavelength. This allows greater focus beam higher energy concentration. Lasers cutting steel used fifties. CO2 technology developed years, recent years significant changes CO2 laser cutting technology introduced. limited efficiency results directly physical phenomena rather technological limitations. Fiber optic technology currently modern method, efficient CO2 lasers consequently consume significantly less energy. energy efficiency fiber lasers about . This value higher case CO2 lasers, efficiency about . example, CO2 laser power 4kW needs 80kW power supply comparing capabilities fiber laser power 2kW consumes only 7kW. Taking account factors, cost fiber laser operation relative electricity ten times lower case CO2 laser. Another advantage fiber lasers considerably shorter wavelength light, allows higher energy density focused beam. higher energy density enables faster laser cutting less power. Competitive price Frequently, half power fiber laser, relation CO2 laser sufficient achieve cutting speed, case thin metal sheets fiber laser enables cutting speeds much higher CO2 laser similar power. With development optoelectronics semiconductors, laser diodes achieve greater efficiency. Processing energy light laser diodes output beam takes place fiber processing efficiency 80 . This solution saves lot energy, better energy absorption fiber laser enables faster cutting. advantage lasers CO2 lasers visible particularly thin metal sheets 6mm. thinner sheet, greater advantage fiber laser CO2 laser. Fiber lasers also great complement machines waterjet cutting. Waterjet machines wide operating range extending 200mm thickness metal. speed Waterjet machines much lower speed lasers. optimal solution metal cutting fiber laser thin metal sheets Waterjet thick plates. Fiber laser technology relatively new; devices type produced years. Companies familiar customers pride years experience field, began activity similar time. time, smaller companies significantly outperform larger companies long-term procedures adopting new technologies adapting software needs specific user. KILA Incredible performance

K1MLA Fiber lasers option changing size influence diameter beam. size beam focus head. transmission fiber laser done fiber leaving fiber beam must collimated. Collimation means processing divergent beam parallel beam. This process carried means collimator lens. adjusting focal length collimator lens Flexible configuration K1MLA lasers manufactured many different configurations diversity regards degree automation machine well laser power configuration. K1MLA Company manufactures lasers single worktable, significant factor high efficiency low price, well production lasers automatic pallet exchange high degree automation, suction system systems nesting preparing production. Production lasers machines higher efficiency, higher maximum speed higher accelerations. K1MLA fiber lasers thanks unique possibility fast cutting thin metal sheets suitable cutting, alternative CO1 lasers even turret punch presses previously considered cheapest technology cutting repeatable metal sheet components. Thanks revolutionary solutions used fiber lasers, cutting thin metal sheets fiber laser become cheaper cutting turret presses.

KIMLA COMPANY leading manufacturer CNC machines, specializing application innovative technical solutions, developed created unique high-performance F1BER LASERS favorable price.

The Fiber Laser is efficient for cutting sheet metal. A visible difference for thin sheets up to 5mm, where cutting cost can reduce significantly. Higher energy efficiency with shorter wavelengths of light. Fiber laser tech applied for cutting metal in recent years, gaining followers. Prices are comparable to CO2 machines.

Advantages of Fiber Lasers:

High cutting speed to laser power ratio.

Cost-effective cutting compared to CO2 lasers.

Uses technical nitrogen and oxygen.

Less complicated mechanics than CO2 lasers.

Cuts highly reflective materials due to advanced anti-reflective protection.

Automatic head height adjustment with high dynamics.

Liquid cooling for stability.

Lens secured with a quartz window for protection.

Optics adjusted for specific materials.

No need for mirror adjustment or supplying gases to the resonator.

No turbines or vacuum pumps, reducing operating costs.

Laser beam guided by a fiber.

Available with single table or automatic pallet changer.

Software includes NESTING for optimal detail distribution.

Dynamic vector analysis system for complex shapes.

Graphical visualization of laser operation online.

Low power consumption.

Monolithic laser construction for stability and accuracy.

Rigid steel construction eliminates vibration and thermal drifts.

Compact design.

Self-supporting construction, no special foundation needed.

Enclosed working area for operator safety.

Laser safety barriers.

Cutting chamber with automatic dust extraction.

Import GEO files for other machines.

Print head labels workpieces quickly for identification.

Scanning head for faster project preparation.

Comparable prices to CO2 cutting machines.

Construction of K1MLA Fiber Laser:

Mechanical part with linear feedrate system.

Cutting head with focusing lens and nozzle.

Machine uses Cartesian coordinate system.

Industrial versions equipped with automatic pallet exchange system.

Continuous production process.

Machinable Materials:

Carbon steel

Stainless steel

Aluminium

Copper

Brass

High Performance:

KIMLA laser built on rigid monolithic body.

Operating speed reaches up to 5m/s.

Fiber resonator and power supply in separate cabinet.

Fiber bundle fed to head.

Error-free control system.

Fast data transmission through real-time Ethernet.

innovative control system with efficient drivers.

Software includes CAD / CAM / NEST / CNC modules.

While performing cutting the operator can prepare the next elements directly in the control system. Communication with the external system can be done via Ethernet computer networks or USB. Laser systems are also equipped with automatic nesting with modules to manage production, which enables execution of orders and details of pre-prepared libraries. The control system has integrated panels with parameters that enable cutting of various materials of different thicknesses. Lasers achieve very high speed and acceleration through the use of dynamic analysis of vectors and special designs are optimized through the software for analyzing deformation.

The Finecut series of lasers have been designed for companies that start the adventure with laser cutters. The Flashcut series of lasers are dedicated to customers who require high-performance and versatile laser cutters.

The Powercut series of lasers have been designed for the needs of the most demanding of customers. Powercut is available with capacities up to 8kW and allows you to cut with extreme performance and work with operating speeds coming to 5m/s while maintaining ultra accuracy and repeatability.

Cuttting head Industrial lasers of the Flashcut series are frequently chosen products by small and medium-sized manufacturing plants. The high degree of automation and flexible control system provide fast and more efficient operation.

Lasers of Powercut series are the most powerful production cutters on the market. Powercut lasers are equipped with the innovative control system with all the possible functions, which allows you to achieve the highest operating speeds coming to 5m/s.

Flycut Position control of servo pallets Automatic switching of suction zones Dynamic analysis of vectors Frequency of position regulators

Efficiency: 

Precitec or Laser Mech Highyag or Precitec

20kHz

Electronic adjustment of the angle of the gate Parametric beam regulator Common cutting lines Detection of the position of the material Detection of the nozzle running off from sheet metal Detection of low gas flow Detection of collision with automatic resumption Connecting paths with areas frog jump Smooth handling of splines and polylines Absolute rulers with 1 nm resolution Both sides gate drive Automatic cut-off with the edge control

Operating speeds: Highyag Acceleration Positioning accuracy Positioning repeatability

Print head for labeling workpieces Scanning head

Warranty