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 CNC 5-axis milling machine with ranges of X-3000mm, Y-12000mm, Z-1200mm, weight of 12000kg. For large-size models, it will treat  details with high vertical walls which cannot be processed
  Highspeed gantry CNC milling machine with working area 1000x1500x400 mm enables production of injection molds, dies, dies steel, aluminum, machining, cast models for thermoforming. The machin
Cutter CNC Blackbird Plotter series BLACKBIRD CNC version with a knife oscillating in the picture presented is a model 1020 with a working area 1000x2000mm and the working range of the Z-axis is 150m
Centrum obróbcze zaprojektowane z myślą o produkcji wykrojników jak również wykrojników ze sklejki oraz kontrbigów z blachy stalowej i pertinaksów do wyk
Zobacz jak produkowane są nasze maszyny

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New Products
Laser Cutting - Our new Flashcut linear laser with linear drives, enables quick and efficient cutting of any shape out of sheet metal. Note, now available for sale is the fiber laser with linear drives with the power 8 kW!  We welcome customers to our facility to show the extreme cutting power of 8kW.  Laser cutting has never been so fast and efficient.  Buy the fastest Fiber Laser and stay ahead of the competition!  Our company as the world's first to integrate a printing system to mark the details before they are cut. You no longer need to manually mark the details after they have been cut. Before cutting a special print head will print descriptions on the details which will be cut out of the sheet metal. All the details after they are cut will now be easily identified:   Sample Video   There is now an option for a scanning head. The laser scanner can scan the existing details which frees us from the time-consuming redrawing existing physical parts.   For customers with German lasers our company introduced the option to import files * .GEO which enables companies to convert to our efficient lasers. These companies will no longer have to convert thousands of files GEO which they have accumulated over the years.   Our lasers are extremely high speed up to 5 m/s and pull 6 g acceleration. This power combined with a high resolution measurement systems we achieve extraordinary efficiency and cutting accuracy. Our Linear Flashcut Fiber Laser achieved unprecedented momentum in the world, thanks to the ultra-modern absolute position measuring system with a resolution of 0.000001 mm Renishaw controller position, velocity and acceleration.   Frequently, half the power of the fiber laser, in relation to a CO2 laser is sufficient to achieve the same cutting speed, and in case of very thin metal sheets the fiber laser enables cutting at speeds much higher than the CO2 laser with similar power. With the development of optoelectronics and semiconductors, laser diodes achieve ever greater efficiency.   Processing energy from the light of laser diodes into the output beam takes place in the fiber whose processing efficiency can be up to 80%. This solution saves a lot of energy, and better energy absorption of fiber laser enables faster cutting. The advantage of the lasers over CO2 lasers is visible particularly with thin metal sheets up to 6mm. The thinner the sheet, the greater the advantage of a fiber laser over a CO2 laser. Fiber lasers are also a great complement to machines for waterjet cutting. Waterjet machines have a very wide operating range extending up to 200mm thickness of metal. But the speed of Waterjet machines is much lower than the speed of lasers. The optimal solution for metal cutting is: the fiber laser for thin metal sheets and Waterjet for thick plates. Fiber laser technology is relatively new; devices of this type have been produced for only a few years. Companies which are familiar to most of the customers cannot pride themselves on many years of experience in this field, because they began the activity at a similar time. At this time, smaller companies can significantly outperform larger companies that have long-term procedures for adopting new technologies and adapting the software to the needs of a specific user.    KIMLA Fiber lasers have the option of changing the size of the focused beam spot, which allows optimal adjustment of the optical parameters of the laser to the type and thickness of a metal sheet. In the case of a CO2 laser we do not have any influence on the diameter of the beam that we are going to focus in the head. The transmission in the fiber laser is done with a fiber and after leaving the fiber the beam must be collimated. Collimation means processing a divergent beam into a parallel beam. This process is carried out by means of a collimator lens. By adjusting the focal length of the collimator lens we have influence on the diameter of the beam.  The size of the beam after focusing depends largely of its diameter. This value affects the speed and ability to cut materials of varying thickness. The thinner the material, the smaller the diameter of focused beam should be used. This enables the optimal use of available power. For cutting thicker materials the diameter of focused beam should be increased. With a too small diameter of the focused beam, the slot is so small that the shielding gas cannot blow out the melted material.   KIMLA lasers are manufactured in many different configurations and workspaces. This diversity regards both the degree of automation of the machine as well as the laser power and its configuration. The KIMLA Company manufactures both lasers with a single worktable, whose significant factor is high efficiency at a low price, as well as production lasers with automatic pallet exchange with a high degree of automation, suction system and systems for nesting and preparing for production. Production lasers are machines with higher efficiency, higher maximum speed and higher accelerations. KIMLA fiber lasers thanks to the unique possibility of very fast cutting of thin metal sheets are suitable for cutting, as an alternative to CO2 lasers and even for turret punch presses which were previously considered to be the cheapest technology for cutting repeatable metal sheet components. Thanks to revolutionary solutions used in fiber lasers, cutting thin metal sheets with a fiber laser has become cheaper than cutting on turret presses  
DOWNLOAD THE CATALOGUE IN PDF The dimensions 2000x6000, is perfect for customers who expect larger working sizes than standard mainly for metal sheet cutting. Low maintenance costs of pump and head The Kimla waterjet machines are equipped with a high-pressure pump with a pressure intensifier and accessories made by a renowned American company - Accustream. Pumps manufactured by Accustream are competitive with regard to the lowest maintenance costs, which amount to approximately U.S. $ 1.25 per hour of work. It is worth noting that the maintenance costs of some producers are even four times higher. This is especially important because in a competitive waterjet service market the operating costs may determine the success of the project. Adjusting the amount of abrasive Kimla machines are equipped with Accustream abrasive regulators with smoothly adjustable amount of the garnet supplied to the head. This allows you to fine-tune the amount of abrasive to the material cut and the specific treatment conditions. Compact space-saving design Kimla waterjet machines are characterized by an extremely compact design, which requires little space and is convenient to use. The material lying on the grate bath is accessible from four sides, which allows the operator to manipulate the material freely and enables the collection of the pieces cut-out. 200l abrasive tank with the hopper system Abrasive tanks supplied with Kimla machines have a capacity of 200 liters, which allows for hours of cutting without stopping to refill the abrasive. The hopper allows for convenient refilling of abrasive through the use of the mushroom valve lifting up automatically. Smooth regulation of the cutting speed The feed speed during cutting with waterjet machines depends on the type of material, its thickness and quality which we want to achieve. In some machines it is not possible to choose a different feed rate than established by the manufacturer. Kimla machines enable smooth regulation of the feed speed allowing the operator to adjust the speed to the specific requirements. Digital AC Servo Drives Waterjet machines must be powered to enable reliable and repeatable mapping of the machined workpiece shape. Therefore, you should not economize on the drive. Some companies (including those well-known) use step motors for the feed drive, which have not a position feedback and in case of overload they may "lose steps" destroying all the material. The Kimla waterjet machines are equipped withmodern AC servo drives with vector control and the position feedback to control the position of the head continuously.
First milling machine produced in Poland with Linear motors. This machine is used for precision applications where extreme high accuracy and positioning is required. Linear actuators have been used instead of the traditional ball screw previously used in CNC machines. This is the first Polish machine produced in series based on the linear drives on all axes. The  measuring systems with a resolution of 1 nm and accuracy of 5 microns/m. Up until now, similar solutions in the world are very expensive and virtually inaccessible for people in need of such technology.   Due to the fact that our company has developed a control system, electronics, software and drivers and the same linear motors dedicated to light, efficient, fast, accurate CNC machine tools has enabled us significantly reduce production costs and to propose a machine in incomparably lower price than competitive products offered on the market.   These machines are equipped as standard with an automatic tool changer, in the configuration of the moving table, the gantry configuration, based on the milling CNC's produced by our company for more than 20 years. The innovation of these machines involves the replacement of drives based on ball screws for linear drives. Linear actuators move the drive force without friction, without contact only with the magnetic field, so that there is no backlash effect regardless of the age of the machine.   The drive system, there are no expendable items, which can worsen the quality of the cut during the operation. This solution is the future, the market sees the potential in this innovative linear drives. It is the application that was developed by our company primarily for the propulsion equipment for laser cutting but their application in our engraving resulted in an exceptionally good market response, which further reassured us that we are moving in the right direction of development.   CNC machining center HSM Linear BFN 1006 offers a working range of x = 1000 y = 625 = 300 mm. The machine is equipped with a table T-Slot. High speed spindle with 14kW power and 24000rpm  HSK63 and automatic rotarty tool change guarantees efficient processing. In standard there is also a tool length sensor.   additional equipment   The machine can be equipped with touch scanner fulfilling several functions. The first is the use of scanning 3D objects as well as to scan the outlines of flat element. Second, we can use to assist in homing. This will exactly set the base in the corner, the middle hole or cylinder, determine the slope of the plane. The third option is to scan the surface of the treatment and to take into account the curvature of the material in carrying out the project.   Rotary axis with tailstock with full simultaneous interpolation of all axes.   Tool milling machines are available in many versions. On the next page table contains full data on the size of the workspace, types of spindles and accessories.  

WATERJET Manufacturer, fast, efficient, stable, powerful

Our company, as the only one in this area in Poland, designs and produces fast and efficient waterjet machines which are stable and easy to use. We have achieved this leadership position through our creative projects, effective actions and impressive dynamic development. This position has been also influenced by our friendly and respectful attitude towards our customers, whose satisfaction and contentment is our main driver for development.  We have gained our vast experience by performing advanced projects for 22 years. In the beginning we focused on the production of electronics and control systems for CNC machines. However, it quickly became clear that the creativity and potential of our employees allowed the realization of much more complicated projects, so soon we started the production of machines with a much greater technical advancement, exceptional performance and speed. At the moment KIMLA machines offer all these available technological possibilities. Our machines are the result of our long experience and innovative designs.   

Today, as the recognized leader in the industry, having installed in our customers’ premises over 2500 machines; we are constantly developing and seeking new solutions. KIMLA machines achieve the highest performance on the market at prices considerably lower than those offered by reputable companies from around the world. Produced by us, our machines are continually increasing their parameters. This is possible thanks to the expansion of plants with several new production facilities and the benefits of information and technology

At the moment Kimla machines are offering all the available technological possibilities. Our machines are the result of our long experience and innovative designs. Today, being considered a leader in the industry, having installed more than 1000 machines at our customers' companies, we are constantly developing and seeking new solutions. KIMLA machines achieve industry-leading performance at prices which are significantly lower than those offered by reputable companies from all over the world. We are improving our machines by ceaseless increasing their parameters. This is possible thanks to the expansion of our plants with several new production facilities and information and technology infrastructure.