Obrabiarki CNC zaprojektowane od podstaw Profesjonalne obrabiarki CNCLaser 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 k. W We welcome customers to our facility to show the extreme cutting power of 8k. W. Laser cutting has never been so fast and efficient. Buy the fastest Fiber Laser and stay ahead of the competition Our company as the worlds 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. 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 ms and pull 6 g acceleration. Cnc Flashcut Software' title='Cnc Flashcut Software' />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. 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 8. 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 2. 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. Last Xp V20. 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. Wooden Ski Rack Plans Cnc Router Plans Flashcut Free Boat Plans And Blueprints. Hi Folks, Im currently shopping to get a small milling machine. I wont need to create big pieces it should mostly be in the 8x5 range, mostly aluminum or brass. CNC Digitizer Use a digitizing tablet and our Logic Trace software to quickly and accurately trace a pattern into the computer for use in CNC, Cad and cutting. Rack%20and%20Pinion%20Setup_0.PNG?itok=v7YJp0CG' alt='Cnc Flashcut Software' title='Cnc Flashcut Software' />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. Choosing A Retrofit CNC Modern Machine A retrofit kit from Anilam Miramar, Florida turned this manual knee mill into a threeaxis CNC machine. Please use the following summary information to determine which of the Vectric software products is best suited for your CNC requirements. For more detailed. Shop Floor Automation DNC and networking of CNC machines Suburban Machinery Software Inc. Inexpensive software for CNC users including PCDNC editor for Windows. PathPilot By Tormach Tormach is the leader in affordable CNC mills and accessories for prototyping, RD, custom manufacturing, hobby, and education. Learn about. Predator Virtual CNC software for 3. D CNC machine simulation, CNC verification, setup sheets and reverse engineering. What is Predator Virtual CNC Predator Virtual CNC is software designed to simulate and verify operation of your CNC machines on your PC. By simulating the machining process off line you literally save thousands of dollars in lost time, scrapped parts, broken tools and machine crashes while improving overall machine productivity. Why use Predator Virtual CNCRunning a profitable manufacturing shop floor is challenging. And keeping it productive is tough work. Those that succeed embrace technology. Thousands of manufacturers and job shops rely on Predator Virtual CNC to keep their CNC machines running reliably while minimizing errors. Prove out processes offline. Simplify CNC Setup. Minimize Waste. Organize release to shop floor process. Reduces tooling costs. Saves coolant and raw materials. Reduces wear and tear. Verify surface finish. Verify feature dimensions. Confirm tool motion and clearances. Get started quickly and easily. Choose from four editions Predator Virtual CNC 2 Axis. Predator Virtual CNC 3 Axis. Predator Virtual CNC 4 Axis. Predator Virtual CNC 5 Axis. Includes the following features. Axis, 3 Axis, 4 Axis and 5 Axis CNC Machines. Mills, Lathes, MillTurns, Lasers, Waterjets and Routers. Solids based Verification and Simulation. Micro Machining support Supports MillionthsG and M code APTCL, NCI and INC support Error and Collision Detection Part Inspection prior to machining Includes support for over 1. CNCs User configurable Reverse Post Processor. Automatic Gouge Detection. Multiple parts, fixtures, tombstones and processes. Advanced tooling. Complex stock and fixtures. CAD Compare for Designed vs. MachinedMachine simulation. Integrated Editor. Predator API and Active. X development platform. Online help topics. Axis CNC Mills, Lathes, Lasers, Waterjets Routers. Predator Virtual CNC supports all standard vertical, horizontal and complex machine configurations with. User definable machine tool configurations with our flexible reverse post processors allows standard VMCs and HMCs to be supported. Standard milling. Advanced cycles. include subs, macros, variables, trig and logic codes are all. Axis Mold and Die Machining. Predator Virtual CNCs Turbo Milling technology is optimized for 3 axis surface machining. Processing. speeds can be up to 2. Complex 4 and 5 Axis Machining. Full support for simultaneous 4 and 5 axis machining on mills and millturn machines. Optionally define your entire machine for full collision detection of any moving part. Support for rotary heads, rotary tables, nutated heads, nutated tables and multiple spindles are all supported. Axis Lathes and MillTurn Machines. Predator Virtual CNC supports 2, 3, 4 5 axis turning and complex MillTurn machines with live C and Y axis motion. User definable machine tool configurations combined with our comprehensive library of reverse post processors allows standard HTLs and VTLs to be supported. Standard lathe facing, turning, threading, grooving, roughing and drilling cycles are all supported. NOTE Predator Virtual CNC does not support pinch turning, sub spindle transfers, parts catchers and swiss style turning. G M Codes and APTCL Support via Configurable Reverse Post. Predator Virtual CNC includes 1. A 2. 30 page reverse post manual documents all of the options available to support a wide range of CNC machines. Specific reverse posts to each of your machines can also be purchased. Master. CAM and Surf. CAM Support. Predator Virtual CNC supports Master. CAM NCI files and Surf. CAM INC files. Error and Collision Detection. Gouge detection. CNC program syntax errors. Coolant checking. Spindle checking Rapid collisions. Tool collisions Tool shank collisions Tool holder collisions Fixture collisions. Rotary table collisions. Rotary head collisions. Spindle collisions. Machine collisions. Part Inspection prior to actual machining. Predator Virtual CNC provides animated simulation of the machining process. Seeing how the tool behaves under program control provides great reassurance that there are no gross errors in the program and makes the cause of smaller errors easier to diagnose. Rapid zoom, rotate, pan and cross sectioning of solid model views allows errors to be seen, even if they are hidden from the original view or are inside the part. Predator Virtual CNC includes feature based inspection and inspection capability. Feature based inspection measures part features, dimensions and the relationship between separate features. Predator Virtual CNC recognizes edges, arcs, cylinders, planes, surfaces and cones. To select a feature, all you need to do is click on the feature using the mouse. CAD Compare for Designed vs. MachinedPredator Virtual CNC includes an option to compare the machined part back to the designed part within any tolerance. Users can define a tolerance above and below which excess material. The tolerance can be adjusted at any time without reprocessing the job. Using Predators CAD Compare capability in conjunction with. Part inspection allows deviations from the design model to be measured at any point on the part surface. Complex Tooling, Stock and Fixtures. Predator Virtual CNC includes support for 1. Custom tool shapes, custom tool shanks, and custom holders are all supported. An unlimited number of tool libraries provides tool kits per machine, per customer, etc. Predator Virtual CNC supports 1. Complex stock and fixtures can be importing via STL files. Full collision detection is supported for chucks, jaws, face plates, tail stocks, tombstones, pallets, clamps, vices, etc. Integrated Editor. Edit CNC programs within Predator Virtual CNC and reprocess the simulation at any time. Set global or line specific breakpoints to debug complex CNC programming challenges. Predator API and Active. X SDKPredator Virtual CNC includes an open development and comprehensive API application programming interface with 3. Even easier is an Active. X control that you can drop into your existing project. Several source code examples are available and you have the flexibility of using C, VB, VB script, Delphi and other compatible programming languages. Predator Virtual CNC Part Numbers. Part Description. Predator Virtual CNC 2 Axis Lathe Only. Predator Virtual CNC 3 Axis MillLathe. Predator Virtual CNC 4 Axis MillLathe. Predator Virtual CNC 5 Axis MillLathe. Predator Virtual CNC Options Part Numbers. Part Description. Predator CAD Compare STL2. Predator Virtual Machine 2 Axis Lathe. Predator Virtual Machine 3 Axis Mill Lathe. Predator Virtual Machine 4 Axis Mill Lathe. Predator Virtual Machine 5 Axis Mill Lathe. Predator Floating License Manager Learn more Predator Virtual CNC Express Part Numbers. Part Description. Predator Virtual CNC Express.