Chennai, Tamil Nadu, India
Our Products
CNC Woodworking Router adopt steel structure body, use Rack and Pinion and Linear Guide ways, are equipped with high speed water cooling spindle (or HSD air cooling spindle) and High speed stepper motor( or Japan Servo motor), advanced CNC control system, it is widely used for woodworking and Sign making.
The software of M series Woodworking CNC Router is compatible with Type3/Artcam/UG/Pro-E/Mastercam/Ucancam V9 and so on.
With CNC Wood Router, you can improve cutting and engraving quality, Increase production volume, Gain better material yields, Decrease overhead and Increase profits.
Mass Cutting Systems offers a full range CNC Woodworking Machine, M-1325AT is a CNC Machining Center, it has automatic tool changer device (straight-line tools storeroom with 8 pcs tools).
Automatically find pot to drill hole at X.Y axisFour processing position, 12 hydraulic clamps, can clamp four sets of work pieces, and also can unload work pieces when drillingSelf-controlled stroke drilling head, no need to set the thickness of work pieces and the length of drilling head, automatically finish the transfer of rapid feeding and work feeding.CNCPLC system, CRT display, programming based on WINDOWS platform with CAD connection, fast and convenient programming, and visual previewingAutomatic chip removal, coolant circulation cooling.Equipped with professional main shaft speed-reducing-motor from SEW, Germany.Key machine, hydraulic pressure, electric components are chosen from famous cooperation domestic and abroad.Optimized integration design for complete machine, no foundation requirementsThe first choice equipment for the drilling processing of steel board.
TurboNest nesting software, for conventional plasma and oxyfuel applications, delivers best-in-class performance and reliability yet is also incredibly easy to learn and use. With TurboNest you will experience flexible import of your 2D CAD files, material cost savings from efficient nesting, and repeatable results from parameter-based setups that provide consistent cut quality and productivity, along with reduced operating costs. TurboNest offers the solutions you need to process your jobs quickly, easily, and profitably. Power Made Simple!
• Simplified and intuitive user interface that more closely aligns with the look and operation found with commonly used business applications.• Tabs to quickly navigate between nests, insert new nests, or reorder nests by clicking and dragging tabs to the desired location.• The ability to export nests directly to a DXF file without installing a special DXF Polyline setup or changing machines.• Expanded keyboard shortcuts throughout the software navigation.• More standard features such as Custom Remnants™, a tool that allows users to enter the dimensions of an irregular plate or remnant and then complete a nest. (Formerly sold separately.)
Compared to other products in its class TurboNest does more to automatically embed cut process expertise into the NC code. Whether it’s material type, thickness, or grade, TurboNest is drawing on years of research and development to deliver the optimal adjustments including leads, separations, kerf, feedrate, and cutting techniques.
SmartNest is a CNC nesting programming software with independent intellectual property rights which researched by famous university research team after more than twenty years. It fully absorbs the strengths of a number of similar products at home and abroad in the development and improvement process, improves and perfects according to the actual situation. Suitable for flame cutting machine, plasma cutting machine, laser cutting machine, water jet cutting machine and so on. 1. Simple and user-friendly interface. 2. Powerful function of graph importing with automatic graph checking and fitting. 3. Import of external nesting graph as DXF/DWG file. 4. Powerful automatic true shape nesting. 5. Blended automatic/manual nesting, more quick to reach optimization. 6. Part visualization for number and status, more convenient for nesting. 7. Optimization of cutting process (sequence/pierce/direction/lead) by one key. 8. Automatic common line cutting for multiple parts with intuitive method. 9. Multiple and mixed cutting technologies (bridge cutting/chain cutting/micro-connection). 10. Open graph cutting. 11. Kerf compensation for cutting. 12. Automatic NC programming & cutting simulation. 13. Printout of nesting graph with part list. Output of nesting graph as DXF file.
Plasma Productivity - Series machine delivers productivity. CNC control provides precision motion control for both high-speed plasma and Oxy-fuel cutting. We could say that CNC is an electronic driver of the Cutting System based on the configurations by the user and the profiles of the parts to be worked on fed into the system before the beginning of the job.
We could say that CNC is an electronic driver of the Cutting System based on the configurations by the user and the profiles of the parts to be worked on fed into the system before the beginning of the job. Making use of built-in electronic and software automation, CNC can control the cutting process calculating all available parameters, both the ones determined by the Cutting code (G-Code) fed into it beforehand and the real-time cutting data provided by the relevant sensors. It adjusts the proper gas mixture and velocity, the feed rate and the torch movement along the three axes, and the power of the Source. The cutting process is automatically continuously adjusted in the best way, much better than by the most experienced operator. CNC stands for Computed Numerical Control; CNC Machine is a machine which is controlled by a computer through a numerical program, this program is often in a format called G-code. G-code is also used on a wide variety of CNC machines such as Lathes and Mills. 2D profiling CNC machines can use Oxy-fuel (Gas), Plasma or Laser to sever material into almost any 2D shape by melting or vaporizing the material. This type of 2D profiling has been done by CNC machines in industry for over 25 years. Fixed equipment as compared to portable ones has the option to include heavy cutting energy sources to cut much thicker material. They also allow opportunities for complex welding processes. More complex state-of-the-art technologies allow more elaborate cuts with thinner kerf and greater thickness.
