Often components can be redesigned to be cut from one piece, rather than several pieces. Instead of cutting a frame from four separate parts mitred at each corner, it can be cut from a single tube that is notched and then bent to form a frame.
This can reduce parts required in a B.o.M and produce a more accurate and stronger assembly By utilising this, repeatability and accuracy of products can be improved.
Metal Pipe and Sheet Fiber Laser Cutting Machine advantages:
1. cut lines and holes with different diameters from different directions on the pipe
2. cut inclined section at the end of pipe
3. cut branch pipe intersected with the main circular pipe
4. cut square hole,waist-shaped hole and circular hole on the pipe
5. truncate the pipe
6. cut all kinds of graphics on the surface of the square pipe
7. cutdifferent sizes meal Sheets
8. cut holes on the molding box
European standard design, every detail is striving for perfection, operation table, suspension lamp design, stainless steel edging, we will create industrial products with the requirements of luxury products.
laser cutting head
The internal structure of the laser head is completely sealed to avoid contamination of the optical part. The laser head adopts two-point centering adjustment and the cam structure is used for focusing. The adjustment is accurate and convenient, modular design, high precision and easy maintenance.
Digital full stroke chuck
Full stroke chuck without manual adjustment. Intelligent pressure feedback system, automatic pressure adjustment according to different pipe diameters and thicknesses. Intelligent identification and clamping of various pipes, real-time monitoring and alarm, safe and efficient.
1.Mechanical structural integrated machine bed,achieving stable performance. Rack and guide rails adopt fully-covered protection to avoid from dust contamination, thus to enhance the life span of transmission parts and ensure running accuracy of machine bed;
2.This model adopts AC servo motors driving system, transmission parts adopt racks, pinions and linear guide rails, ensuring high-speed, high precision and high reliability of the equipment;
3. Fully automatic pneumatic chuck can achieve quick self-centering and objects clamping, and gas pressure can be adjusted at the same time, To make sure clamping strength is stable and reliable;
4. Adopts second-feeding method especially for small pipes processing, solving the precision problem of cutting 6-meter long small pipes from traditional machinery.
|Tube-Cutting Technical Specifications|
|Max Square Tube Dimension(mm)||140×140|
|Max Rectangular Tube Dimension(mm)||170×120|
|Min.Tube Length (for automatic loading)||3000|
|Max. Tube weight (kg/m)||37.5|
|Amount of Chuck||1|
|Last Cut Tube Length(mm)||185|
|Velocity of Driver Chuck(m/dk.)||90|
|Acceleration of Driver Chuck(m/s²)||10|
|Tube Types||Pipe,Square,Rectangular, Eliptic H,C,U,L|
Tubes and profiles are used in many applications, from mechanical engineering and system construction to the furniture industry. Lasers have opened up new design possibilities, so more and more designers are taking advantage of the benefits of laser-cut tubes and profiles in order to considerably increase demand. ACCURL offers a laser tube cutting machine series that delivers large tube 3D flexibility to cut a variety of shapes including round, square, I-beam and other structural applications. It is designed to increase productivity, simplify and strengthen component assembly and improve component tolerances through more precise laser-cutting. Discover the comprehensive solutions for laser tube cutting and learn what ACCURL laser tube cutting machines can do!
ACCURL’s introduces its newest generation in tubes and profiles processing technology – the Fiber Laser Tube Cutting System. With over 30 years of experience in design and manufacturing experience in tube cutting technology, ACCURL is specialized in solutions for the Tube and Pipe industries, and the new Laser Tube Cutting Line is the ultimate solution for joining multiple machining processes in one system for maximum flexibility, automation and performance.