Laser cutting is an innovative approach for creating interesting angles and shapes. Being an experienced organization, we are capable of successful execution of laser cutting job as per customized specifications. Our laser cutting services offer precision cutting and accuracy for the products. We provide the flexible and cost effective services. We always keep your all needs in mind and always transparent in all our dealings.
Our efficient team members plays a vital role in generating CAD design based on customers’ specifications/requirements. We utilize innovative laser cutting systems and CNC bending equipment for trouble-free completion of assigned responsibilities. The importance given is on maintaining the accuracy and in checking the quality of rendered service. We guarantee on quality, when it comes to the result be in large or small projects, intricate or simple requirements. We assure you the better accuracy and finish of the parts, whether they be mild steel, stainless steel. Our services are known for the features like reliability, timely execution and cost-effectiveness. Further, our laser services are admired due to a reasonable price.
Description
Description
- Cutting (Mild Steel)
- Cutting (Stainless Steel)
- Travel
Size
- 6 mm Max
- 4 mm Max
- 1250 x 2500
Unit
- Thick (mm)
- Thick (mm)
- Length x Width (mm)
Computer numerically controlled (CNC) laser cutting is a sheet metal manufacturing process carried out by CNC laser cutters. The primary form of laser cutting for sheet metal is ‘vaporisation cutting’, in which the laser beam melts the material and a high-pressure gas removes the molten material. The 3 main types of laser cutter are flying optic; moving material; and hybrid laser cutting. A flying optic laser cutter has a stationary bed for the cutting material, with the laser beam head (optic) moving in the X and Y directions above. The moving material works much like the standard punch presses, with the beam in a fixed position and the material moving in the X and Y directions beneath. The hybrid usually moves the work piece in one (X) direction, and the optic head/beam moves in the perpendicular (Y) direction.