Laser cutting and bending stainless steel: full guidance 

Looking for a reliable and accurate way to process stainless steel?Laser cutting and bending stainless steel- These are modern technologies that allow you to create details of any complexity with high accuracy and minimal waste. Learn more about the advantages of these methods, their application and factors affecting the cost.

What's happenedLaser cutting stainless steel?

Laser cutting stainless steel- This is the process of thermal cutting, in which the focused laser beam of high power is used for melting, burning out or evaporation of the material in a narrow area. This method provides high accuracy, purity of cutting and the possibility of processing complex contours.

Advantageslaser cutting stainless steel:

• High accuracy:Provides a cut with minimal tolerances.
• Cleanliness of the cut:Smooth edges without burrs and deformations.
• Universality:Suitable for processing sheets of various thicknesses and alloys of stainless steel.
• Speed:Fast cutting, especially with large volumes of production.
• Minimum waste:Optimized material cutting reduces the amount of waste.

What is stainless steel bending?

The bending of stainless steel is the process of deformation of sheet metal to give it the necessary shape. There are several bending methods, including rollering, stamping and flexion on the leaf -beam press. The most common and accurate method is flexible on a leaf -bearing press.

Advantages of bending stainless steel:

• Form accuracy:Provides accurate compliance with the specified parameters.
• Strength:Saves the strength of the material in the bending zone.
• A variety of forms:The ability to create complex bent details.
• Economics:The optimized bending process reduces production costs.

Applicationlaser cutting and bending stainless steel

Laser cutting and bending stainless steelWidely used in various industries:

• Construction:Making facade panels, roof elements, fences.
• Mechanical engineering:Production of parts for equipment, cases, frames.
• Food industry:Production of containers, pipelines, equipment for processing food.
• Medicine:Production of medical equipment, tools, implants.
• Electronics:Production of cases for devices, chassis, screens.

Factors affecting the costlaser cutting and bending stainless steel

Pricelaser cutting and bending stainless steelDepends on several factors:

• The thickness of the material:The thicker the material, the higher the cost of cutting and bending.
• Contour complexity:Complex contours and small details increase cutting time and, accordingly, cost.
• Order volume:Large volumes of orders usually allow you to get a discount.
• Stainless steel brand:Various stainless steel brands have different costs.
• Urgency of the order:Urgent orders may require additional payment.
• Surface quality requirements:Additional surface treatment (grinding, polishing) increases the cost.

The choice of company forlaser cutting and bending stainless steel

When choosing a company to perform work onlaser cutting and flexion stainless steelAttention should be paid to the following factors:

• Experience:The company should have experience with stainless steel and modern equipment.
• Staff qualifications:Specialists must have the necessary knowledge and experience to perform work of any complexity.
• Availability of certificates:The presence of certificates of compliance with quality standards ISO 9001 is an additional advantage.
• Customer reviews:Positive customer reviews indicate the reliability and quality of the company.
• Price:The cost of services should be competitive and correspond to the quality of work.
• Terms of execution of the order:The company must guarantee compliance with the deadlines for the execution of the order.

Order processlaser cutting and bending stainless steelIn the LLC Inner Mongolia Zhitsyan construction equipment

In the companyLLC Internal Mongolia Zhitsyan Construction equipmentYou can order serviceslaser cutting and bending stainless steel. The order process includes the following stages:

1. Providing drawings:You provide drawings of parts in DXF, DWG or other convenient format.
2. Calculation of cost:Our experts calculate the cost of the order based on drawings and requirements for the material.
3. Coordination of details:We agree with you all the details of the order, including the deadlines and the terms of payment.
4. Production:We are doinglaser cutting and stainless steeringon modern equipment.
5. Quality control:We conduct quality control of finished products to make sure of their compliance with the requirements.
6. Delivery:We deliver finished products to the specified address.

Technical characteristics of equipment forlaser cuttinginland Mongolia Zhitsyan construction equipment used in LLC

The company LLC Internal Mongolia Zhitsyan construction equipment uses modern equipment for laser cutting, which provides high accuracy and quality of the cut. An example of technical characteristics:

Councils on the preparation of drawings forlaser cutting and bending

To ensure high -quality performance of work onlaser cutting and flexion, it is important to correctly prepare drawings:

• Drawing format:Provide drawings in vector formats DXF, DWG or AI.
• Scale:Drawings should be made on a 1: 1 scale.
• Closed contours:All contours should be closed and not have intersections.
• Dimensions:Indicate all the necessary sizes, including the thickness of the material and the radius of bending.
• Errors:Indicate the permissible sizes.
• Description of the material:Indicate the brand of stainless steel and the requirements for its quality.

Conclusion

Laser cutting and bending stainless steel- These are effective and modern metal processing methods, allowing you to create details of any complexity with high accuracy and quality. LLC International Mongolia Zhitsyan Construction equipment offers serviceslaser cutting and bending stainless steelOn modern equipment with a guarantee of quality and compliance with the deadlines for the execution of the order. Contact us to get advice and calculate the cost of your project.