Laser Processing

Deep understanding of laser processing

What is laser processing technology?

Laser machining is a process that uses high-energy laser beams to cut, engrave and mark materials. Laser machining is a widely used manufacturing technology in different industries. It is mainly used for high-precision cutting, engraving, punching and marking of various materials.
Laser processing is an indispensable technology in modern manufacturing and design. They provide highly precise, flexible and reliable manufacturing solutions for a wide range of applications. We have become a trusted partner for our customers with our fast delivery and customized order services. We not only provide high efficiency and flexibility, but also ensure that each order meets the highest standards.

Why choose our laser processing services?

  • Qualified processing manufacturer with ISO9001 and ISO14001 certification
  • Possessing advanced laser processing equipment
  • Covering a wide range of fields: Our laser processing is not only about cutting materials, but also about opening the door to unlimited possibilities. Whether you are in architecture, manufacturing, or art design, our professional team will help you realize your most challenging projects. We have the most advanced laser processing equipment and can handle a variety of materials, whether metal, plastic or organic materials.
  • Fast Delivery - Time is of the essence:We understand that your project may have strict time requirements and need to obtain the required products in an emergency, so we provide fast delivery options and are committed to ensuring that your needs are met in a timely manner. Whether it is a large production order or a small rapid prototype, we will ensure that your products can be delivered on time with efficient work processes and excellent logistics management.
  • Customized orders - to meet your needs:Every project is unique, and Liqiao Precision Industry is well aware of the importance of customized orders. We focus on providing highly flexible solutions and multiple material processing options to meet your specific requirements. Whether you need custom parts, special designs or non-standard sizes, we can provide you with customized services.
  • Online forms and telephone consultations - convenient contact methods:In order to better serve you, we provide a variety of contact methods, including online form search and telephone consultations. No matter where you are, you can easily get in touch with us through the Internet or telephone. The online form search option allows you to submit your requirements and specifications conveniently, and a professional team will respond quickly with solutions and quotations.

Liqiao Precision Industry Co., Ltd. specializes in laser processing, laser processing, forming processing, sheet metal boxes, mechanisms, frames, and surface treatment.


Our company's laser processing performance display

  • Laser processing is used in manufacturing:including metal cutting, welding, drilling and surface treatment.
  • Laser processing is used in medical applications:In the medical field, lasers are used in surgery, skin treatment, eye surgery, etc.
  • Laser processing is used in communications:lasers are used for data transmission in optical fiber communications and in processing when manufacturing optical fiber components.
  • Laser processing in semiconductor manufacturing:Lasers are widely used in semiconductor manufacturing for steps such as cutting, coating and micromachining.
  • Laser processing in art and design:Laser cutting and engraving technologies are used to create artworks, models, and design prototypes.
  • Laser processing is used in the automotive industry:for cutting, welding and marking of automotive parts.
  • Laser processing is also widely used in the production of electronic components and printed circuit boards.

Common Materials for Laser Processing

  • SS material SPHC (SS400 is the mainstream): a type of hot-rolled steel plate. Since it is a material that is prone to rust, it needs to be protected through surface treatment such as electroplating, painting, and blackening.
  • PO (pickling material):also known as pickled steel plate, there is no oxide film attached to the surface of hot rolled steel plate.
  • SPCC (Polished Material):A cold rolled steel sheet. It is made from hot rolled steel sheets which are further cold rolled.
  • SECC:An electro-galvanized steel sheet. It is a cold rolled steel plate coated with electronic components. The average coating thickness is approximately 2 to 25 µm.
  • SGCC (galvanized steel sheet):hot-dip galvanized steel sheet. Hot dip galvanized cold rolled steel sheet. The average coating thickness is approximately 50-100 µm.
  • SK5/SK7 material steel plate:polished steel strip, fine manufacturing, uniform thickness, very small tolerance, smooth as a mirror, suitable for: blades, clockwork, watch straps, pen tips, chains, spring plates, textile parts, blinds, lighters and various mechanical parts, etc.
  • Stainless steel plate:Stainless steel is a material with excellent mechanical properties, fire resistance, low temperature characteristics, toughness, machinability, etc., including corrosion resistance.

Advantages and disadvantages of laser processing:

advantage:
  • High precision:Laser processing can achieve very high precision and fine processing, suitable for precision manufacturing.
  • Non-contact processing:Since the processing is done using a light beam, no physical contact is required, thus avoiding damage to the material.
  • No cutting force:Compared with traditional cutting methods, laser processing does not generate cutting force, reducing the risk of material deformation.
  • Applicable to a variety of materials:Laser can process a variety of materials, including metal, plastic, glass, etc.
  • High degree of automation:It can be combined with computer control systems to achieve a highly automated production process.
shortcoming:
  • High cost:The investment and maintenance costs of laser processing equipment are high.
  • Limited material selection:Laser processing has certain requirements on the material's absorbency, and some materials may not be suitable.
  • Slower processing speed:Laser processing can be slow for high-volume production.
  • Safety risks:Strict safety measures are required to prevent the beam from causing harm to the human body.