Recently, a split type fiber laser marking machine specially designed for the marking needs of large-sized and heavy-duty workpieces has been officially launched on the market. This device has the core advantages of flexible layout, high-precision marking, and wide adaptability, breaking the spatial limitations of traditional integrated devices and providing more efficient and flexible labeling solutions for multiple industries such as manufacturing, hardware processing, and automotive parts.
Model features: Split design, flexible adaptation to multiple scenarios
Unlike traditional integrated laser marking machines, this fiber optic split laser marking machine adopts a separate structure between the main cabinet and the laser head. The laser head is equipped with a vertical bracket and a heavy-duty worktable that can be lifted and moved, supporting 360 ° flexible adjustment of the marking position, perfectly adapting to scenarios such as assembly line operations and on-site marking of large workpieces. The equipment is equipped with a highly stable fiber laser, with a marking accuracy of up to 0.01mm, clear and delicate lines, and a marking speed that is more than 30% faster than traditional equipment. It also has an ultra long service life (100000 hours of maintenance free), greatly reducing the operation and maintenance costs of enterprises.
At the same time, the equipment is equipped with an independent industrial control cabinet, integrated with a professional marking control system and high-definition display screen. The operation interface is simple and intuitive, supporting one click import of patterns, text, QR codes and other identification content, making it easy for beginners to get started quickly; The cabinet is made of thickened cold-rolled steel plate, combined with dust-proof and heat dissipation integrated design, which can adapt to the complex production environment of the factory and ensure the long-term stable operation of the equipment. In addition, the bottom of the equipment is equipped with universal casters, and the laser head bracket can be flexibly moved, achieving "one machine for multiple uses and multi station switching", greatly improving production efficiency.
Material application: Full category coverage, long-lasting and durable marking effect
This fiber laser marking machine, with the characteristic of 1064nm infrared laser wavelength, can adapt to most metal and some non-metal materials, meeting the marking needs of different industries:
Metal materials: various hardware and metal components such as stainless steel, carbon steel, aluminum alloy, copper, titanium alloy, etc., can achieve deep marking, anti-counterfeiting mark carving, wear-resistant and corrosion-resistant marks, and will never fall off;
Hard non-metallic materials: acrylic, ABS plastic, ceramics, glass, leather, etc., can complete fine logo and text marking without damaging the surface of the workpiece;
Special materials: electroplated layer, anodized layer, coating, etc., can accurately remove the surface layer and achieve bottom layer identification carving, widely used in the 3C electronics and automotive industries.
The marking process is consumable free, pollution-free, and does not require auxiliary materials such as ink and solvents, meeting the requirements of green production. At the same time, the marking marks are clear and permanent, which can effectively achieve product traceability and anti-counterfeiting control.
Industry application: Empowering multiple scenarios to assist in the digital upgrading of industries
With its flexible split design and extensive material adaptability, this device has been widely used in multiple core industries:
Automotive parts industry: used for marking the model, serial number, and production date of large components such as engines, frames, tires, brake pads, etc., to meet the traceability and quality control needs of the automotive industry;
Hardware Tools and Mold Industry: For large molds, hardware accessories, cutting tools, etc., flexible on-site marking is achieved without the need to transport workpieces, greatly improving production efficiency;
3C electronics industry: used for logo and QR code marking of small precision components such as mobile phone casings, circuit boards, chips, etc., with high precision and fast speed, suitable for automated production lines;
Medical device industry: For surgical instruments and medical equipment components, complete sterile and non-contact permanent labeling that meets the strict quality standards of the medical industry;
Packaging and assembly line industry: can be integrated into production lines to achieve online labeling of production dates and batch numbers for food, pharmaceuticals, and daily chemical products, adapting to high-speed production needs;
Crafts and Customization Industry: Used for personalized carving of metal crafts, gifts, and nameplates, supporting customized patterns and text labeling to meet personalized production needs.
Industry experts say that the launch of this split type fiber laser marking machine fills the market gap of efficient marking in large workpieces and assembly line scenarios. Its flexible design and stable performance will further help the manufacturing industry reduce costs and increase efficiency, and promote the upgrading of the marking industry towards intelligence and flexibility. In the future, with the increasing demand for product traceability and anti-counterfeiting control in the manufacturing industry, split laser marking equipment will become the preferred identification solution for more enterprises.
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