Recently, a dual head visual laser marking machine that integrates dual laser heads, high-precision visual positioning, and automated assembly line adaptation has been officially launched. This device has the core advantages of "intelligent recognition, dual effect parallel, and flexible production", completely solving the industry pain points of slow positioning, low efficiency, and poor adaptability of traditional marking equipment. It provides fully automated and high-precision marking solutions for multiple industries such as 3C electronics, hardware and auto parts, medical equipment, etc., and helps the digital and intelligent upgrading of the manufacturing industry.
Core features of the model: dual effect parallel+intelligent vision, reconstructing marking efficiency
Compared with traditional single head and non visual positioning marking equipment, this dual head visual laser marking machine has achieved three core breakthroughs:
1. Dual head parallel design, doubling efficiency
The equipment is equipped with dual independent fiber laser marking heads, supporting dual station synchronous operation. It can mark two workpieces simultaneously or perform double-sided engraving on different positions of the same workpiece. The marking efficiency is improved by more than 100% compared to single head equipment, perfectly adapting to the needs of large-scale and high-capacity production lines. The dual laser heads are independently controlled, allowing for individual parameter settings and switching of marking content, achieving "one machine with multiple capabilities" and significantly reducing equipment procurement and site costs for enterprises.
2. High precision visual positioning, zero error adaptation
Integrated high-definition CCD visual positioning system, equipped with AI intelligent recognition algorithm, can automatically identify the position, angle, and shape deviation of the workpiece, compensate for positioning errors in real time, and achieve a positioning accuracy of ± 0.01mm. No manual fixture fixation or alignment is required, even if the workpiece is placed on the assembly line with slight deviation, it can accurately complete the marking, completely solving the problem of "difficult alignment and high scrap rate" of traditional equipment, especially suitable for unmanned production of automated assembly lines.
3. Fully automated assembly line integration, flexible production
The equipment comes standard with a high-speed conveyor assembly line, which supports seamless integration with the production line, achieving full automation of the entire process of loading, positioning, marking, and unloading without the need for manual intervention. Equipped with an independent industrial control system and dual display screens, the main screen is used for marking control and visual monitoring, and the secondary screen is used for parameter debugging and status display. The operation interface is simple and intuitive, supporting one click import of patterns, QR codes, serial numbers, and other content. It also supports batch customized marking and adapts to flexible production needs of multiple varieties and small batches.
4. Stable and durable, suitable for complex working conditions
The equipment is equipped with a high stability fiber laser, with a service life of up to 100000 hours and maintenance free operation; Equipped with a professional industrial chiller (CWJL-10), precise temperature control ensures 24-hour continuous and stable operation of the equipment; The cabinet is made of thickened cold-rolled steel plate, with an integrated design of dust prevention, shock resistance, and heat dissipation, which can adapt to complex production environments in factories; The bottom is equipped with adjustable casters for flexible and convenient movement and positioning.
Material application: Full category coverage, long-lasting and durable marking effect
This device, with the characteristics of 1064nm infrared fiber laser, can adapt to the vast majority of metal and hard non-metal materials, meeting the marking needs of the entire industry:
Metal materials: various types of hardware and metal components such as stainless steel, carbon steel, aluminum alloy, copper, titanium alloy, etc., can achieve deep marking, anti-counterfeiting carving, wear-resistant and corrosion-resistant identification, and will never fall off permanently;
3C electronic specialized materials: PCB circuit boards, chips, mobile phone cases, plastic parts, etc., can complete fine logo, QR code, serial number marking without damaging the precision structure of the workpiece;
Hard non-metallic materials: acrylic, ABS plastic, ceramics, glass, leather, etc., can achieve fine carving with clear and delicate lines;
Special coating materials: electroplated layer, anodized layer, spray coating, etc., can accurately remove the surface layer and achieve bottom layer identification carving, widely used in the automotive and electronics 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 permanently clear, which can effectively achieve product traceability and anti-counterfeiting control.
Industry application: Empowering multiple scenarios to assist in the intelligent upgrading of industries
With the core advantages of dual effect parallelism, intelligent vision, and automation adaptation, this device has been widely used in multiple high demand industries:
1. 3C Electronics Industry
Used for marking logos, QR codes, and serial numbers on the casings, circuit boards, and chips of consumer electronics products such as mobile phones, computers, and headphones. It is compatible with automated production lines to achieve efficient batch marking and meet the high-precision and high-capacity needs of the electronics industry.
2. Automotive parts industry
For components such as engines, brake pads, wiring harnesses, nameplates, etc., dual station synchronous marking is achieved, and visual positioning is accurately adapted to assembly line operations, meeting the strict requirements of traceability and quality control in the automotive industry.
3. Medical device industry
Used for sterile and non-contact marking of surgical instruments, medical equipment components, and medical consumables, with precise visual positioning and clear and permanent marking, in compliance with strict quality standards in the medical industry.
4. Hardware Tools and Mold Industry
For hardware accessories, cutting tools, molds, etc., dual station synchronous marking is achieved without manual alignment, greatly improving production efficiency and adapting to the large-scale production needs of the hardware industry.
5. Packaging and daily chemical industry
It can be integrated into production lines to achieve online marking of production dates, batch numbers, and anti-counterfeiting codes for food, medicine, and daily chemical products. Visual positioning is adapted to high-speed production lines to meet the high production capacity needs of the fast-moving consumer goods industry.
6. Customized chemical arts and crafts industry
Supporting personalized pattern, text, and logo carving, the dual laser head can simultaneously complete customized marking of multiple items, suitable for customized production needs such as gifts, handicrafts, nameplates, etc.
Industry experts say that the launch of this dual head visual laser marking machine is an important milestone for the laser marking industry to upgrade towards intelligence and automation. Its core design of "dual effect parallel+intelligent vision" perfectly solves the core pain points of large-scale, high-precision, and automated marking in the manufacturing industry. It will significantly reduce production costs, improve production efficiency, and promote the development of the labeling industry towards flexibility and intelligence. In the future, with the deepening of digital transformation in the manufacturing industry, intelligent visual laser marking equipment will become the preferred identification solution for more enterprises.
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