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To meet the precise marking needs of the automotive industry, for both four-wheeler and two-wheeler vehicles, Bradma presents the Laser SPM for Mid-Size Component . The Laser SPM is tailored to mark critical components such as cylinder blocks, cylinder heads, and crank cases precision in quality, pencil traceability and accuracy in marking location, ensuring future traceability. This SPM has specialized fixtures equipped with advanced component clamping interlocks. These state-of-the-art fixtures guarantee precise component orientation and positioning, ensuring unparalleled marking repeatability and component alignment. The Laser SPM comes equipped with integrated light curtains and automatic doors, prioritizing safety. significantly minimizing the risk of inadvertent activation and ensuring a secure working environment. We offer an optional laser with auto-focusing capabilities for part sensing and auto-correcting focal distance. This advanced feature ensures consistent marking.
A derivative of Bradma’s Laser SPM can effectively operate in the harsh and dusty environment of a low-pressure die casting. providing optimum performance, minimal down time and lowest cost of ownership to customer. The LPDC section at the customer’s site presents a unique challenge of higher-than-ambient temperature and casting core dust. To address this environment effectively, the Laser SPM’s features a hollow base structure with a dedicated sand collection bin for easy removal of sand debris. Our innovative fixture design incorporates modular fixture elements, enabling swift replacement in the event of wear or damage. Also, it is equipped with dust proof electrical control panel with inbuilt AC unit. Improving overall efficiency and machine uptime.
In this KNUCKLE JOINT LASER MARKING SPM, we have used Bradma Neomark Fiber Laser (20W) for marking QR-Code on the Knuckle Joint Model Variant. Laser marking system is at steady with focal length adjusting Manual Linear Motion guide rails FWD-REV slider system. This manual FWD REV slider system helps to set the Laser head focal length, Neomark LASER head. Laser head is energized through laser source to mark the Knuckle Joint with 2D QR-Code. The SPM also has the SR-X100WN Autofocus Code Reader attached to the laser. Machine enclosure which moves along vertical-axis in linear up-down motions using pneumatic cylinder slide to reach the correct position for reading the 2-D QR-Code correctly. Required marking data will be generated by Bradma utility Software. Generated data will go under duplication check and sent to Bradma Neomark Laser controller; Bradma Neomark Laser will mark the received data on Knuckle Joint Model Variant. This SPM is control through Siemens SIMATIC S7-1200 Series PLC Controller. Using PLC rack
In this LASER SPM FOR PCB CONNECTOR MARKING, we have used Bradma Neomark Fiber Laser (50W) for marking on the PCB connectors. Laser marking system is based on a “Servo Driven Laser Head Slide System”. This servo motor based, Up-Down vertical Linear Motion marking system consists of servo motor, Linear Motion guide rails, Neomark LASER head. Laser head is energized through laser source to mark the PCB connector with 2D alphanumeric code or QR code. . The marking Laser head moves along vertical-axis in linear up-down motions to reach the correct position for each character to be marked correctly.
IN this VIN marking Laser SPM we have used Bradma Macsa FIBER LASER (100W) for marking on the motorcycle frame. Laser marking system is based on a “SERVO DRIVEN LASER HEAD SLIDE SYSTEM”. This servo motor based Up-Down vertical Linear Motion marking system consists of servo motor, Linear Motion guide rails, LASER head. Laser head is energized through laser source to mark the frame with 2D alphanumeric character. The marking Laser head moves along vertical-axis in linear up-down motions to reach the correct position for each character to be marked correctly. Required marking data will be generated by Bradma utility Software. Generated data will be sent to Bradma Macsa laser controller, Bradma Macsa Laser will mark the received data on two-wheeler motorcycle frame. The system software automatically controls Laser & servo motor to mark the alphanumeric code. Bradma macsa fiber Laser focal length is 200mm, Wavelength is 1064nm. Laser operating puls frequency is 20 to 80KHZ
In this Dual Laser Name Plate Marking SPM, two Bradma Neomark Fiber Lasers are used for high-speed and precise marking of required identification data on name plates. The laser marking system operates with fixed laser head with manual slide mechanisms, which provide accurate linear positioning for laser marking operations. The laser heads, energized by the laser sources, mark the name plates with 2D alphanumeric characters, barcodes, and other required identification details. The SPM is equipped with:
1. Dual Fiber Laser Marking System(200W) – Bradma Neomark Fiber Laser
2. Laser Controller System – Neomark Laser Controller
3. PLC Integration – MITSUBISHI MELSEC-Q Series PLC integration
4. HMI Integration – MITSUBISHI GS 2110 WTBD 5. Communication, MES and I/O Interface Modules –For system integration
This machine is dedicated to name plate marking applications and is specially designed for mass production environments, providing an efficient, reliable, and high-precision solution for Name Plate Laser Marking and Product Traceability Operations.
Further if you have any specific or customizable requirements, we’re here to assist you!
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