The LS series multi-channel optical gate can expand the laser optical path and has a coupling efficiency of 99%. At the same time, it is equipped with a laser monitoring system, which can effectively monitor the status of the laser. It adopts external alarm customization and can be controlled by master and slave, realizing one machine with multiple functions.
Newlas Intelligent LS multi-channel optical gate can be used in industrial production to connect a single laser to different operating optical fibers, providing laser light sources for multiple stations and work units in production, realizing one machine with multiple uses.
This product supports EtherCAT, DeviceNet, CAN, ProfiNet, I/O and other control modes, with a coupling efficiency of 99%. It is also equipped with a user-friendly real-time online laser monitoring system, which can effectively monitor the status of the laser.
Time splitting mode: The laser energy is distributed to multiple terminal devices in order of time. The 1-2 time splitting mode can load 2 different terminal devices; the 1-4 time-sharing mode can load 4 different terminal devices. Energy spectroscopy mode: The laser energy is allocated to multiple terminal devices according to a fixed ratio. In the 1-2 energy spectroscopy mode, the energy allocated to each channel is 50% of the total energy; in the 1-4 energy sharing mode, the energy allocated to each channel is 25% of the total energy.
laser power
3kW/6kW/12kW
Interface Type
QBH/QD
Input fiber core diameter
100 um(can be customized)
output fiber core diameter
300 um and above (can be customized)
operating mode
by time/by energy
Optical lens switching time
0.5s
Output channel
1-4 (can be customized)
Control method
Bus, DeviceNet, I/O
Input power
24V
Cooling method
water cooling
Product appearance
E type, T type, coupler
Energy transfer efficiency:
no less than 99%
Recommendation
Adjustable mode beam scanning welding control system
The Newlas laser VIN coding system uses a laser and galvanometer system to engrave the VIN code on the vehicle body. The width and depth of the characters meet the requirements of the OEM standard and relevant regulations. The laser VIN coding system can replace the traditional mechanical coding system. The non-contact coding system has high efficiency and good passability. It can be coded at multiple positions on the car body and can be shared by multiple vehicle models.
Intelligent remote laser welding system on the fly
The hardware of the NewScan 3D Pro remote welding system has been fully upgraded. It is specially designed for the electric vehicle battery industry. It comes with a number of sensing detection technologies and a large welding process library, which can meet a variety of processing application scenarios, including busbar, tabs, and shells of electric vehicle battery and flat wire motor X-PIN,I-PIN welding.
Body-in-white laser brazing is mainly used for car roof,luggage trunk cover,flow channel , chassis welding.The Newlas brazing welding system is equipped with a tactile tracking system and an optical tracking system, which can accurately track the position of the welding seam and ensure welding quality.
laser welding subsystem for flat wire motor X-PIN,I-PIN,U-PIN
Newlas' flat wire motor X-pin welding product line is committed to providing high-value, high-efficiency, high-quality, and intelligent X-pin laser welding solutions to customers. In view of the difficulties of X-pin welding station, we can provide advanced welding subsystem solutions, covering the operation requirements of the first, middle and last stages of the welding process, and solving the difficulties of X-PIN laser welding.
NewScan Vision guidance system can correct the position of the welding workpiece after movement by installing a coaxial camera on the 3D galvanometer. The system uses a self-developed vision algorithm and combines it with hardware to achieve high-precision positioning welding work.
NewLBO-3D post-weld quality visual inspection system
The NewLBO-3D post-weld quality visual inspection system is widely used for inspection of fillet welds, V-shaped welds, tailor-made welds, etc. It can effectively identify typical welding defects such as pores, edge welds, missing welds, weld nodules, weld pits, spatter, etc., and provides real-time Dynamic image display and online diagnosis. The quality of welds is monitored and saved in real time to achieve product traceability.
The LS series multi-channel optical gate can expand the laser optical path and has a coupling efficiency of 99%. At the same time, it is equipped with a laser monitoring system, which can effectively monitor the status of the laser. It adopts external alarm customization and can be controlled by master and slave, realizing one machine with multiple functions.
The laser notching system developed by Newlas is equipped with an intelligent control system, with adaptive adjustment function and character image detection function, which can meet the notching processing range of 150*150mm.
LBO-3D uses 3D cameras and visual algorithms to detect the appearance quality of seam welding. It can effectively identify typical welding defects such as porosity, edge welding, leaking welding, weld nodules, weld pits, spatter, etc., and provide real-time dynamic image display and online diagnosis.
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