Multiaxis automated variable-focus laser cleaning equipment
Multiaxis automated variable-focus laser-cleaning equipment with an LSB control system, a 200W/300W MOPA pulsed laser, and a 3D galvanometer. Available in platform and floor-standing versions, supporting automatic variable-focus cleaning.
Specification Snapshot
Laser Power [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; mopa; 200W power option, not a sum of the two power options]
200 W
Laser Power [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; mopa; 300W power option, not a sum of the two power options]
300 W
Laser Power [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; mopa; 200W power option, not a sum of the two power options]
200 W
Laser Power [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; mopa; 300W power option, not a sum of the two power options]
300 W
Pulse Energy [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns); Single-Mode]
2 mj
Center Wavelength [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)]
1064 nm
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Overview
Multiaxis automated variable-focus laser-cleaning equipment with an LSB control system, a 200W/300W MOPA pulsed laser, and a 3D galvanometer. Available in platform and floor-standing versions, supporting automatic variable-focus cleaning.
Specifications
| Parameter | Value |
|---|---|
| Laser Power [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; mopa; 200W power option, not a sum of the two power options] | 200 W |
| Laser Power [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; mopa; 300W power option, not a sum of the two power options] | 300 W |
| Laser Power [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; mopa; 200W power option, not a sum of the two power options] | 200 W |
| Laser Power [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; mopa; 300W power option, not a sum of the two power options] | 300 W |
| Pulse Energy [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns); Single-Mode] | 2 mj |
| Center Wavelength [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | 1064 nm |
| Frequency [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | 1-3000 KHz |
| Pulse Width [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | 13-500 ns |
| Galvanometer Scan Speed [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns); 3D Galvanometer] | ≤14000 mm/s |
| Scan Range [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | 140 mm × 140 mm |
| Marking Positioning Accuracy [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | ≤0.0176 mm |
| Operating System [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | LSB control system |
| Hand crank [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | Handwheel pulse generator (6 axes) |
| Touchscreen [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | 10.1 " |
| Cooling Method [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | Air Cooling |
| Operating Temperature Range [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | 0~40 ℃ |
| Supply Voltage [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns); 50/60HZ] | 110~220 V |
| Power consumption [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns)] | 2500 W |
| Minimum focal length [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns); 3D Galvanometer] | 215 mm |
| Maximum focal length [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns); 3D Galvanometer] | 253.5 mm |
| Variable focal length range [Shared by Platform and Floor-Standing Models (Originally Spanning 12 Columns); 3D Galvanometer] | 38.5 mm |
| Dimensions (length, width, height) [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | 1017 mm × 997 mm × 1687 mm |
| Load Capacity [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | 200 kg |
| X-axis translation stage travel [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | 1-400 mm |
| Y-axis translation stage travel [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | 1-550 mm |
| Z-axis translation stage travel [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | 1-400 mm |
| Maximum processable plane size [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | 520 mm × 630 mm |
| Maximum processable height [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | 330 mm |
| Cleaning head horizontal tilt angle [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | 39 to the left, 39 to the right |
| Cleaning head vertical tilt angle [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Machine customizable] | ±100 ° |
| Disc diameter [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Rotary disc (optional)] | 300 mm |
| Disc height [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Rotary disc (optional)] | 70 mm |
| Disc load capacity [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Rotary disc (optional)] | 30 kg |
| Disc rotation angle [model=Platform version LSB-AN3D-200/300-40-55-40-RO-140D; Rotary disc (optional)] | 360 ° |
| Dimensions (length, width, height) [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; Machine customizable] | 1518 mm × 460 mm × 1010 mm |
| X-axis translation stage travel [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; Machine customizable] | 1-1000 mm |
| Y-axis translation stage travel [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; Machine customizable] | 1-800 mm |
| Z-axis translation stage travel [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; Machine customizable] | 1-800 mm |
| Maximum processable plane size [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; Machine customizable] | 1120 mm × 930 mm |
| Maximum processable height [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; Machine customizable] | 1150 mm |
| Cleaning head horizontal tilt angle [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; Machine customizable] | ±180 ° |
| Cleaning head vertical tilt angle [model=Floor-standing version LSB-AN3D-200/300-100-80-80-140L; Machine customizable] | ±160 ° |
Applications
Irregular-surface cleaning: real-time zoom detects height and adjusts focus. Three-dimensional parts: head, stage, and workpiece rotation enable cleaning without blind spots. Nonstandard shapes: teach paths for automated cleaning. Deep holes: six-axis and galvanometer motion project the focus inside blind holes for repeated automatic cleaning. Marking at any position and angle. Roughening by repeated automated surface cleaning. Spiral cutting adjusts spiral width and overlap for higher speed, accuracy, and smoother edges; supports 1–5mm cutting. Rust removal keeps focus on the surface in real time. Slightly larger spots remove oil and paint; the largest spot with lowest intensity removes contaminants without harming the substrate. Deep and relief engraving: within the 3D cleaning-head focus-adjustment range, relief engraving requires no head-height change.
Key Features
Teach-in operation allows repeat automated processing without a 3D model. Move the laser head to edit paths, using a teaching handwheel and red light to simulate motion at the target position, then clean automatically. Touchscreen and handwheel control; six-axis control positions the head at any point and angle on three-dimensional workpieces. Teaching controls X/Y/Z, forward/backward and left/right galvanometer rotation, and the workpiece rotary disk for processing without blind spots. Motions include XYZ-stage travel, forward/backward and left/right cleaning-head tilt, and workpiece rotation. Real-time zoom maintains the laser focus on the workpiece within its range without real-time manual focusing. Outside that range, move the head or workpiece until the distance is in range for easy marking, following the source wording. Spot enlargement improves paint, oil, and contaminant removal.
Datasheet
Product Datasheet
PDF
Supplier Information
Suzhou Central-laser Industrial Equipment Co., Ltd. is a high-tech enterprise focusing on 3D laser marking and laser cleaning. It has accumulated many years of practical experience in laser marking, laser cleaning, and 3D marking applications, especially in laser control systems, flying marking control systems, 3D galvanometers and other core components with professional independent R&D and production capabilities. Currently, the company's leading products include: auto-focus laser cleaning machines, 3D galvanometers and 3D marking machines, NMC-S embedded laser marking control systems, high-speed and high-precision laser scanning galvanometers, central-laser series laser marking machines/coding machines, ODM laser marking machines/coding machines, etc.
With 18 years of deep cultivation, we are confident to provide you with a full set of solutions in the field of laser cleaning and marking.
Self-developed laser marking control system
The company spent many years independently developing an embedded marking control system, using a physical DSP chip, an A40 (quad-core) CPU high-speed processor, and a built-in surge protection and power-off backup system. It has received high praise in the current market. The overall performance is smooth, stable, and its efficiency and functions are almost the same as international mainstream products.
Self-developed galvanometer and optical path
Provides a high-precision lens grid calibration file for galvanometer field lens detection, ensuring marking accuracy without deformation, ensuring accurate flying meter counting and barcode reading success rate, precisely fine-tuning the optical path mechanism design and reliable power detection, ensuring full power output of the marking machine.
Self-production rate of the whole machine
Except for lasers which are cooperated with well-known brands; control systems, galvanometers, and whole machine mechanisms are all produced in-house.
OEM, ODM
Can meet customization needs for appearance and control systems according to special customer requirements.
We understand customers and industries better
Domestic market
Foreign market
Successful cases across various industries nationwide
With perfect pre-sales and after-sales service and nearly 20 years of technical experience accumulation, we provide laser processing process analysis and comprehensive laser application solutions for customers in different industries across the country, seamlessly integrating laser technology with manufacturing processes in various industries.
Exporting global beneficial "Zhongxingding Solutions"
Exported to the United States, France, Italy, Japan, Spain, South Korea, Thailand, India, Malaysia, Vietnam and many other countries and regions
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