CO2 Laser Machine with 2600W Power CCD Mark Point Location, Laser Marking Machine
Introduction:
An Inline CO2 PCB Laser Marking Machine is a specialized piece of equipment used for marking, engraving, or coding printed circuit boards (PCBs) during the manufacturing process. It utilizes carbon dioxide (CO2) laser technology to produce high-quality markings on various PCB materials.
Features:
1, CCD Mark point location
2, CCD inline barcode reading
3, CCD barcode quality analysis
4, X Y servo driver, accuracy±0.02mm
Specification:
| Model | HS-C510F |
| Working method | Laser head moving |
| Leaser brand | SYNRAD CO2(America brand) |
| FIducial location | CCD+Mark positioning |
| Inline reading | Camera inline reading |
| PCB thickness | 0.5~5.0mm |
| PCB dimension | 50*50~510*460mm |
| Transpoting height | 900±20mm |
| Transportation direction | L-R/R-L |
| Width adjustment | Automatic |
| XY control system | PC+board card+servo motor |
| XY control accuracy | ±0.02mm |
| Wrong material recognition | Nagative board/Reverse/wrong recognition |
| Bad mark recognition | Auto recognition bad mark, wont mark bad marks |
| Anti recode | Supported |
| Control system | Win7+self developed system |
| Power supply | Single phase AC 220V 16A 50/60Hz |
| Air pressure | ≥0.5 Mpa |
| Dimension | W1000*L1600*H1700 (mm) |
| System import | SHOP FLOW MES IMS SFIS,etc |
| Dimension | W1000*L1600*H1700 (mm) |
| Weight | 700 KG |
Applications
PCB Identification:
Used for marking identification codes, logos, and other information directly on PCBs for traceability and brand recognition.
Component Marking:
Marks components on PCBs, including resistors, capacitors, and integrated circuits, to provide necessary information for assembly and repair.
Quality Control:
Laser marking can be used to add inspection codes or QR codes that facilitate quality control processes.
Prototyping:
Suitable for quick marking of prototypes where rapid changes and iterations are needed.
Benefits
Durability of Markings:
Laser markings are resistant to wear, chemicals, and environmental factors, ensuring that the information remains intact throughout the PCB's lifecycle.
Increased Efficiency:
Inline operation allows for seamless integration into production lines, minimizing downtime and maximizing throughput.
Reduced Waste:
High precision reduces the risk of misprints and errors, leading to less material waste and rework.
Flexibility:
Capable of marking various designs and formats, making it adaptable to different production needs and product types.
Cost-Effective:
Lower operational costs due to minimal maintenance and high-speed marking capabilities contribute to overall cost savings in the manufacturing process.
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2600W Power Laser Marking Machine with CCD Mark Point Location CO2 Laser Images
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