Best Quality Metal Laser Printer Supplier

Industrial Fiber Laser Code Printer for Packaging


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HND's fiber laser code printer delivers permanent, non-contact marking with 0.01mm repeat accuracy and zero consumable costs. Available in 20W, 30W, 50W, and 100W configurations, the pulse fiber laser source offers >100,000 hours of expected life. The IP56-rated scanning head and aluminum-magnesium chassis ensure durability in demanding industrial environments. RS-232 and TCP/IP communication ports enable seamless production line integration. HND Laser's ISO-certified facility maintains strict quality control across all production stages, with SGS-audited processes ensuring international compliance. For operations managers seeking reliable, maintenance-free product coding, this system eliminates ink supplies, reduces downtime, and delivers permanent traceability.

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Product Description

Product Overview

Technology Foundation

HF20XXB fiber laser code printer uses 1064nm pulsed fiber laser source, integrating laser generator, control circuit, power supply and signal sensing module into one compact cabinet. The marking head adopts aluminum-magnesium alloy shell with IP56 dustproof and waterproof grade, supporting RS-232 and TCP/IP communication protocols to connect assembly line PLC control systems. Laser classification IEC 60825-1 Class IV, air-cooled design, laser source service life exceeds 100,000 hours, repeat marking accuracy ±0.01mm, maximum marking speed up to 10,000mm/s.

Key Application Scenarios

Permanent QR code, serial number, production date, brand logo marking on metal hardware, electronic shells, auto parts, medical equipment, alloy accessories and engineering plastics.

Technical Specifications

No.	Parameter Item	Standard Specification
1	Model number	HF20XXB
2	Optional laser power	20 W / 30 W / 50 W / 100 W
3	Laser safety level	Class IV (IEC 60825-1)
4	Laser type	Pulsed fiber laser
5	Laser wavelength	1064 nm
6	Optional marking field	110×110 mm – 300×300 mm
7	Standard marking depth	≤0.01 mm
8	Max marking speed	≤10,000 mm/s
9	Adjustable marking line width	0.01–0.2 mm
10	Minimum character size	0.015 mm
11	Repeat marking accuracy	±0.01 mm
12	Cooling mode	Air-cooled
13	Laser source service life	>100,000 hours
14	Operation control terminal	Touch panel / External PC
15	Consumable requirement	None
16	Ambient operating temperature	0–45℃
17	Full-load power consumption	700 W
18	Power supply standard	L/N/PE 100–240 VAC, 50/60 Hz
Source: Official product specification sheet


Aluminum-magnesium alloy chassis	High-speed galvanometer	Professional marking software

Ultra-high integration	Communication port	Compact package

Fiber Laser Coding Material Matching Table

Material Category	Substrate	Reaction Grade	Material Category	Substrate	Reaction Grade
Metal	Stainless steel	√√	Plastic	PE	√
	Aluminum	√√		PP	–
	Anodized aluminum	√√		PVC	√√
	Brass	√√		PPR	√
	Coated metal	√√		ABS	√
	Copper	√		PET	–
	Precious metal	√		Nylon	√
	Carbon steel / Titanium	√√		Ordinary / Medical ceramic	√
	Gold, silver, nickel, platinum	√		MPP	–
Ceramics	Ordinary / Medical ceramic	√	Electrical and medical ceramic	Electrical and medical ceramic	√
Legend: √√ Excellent Reaction; √ Good Reaction; – Poor Reaction

Operational Features

Consumables & Maintenance

Zero ink, chemical solvent and pre-treatment fluid required; non-contact marking eliminates mold and tool wear, only regular optical lens cleaning is needed for maintenance.

Energy Consumption

Full-load power consumption 700W; no chemical waste gas generated during marking process, compliant with factory environmental protection standards.

Communication & Optional Accessories

Built-in RS-232 and TCP/IP industrial communication ports; optional matching parts: electric lifting frame, fume extractor, foot switch, automatic production conveyor line.

Compliance and Certification

Laser meets IEC 60825-1 Class IV safety standard;

Marking head shell IP56 environmental protection rating;

Multi-language operation interface for global factory deployment.

FAQ

What is the difference between fiber laser and CO₂ laser marking?

1064nm fiber laser is mainly for metal and partial engineering plastic marking; 9.3–10.6μm CO₂ laser targets non-metal materials such as leather, wood and packaging film.