HAN'S Industrial Fiber laser repair

As the leading precision welding fiber laser in China, HAN'S Laser HLW series is widely used in new energy batteries, 3C electronics and other fields. However, after long-term high-load operation, the equipment generally faces the following problems:

High original maintenance cost: the cost of replacing the core module is tens of thousands of yuan

Serious downtime loss: the return to the factory for maintenance cycle is usually 2-4 weeks

Lack of compatible spare parts: poor matching of non-original parts leads to secondary failures

2. Our core competitive advantages

1. Original technical qualifications

Professional maintenance service provider: Provide debugging software and technical manuals

Engineer team: average 8 years of HLW series maintenance experience, CNAS certified

Testing equipment: equipped with professional tools such as spectrum analyzer and laser power meter

2. Innovative maintenance technology (reducing costs by 50%-70%)

Failure type Traditional solution Our technical solution Cost comparison

Laser module power attenuation Replace the whole machine (¥80k+) Fiber regeneration + pump reorganization (¥25k) ↓68%

Motion control card damage Replace the whole board (¥35k) Chip-level maintenance (¥6k) ↓83%

Water cooling system failure Full set replacement (¥18k) Domestic substitution of key components (¥5k) ↓72%

3. Rapid response system

Spare parts inventory: HLW full range of core components are always available (72 hours delivery)

Emergency channel: Prioritize emergency faults on production lines (arrive at the site in 8 hours at the fastest)

Backup support: Provide temporary replacement equipment of the same model

III. Core value created for customers

1. Direct cost savings

Case: A power battery company (12 HLW-500P)

Original annual maintenance cost: ¥620,000

After adopting our solution: ¥190,000 (↓69%)

Key measures:

Laser crystal regeneration technology extends life by 3 times

Motion control board self-repair and replacement

2. Improved production efficiency

Average repair time shortened from 15 days to 3 days

Reduced sudden failure rate by 65% through predictive maintenance system

Provide welding process optimization package to increase processing speed by 20%

3. Equipment life cycle management

Establish health records for each device (power curve/alarm record)

Customized step-by-step maintenance plan (daily/monthly/annual maintenance items)

Provide technical training to enable customers to independently perform basic maintenance

IV. Typical cases of technology empowerment

A mobile phone middle frame welding production line (8 HLW-300A)

Original pain points:

Laser modules need to be replaced every quarter (¥55k/time)

Welding spatter results in a yield of only 85%

After our company intervened:

Use beam quality optimization technology to repair rather than replace modules

Load pulse waveform Database suppresses splashing

Results:

No laser module replacement in 2 years

Yield increased to 96%

V. Five reasons to choose us

Technical authority: the only third-party service provider that masters HLW series optical path reconstruction technology

Cost transparency: Provide detailed quotation before maintenance (including spare parts source description)

Quality assurance: All repairs enjoy an extended warranty of 12 months

Datadriven: Provide performance comparison report before and after maintenance

Continuous innovation: 15% annual R&D investment is used to upgrade maintenance process

Get your exclusive maintenance plan now!

Contact our chief laser maintenance engineer and get free:

"HLW Series Common Fault Self-Test Manual"

Health status assessment of your current equipment

Reshape the laser equipment after-market service standards with craftsmanship

—— Leader of one-stop solutions for laser maintenance