JB/T 12632-2016 in English
VALIDFiber laser
- Issued on:2016-01-15
- Implemented on:2016-06-01
- File Format:PDF
- Delivery:Via email within 1~3 business days
$253.00
本标准规定了光纤激光器的术语、分类、技术要求、试验方法、检验规则、标志、包装、运输和贮存的通用要求。
本标准适用于光纤激光器的研制、生产和交付等。
Introduction
Interpretation of the core content of the standard
As my country's first special industry standard for fiber lasers, this standard systematically regulates the technical requirements for the entire life cycle of products from 1μm to 5μm. Its technological evolution reflects three breakthroughs: expansion of doping elements (ytterbium/erbium co-doping technology), improvement of mode control accuracy (M²≤1.3), and enhancement of environmental adaptability (wide temperature range of -55℃~85℃).
Comparison of key technical indicators
| Parameter type | Continuous laser | Pulsed laser | Test standard |
|---|---|---|---|
| Core parameters | Output power, beam quality | Average power, pulse energy | GB/T 15175 |
| Stability requirements | Power fluctuation ≤±3% | Energy repeatability ≤5% | Clause 6.4 |
| Typical efficiency | Electro-optical conversion ≥30% | Single pulse efficiency ≥15% | 5.2.1(i) |
Key points for the implementation of environmental adaptability
The standard innovatively proposes a three-level environmental verification system:
- Working limit verification: It needs to pass -40℃ low temperature startup and 85℃ high temperature continuous working tests
- Mechanical stress verification: A combined evaluation of a 50g impact test and a 40g collision test
- Storage reliability: Performance recovery verification after 10 days of storage in a 93% humidity environment
The application case of a certain model of industrial-grade fiber laser shows that by optimizing the fiber coating material, its vibration test pass rate was increased from 82% to 98%.
Standard implementation recommendations
Differentiated strategies are recommended for different application scenarios:
- Communications: Focus on monitoring spectral width (<0.1nm) and polarization degree (>20dB)
- Industrial processing: Strengthen beam quality (M²<1.5) and power stability verification
- Medical equipment: GB 7247.1 Class IV safety certification needs to be added
It is recommended that companies establish a three-dimensional quality file (design parameters/measured data/environmental data) to achieve full process traceability.

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