Features
- Power Handling
- Highly Efficient
- Value
- Reliable
- Partnership
Applications
- Tandem or in-band pumping
- Spectroscopy
- Biomedical Imaging
- Microscopy
- Life Sciences
- Scientific
- High Power Fiber Lasers
- Material Processing
- Infrared Counter measures
- Directed Energy
- Laser Surgery
- Astronomy
Webinar

Product Release with EPIC Photonics – Wavelength Suppression Filter
Samuel Gouin
Product Line Manager
The WaveBlock series of wavelength suppression filters are advanced band-stop all-fiber filters designed for precise optical control. These filters effectively block the transmission of specific wavelengths over a designated bandwidth while maintaining exceptionally high transmission outside the rejection band. Utilizing indie’s exclusive tilted Fiber Bragg Grating (FBG) filter technology, the WSF cleverly guides unwanted signals into the fiber cladding for safe extraction.
What sets the WaveBlock series apart is its unique ability to withstand kilowatts of power, as the signal remains within the fiber throughout the filtering process. This robust design makes the WSF ideal for high-power applications. The versatility of these filters extends to various fields, including tandem or in-band pumping, spectroscopy, biomedical imaging, microscopy, and other life sciences or scientific applications.
With its innovative approach to wavelength management, the WaveBlock series offers a powerful solution for selective wavelength attenuation.

Key Features and Benefits
Power Handling:
With its all-fiber design, the WSF can reliably operate at power largely exceeding alternative solutions.
Highly Efficient:
Low insertion losses for highly efficient filtering and lower laser costs.
Value:
With its all-fiber design and low insertion losses, the WSF offer lower costs and considerably simplifies system design.
Reliable:
Long-term dependability is critical for industrial or scientific laser systems, and indie has deployed thousands of FBG units over a decade.
Partnership:
indie will work through the entire product development process, from prototyping to mass production.
| Product Details | |
|---|---|
| Stopband Attenuation Loss | ≥20 dB |
| Stopband Bandwidth | 5 to 20 nm |
| Stopband Center Wavelength | 700 to 2000 nm |
Related Products
| Product | Description | |
|---|---|---|
Suitable for multi-kW laser systems and are tailored to fit any fiber oscillator or MOPA design. |
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Crafted for rare wavelengths, delivering unmatched accuracy, precise matching, and robust power handling. |
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Suppress unwanted ASE with indie’s titled FBG technology, enabling lasing at wavelengths far from the fiber’s maximum gain. |
