OmniCure LS200 UV LED Radiometry & Calibration System
UV LED radiometry and calibration at the cure site — ±10% accuracy, 1 mW/cm² resolution, NRC-traceable sensors, and direct integration with the LX500 controller.
Key Benefits
Why Choose the OmniCure LS200 UV
Measurement accuracy ±10%; resolution 1 mW/cm² (irradiance) and 1 mW (power)
Wide measurement range: 1–2,000 mW (power) and 50 mW/cm²–40 W/cm² (irradiance)
NRC-traceable factory calibration for accuracy and reliability
Seamless integration with OmniCure LX500 via Beam Positioning Kit
Selectable wavelengths programmable from 320–750 nm
Sensor optimized for monochromatic LED sources
Backward compatible with LS100
Two versions: LS200 (irradiance, W/cm²) and LS200P (optical power, W)
Compact sensor for measurements in confined curing areas
USB connectivity to LM2011 light meter or LX500 for real-time measurement
Technical Overview
At a Glance
Measurement Accuracy
±10%
Irradiance Resolution
1 mW/cm²
Power Resolution
1 mW
Power Range
1 mW to 2,000 mW
Irradiance Range
50 mW/cm² to 40 W/cm²
Wavelength Range
320–750 nm (selectable)
Specifications
Technical Specifications
| Measurement Accuracy | ±10% |
| Irradiance Resolution | 1 mW/cm² |
| Power Resolution | 1 mW |
| Power Range | 1 mW to 2,000 mW |
| Irradiance Range | 50 mW/cm² to 40 W/cm² |
| Wavelength Range | 320–750 nm (selectable) |
| Calibration Traceability | NRC traceable |
| Compatible Controller | OmniCure LX500 (via Beam Positioning Kit) |
| Communication | USB to PC (LM2011 or LX500) |
| Versions | LS200 (irradiance) / LS200P (power) |
Best For
Ideal Applications
Related Applications
See this system in practical UV curing processes
Application-driven guidance covering the customer challenge, recommended configuration, expected benefits, and ETIA support.
Application Case Study
UV Curing for Next-Generation Optical Transceiver Manufacturing (400G–1.6T)
Precision UV curing for laser-to-fiber bonding, lens bonding, and optical alignment in 400G to 1.6T transceivers.
- Industry
- Photonics & Advanced Packaging · High-Speed Optical Networking
- Application Point
- Optical Transceiver Assembly · Laser-to-Fiber Bonding
- Recommended Product
- OmniCure® S2000 Elite · OmniCure® LX500 · OmniCure® R2000 Radiometer · OmniCure® LS200 Radiometry System
Read application →
Application Case Study
UV Curing for Co-Packaged Optics Fiber Array Bonding
High-stability UV curing and dose verification for CPO fiber array bonding in AI data center infrastructure.
- Industry
- Photonics & Advanced Packaging · High-Speed Switching
- Application Point
- CPO Fiber Array Bonding · Silicon Photonic Engine Bonding
- Recommended Product
- OmniCure® LX500 · OmniCure® LS200 · OmniCure® S2000 Elite · OmniCure® AC Small Series
Read application →
Application Case Study
UV Curing for Photonic Integrated Circuit Packaging
Controlled UV curing for FAU-to-PIC bonding, fiber-to-waveguide coupling, and silicon photonics packaging.
- Industry
- Photonics & Advanced Packaging · Optical Networking
- Application Point
- PIC Packaging · FAU-to-PIC Bonding
- Recommended Product
- OmniCure® LX500 · OmniCure® LS200 · OmniCure® S2000 Elite · OmniCure® R2000 Radiometer
Read application →
Interested in the OmniCure LS200 UV?
Our UV curing engineers will match the right configuration to your process — from selection to validation.