Updated:2023-05-26
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In ‘power-from-pulse’ mode, the Ariel measures high power industrial lasers of up to 8kW by measuring the energy of a short exposure to this power. The laser is set to deliver a pulse of from 0.05 to several seconds. The Ariel then measures the energy and duration of the laser pulse and calculates the power. In continuous mode, the Ariel measures up to 500W for as long as 20s, or up to 30W continuously. The Ariel is ideal for usage in tight spaces such as additive manufacturing chambers as well as for production process quality control and R&D.
Measures up to 8000W
Compact and self-contained with built in display, battery, and Bluetooth communication
No Water Cooling
Dust proof, splash proof
Includes a detachable diffuser for high power density beams
Wavelengths: 440-550nm, 900-1100nm, 2.94μm, 10.6μm
High thermal capacity of 14KJ for uninterrupted consecutive measurements
Only 3 seconds to display measurement
Long battery life: more than 15 hours
Two measurement modes: short exposure ‘power-from-pulse’ and continuous
Supported by PC and iOS or Android applications
Ariel Drawing
Absorber Type | LP2 |
Aperture | Ø32mm |
Spectral Range | 440-550nm, 900-1100nm, 2.94μm, 10.6μm |
Power Range | 200mW-8kW |
Energy Range | Up to 2.4kJ |
Backscattered Power | LP2 absorber: 4% (< 2200 nm), 10% (2940 nm), 25% (10.6 µm); With window: 5%; With Diffuser: 25% |
Dimensions | 70 L x 70 W x 80 D (mm) |
Max Pulse Energy | N.A. |
Max Average Power Density | N.A. |
Response Time | 3 s |
Max Energy Density (for <100ns) | N.A. |
Max Energy Density (for 2ms) | N.A. |
Max Average Power | 8kW |
BeamTrack Functions | N.A. |
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