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J.BAUER Electronics  LaserBee™

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$ 279.99 + Shipping

LaserBee™

The ultimate standard in Hobbyist's Laser Power Meters.

$ 279.99 + Shipping

USA & Canada Buyers Only

International Buyers Only

Tests most Lasers from 1mW to 10000mW output power. Displays resolution in 1mW increments to 10000mW.


Our highest power hobbyists entry level Analog Laser Power Meter aptly named LaserBee™ A10 for (A)nalog (10)Watt. It uses a Thermopile Sensor head with a new broadband coated sensor and comes pre-calibrated against a recently calibrated NIST traceable Coherent FieldmaxII Lab LPM.


The higher power is due to our latest newly formulated Broadband coating on the Thermopile Sensor that can accept up to a true 10500mW of laser power without degradation or damage..

Just shine your 4mm or larger diameter Laser beam onto the large 15mm X 15mm Sensor and read the power directly on the large LED Display. It is to be noted that the size of the Laser beam diameter does not affect reading accuracy but does affect Power Density. Small diameter high power beams can damage the coating.

Featuring a true Zeroing control to zero out the readings from random external heat sources if they are in the vicinity of the test area to assure accurate readings.

Power comes from a standard 9 Volt battery available anywhere. Power consumption is so low that a fresh alkaline battery can power the LaserBee™ A10 for up to 36 hours non stop.​






​Specifications
Power Supply: ................................. 9Volt Battery
Sensor: ............................................. Thermopile (by J.BAUER Electronics)
Sensor Area: ..................................  15mm x 15mm (225 square mm)
Sensor Cable Length: .................... 18.0"
Thermopile Head Dimensions: .... 2.50" x 1.65" x 1.00"
Power Range: ................................. 1mW to 10000mW
Spectral Range: .............................. 300nm to 1500nm
Response Time (100%): ................. 30-40 Seconds
Response Time (90%): ................... 14-16 Seconds
Display Resolultion: ....................... 1mW up to 10000mW
Power consumption: ..................... 13 milliamps @ 9vdc 
Total Dimensions: .......................... 4.00" x 2.60" x 1.50"