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FP-D-650-1-C-F-24V Laser Components - Modulo: laser, 1mW; rosso; punto; 650nm; 10÷30VDC; 30÷150mA

€ 23.50 · 4.6 (393) · In Magazzino

Laser Components FP-D-650-1-C-F-24V | Modulo: laser; 1mW; rosso; punto; 650nm; 10÷30VDC; 30÷150mA - Prodotto dipsonibile nell

24V 1mW 650nm Red Dot laser module positioning laser transmitting tube industry

Industrial Use Laser Module

650nm 1mW~20mW Red laser module/ DC 12V~24V /Focus Adjustable

650nm 5mW Red Point / Line / Cross Laser Module Head Glass Lens Focusable Focus Adjustable Laser Diode Head Industrial Class

Wavelength: 650nm. Output power: Class II – less than 1mW. 2.6~5 VDC operation. Dimensions: D10.4 x 18.4 mm. Beam Divergence (Half Angle) : 0.5 mRad

Laser Module VLM-650-01 LPT (INDUSTRIAL USE RED DOT LASER)

♥Output: Red laser module (650nm) Voltage: 3v-5v,Output power: Class II<1mw ♥size: 12x35mm ♥Can be used for aiming positioning Can be used for laser

650nm red line laser module,Industrial Laser Group Module adjustable focal length line cross point (line-4pack)

Wave length: 650nm. 2.6~5 VDC operation. Dimensions: D9 x 26 mm. Laser power output : LPT - Class I - less than 0.39mW. (Update 06/7/2021- According

Quarton Laser Module VLM-650-29 LPT Red Cross Line Laser Module (Line-width optimize at short distance)

650nm 1mW~20mW Red laser module/ DC 12V~24V /Focus Adjustable

650nm 1mW~20mW Red laser module/ DC 12V~24V /Focus Adjustable

♥Output: Red laser module (650nm) Voltage: 3v-5v,Output power: Class II<1mw ♥size: 12x35mm ♥Can be used for aiming positioning Can be used for laser

650nm red line laser module,Industrial Laser Group Module adjustable focal length line cross point (line-4pack)

Red Cross Line Laser Module - Quarton

650nm 1mW~20mW Red laser module/ DC 12V~24V /Focus Adjustable

Laserland 650nm Red Laser Focusing Module Laser Light Pattern Projection DOE Diffraction

Quarton Laser Module VLM-650-29 LPT Red Cross Line Laser Module (Line-width optimize at short distance) : Industrial & Scientific

Laserland 650nm Red Laser Focusing Module Laser Light Pattern Projection DOE Diffraction