Laser Accessory

Optics Cleaning Kit
Laser Lamp/Eyewear
Laser Safety Shutter
Laser Conversion Card
Acousto-Optic Q-Switch

Optics Cleaning Kit

Laser Lamp

Product Type	Part Number	Laser Machine	Brand
Laser Lamp	LLX-S1311	Flashlamp for sharplan Ruby 5000	SHARPLAN
Laser Lamp	LLX-737	Laser Lamp for Lumenis Erbium, with red/black wire	LUMENIS
Laser Lamp	LL-NL7202	Fotona QX Max Flash Lamp	FOTONA
Laser Lamp	LLXF1265F	Laser Lamp for Fotona Fidelis (1J)	FOTONA
Laser Lamp	LLK-S7060	Laser Lamp for Fotona Fidelis (1J)	FOTONA
Laser Lamp	LL-SXF1265F	Flash Lamp, Fidelis/Dualis	FOTONA
Laser Lamp	LL-S7060	Flash Lamp, Fidelis M320A	FOTONA
Laser Lamp	LLK-S9551	Cynosure, Apogee	CYNOSURE
Laser Lamp	LLK-S7716	Continuum Surelite II, Powerlite 7010, 7020, 7030, 8010 (oscillator), 203-0035	CONTINUUM / QUANTEL U.S.A
Laser Lamp	LLK-S8047	Laser Lamp for Medilite IV, Continuum 203-0032 model: hoya/con-bio	CONTINUUM
Laser Lamp	LL-S8047	Flash Lamp, FI711-09, C6	CON-BIO
Laser Lamp	LLK-S8511	Laser Lamp for Candela model: Gentlelase	CANDELA LASER

Description

We provide the solid-state laser industry with a comprehensive selection of laser lamps available. All lamps provide optimum performance and reliability. The product codes of the laser lamps are arranged accordingly to their use in the various types of laser machines in the industry.

Laser Eyewear

Product Type	Part Number	Highest OD	Colour	VLT	Applicable Lasers	Material
Laser Eyewear	LV-F01.T5K07.5000	OD 7+ @740 – 770 nm & 1000 – 1600 nm	Blue-Green	0.6	1,4,5,7,9,11,12,14	Thin-Film-Coated Glass
Laser Eyewear	LV-F01.T5K11.5000	OD 7+ @800 – 860 nm & 1000 – 1600 nm	Clear	0.6	1,4,5,8,11,12,14	Nanospec / Thin-Film-Coated Glass
Laser Eyewear	LV-F07.P5E01.5000	OD 7+ @190 – 315 nm	Orange	0.4	2,8,12	Polycarbonate
Laser Eyewear	LV-F07.P5K01.5000	OD 7+ @1060 – 1090 nm	Green	0.1	4,6,10,12,14	Polycarbonate
Laser Eyewear	LV-F07.P5H01.5000	OD 7+ @980 – 1065 nm	Light Green	0.35	1,4,6,14	Polycarbonate
Laser Eyewear	LV-F14.P5E03.5000	OD 7+ @690 – 710 nm	Blue-Green	0.45	6,10,13	Polycarbonate
Laser Eyewear	LV-F14.T5K02.5000	OD 7+ 1000 – 1600 nm	Clear	0.71	3,4,5,6,7,9,11,12	Glass
Laser Eyewear	LV-F14.T5K11.5000	OD 7+ @800 – 860 nm & 1000 – 1600 nm	Clear	0.6	1,4,5,7,11,12,14	Nanospec / Thin-Film-Coated Glass
Laser Eyewear	LV-F20.P5E03.5000	OD 7+ @690 – 710 nm	Blue-Green	0.45	6,10,13	Polycarbonate
Laser Eyewear	LV-F22.P5H03.5000	OD 7+ @660 – 775 nm	Blue	0.1	1,4,13	Polycarbonate
Laser Eyewear	LV-F22.P5L16.5000	OD 8+ @315 – 532 nm & 890 – 1064 nm	Brown	0.15	2,4,6,8,12,13,14	Polycarbonate
Laser Eyewear	LV-F24.P5K01.5000	OD 7+ 1060 – 1090 nm	Green	0.1	4,6,10,12,14	Polycarbonate

Description
We offer a wide range of different laser safety eyewear filters with various protection and visible light transmission (VLT) levels.

Advantages:

High optical density (OD) and visible light transmission (VLT)
Long usage life due to superior scratch resistance

Below is reference for the table on applicable lasers:

Laser Safety Shutter

Product Type	Part Number	For Horizontal & Vertical Mounting	Able To Be Mounted On An Optical Table	With a Mounting Plate	Position Indicator	Boxed
Laser Shutter	SH-10	√	✗	✗	✗	✗
Laser Shutter	SH-10-M	√	√	√	✗	✗
Laser Shutter	SH-10-MP	√	√	✗	✗	✗
Laser Shutter	SH-10-B	√	✗	✗	✗	√
Laser Shutter	SH-10-PI	√	√	✗	√	✗
Laser Shutter	SH-10-PI-B	√	√	✗	√	√

Description
When the shutter is powered, the blade moves to an “ON” position and clears the path for a laser beam. When the power is turned off, the return spring of the shutter moves the blade to an “OFF” position and blocks the laser beam. The standard blade material is 0.01″ thick anodized aluminium to meet laser specifications. Other materials and thickness are available for uses like plasma, X-ray and laser light, VIS, IR and UV.

Features and advantages:

Integrated return spring * 0.5″ (13mm) aperture, larger optional
Small size 1.7″W x 2.3″L x 1.2″D Boxed: 1.9″W x 2.8″L x 1.3″D
Low cost
High reliability, long life
Standard or custom blade
Returns to “OFF” position with a power failure
5V, 12V or 15V, or 24V dc operation
Simple drive circuit for TTL input commands
Special pricing for OEM applications
RoHS compliant
SH series laser shutter consists of a blade mounted on a rotary solenoid with a limited rotation angle.

Laser Conversion Card

Laser Conversion Card

Part Number	Wavelength (nm)	Dimension (mmx mm)	Working Area (mm)	Power Detection (/cm²)
LDT-300BG	190 – 390	100 x 23	23 x 23	100mW-10kW
LDT-007BN	700 – 1400	85 x 54	44 x 25	8µW-35MW
LDT-1064C	780 – 830 & 870 – 1070	60 x 50	50 x 40	10W – 3kW
LDT-1064CL	780 – 830 & 870 – 1070	100 x 30	30 x 30	10W – 3kW
LDT-008TL	800 – 1600	85 x 54	54 x 42	1mW – 5W
LDT-1064BG	800 – 1700	100 x 25	23 x 23	1mW – 10kW
LDT-1064N	800 – 1700	50.8 x 89	50.8 x 50.8	10mW – 100W
LDT-1064CN	900 – 1100	60 x 40	40 x 40	1W – 200W
LDT-1.5-5-LLOW	1500 – 5000	86 x 54	40 x 25	0.2 – 3.5W
LDT-1.5-5-LHIGH	1500 – 5000	86 x 54	40 x 25	3.5 – 8W
LDT-1.5-5-H	1500 – 5000	86 x 54	40 x 52	30 – 80W (Reflection); 60 – 120W(Transmission)
LDT-5-20-LLOW	5000 – 20000	86 x 54	40 x 25	0.2 – 4W
LDT-5-20-LHIGH	5000 – 20000	86 x 54	40 x 25	1.5 – 8W
LDT-5-20-H	5000 – 20000	86 x 54	40 x 52	10-30W (Reflection); 25-50W (Transmission)

Description

Conversion Card converts UV, NIR, and IR radiation into visible light by using a photon upconversion effect. It is used to detect, locate, and analyze laser beams of low, medium, and high power density lasers across the entire spectral range from UV to IR. It is also used to align optical set-ups or to locate a laser beam in an experimental set-up.

Economy Laser Conversion Card

Part No.	Overall Dimension (mm)	Working Area (mm)	Wavelength (nm)
LTC-1000-15X27	55x22x3	15×27	900-1600nm
LTC-1000-40X40	71x41x3	40×40	900-1600nm

Description
Promoting laser safety and handling in both industrial and laboratory space, laser testing cards can be used for beam profiling, spot size gauging, and laser alignment in LEDs, fiber laser, and near IR systems. The visualization of the laser path is obscured and imperceptible at these wavelengths by the human naked eye, making our laser testing card the perfect solution for your applications.

Detectable Wavelength Range:
900nm to 1600nm (typical 904nm, 980nm, 1064nm, 1550nm )

Power Threshold:
0.1W (min), 15W (max)

Acousto-Optic Q-Switch

Acousto-Optic Q-Switch

Part No:	Operation Wavelength (μm)	Beam Diameter (mm)	Working Frequency (MHz)	RF Power Output (W)	Features
QAOQU-5	1.064	3~5	27	50	Water Cooled
QAO27-3	1.064	3~7	27	50 X 2	2 axes transducers, high working efficiency
QAO41-3	1.064	1~2	40	12	Conduction Cooled
QAQ70-7	1.064	1~2	70	12	Conduction Cooled

Description

The Acousto-optic Q-switch is a special modulator that introduces high repetition frequency loss in the laser cavity. Rather than being continuous-wave output, it causes the output to be composed of a series of light pulses with extremely high peak power and short pulse duration.

The Q-switch allows:

efficient control of Q factor
initial pulse suppression
high working efficiency
quick and easy adjustments
good stability

It is used in laser engraving, scribing, cutting, fine processing
and other applications that require high laser intensities.

Specification
Wavelength: 1.064 μm
Voltage Standing Wave Ratio: ≤1.2 (Input Impedance: 50Ω)
Reflectivity: ≤0.2% (single side)
Protection: Automatic protection against high temperatures

RF Driver For Acousto-Optic Q-Switch

Part No:	Working Frequency	Power Output (W)	Modulation Repetition Rate (kHz)	Features
Driver-QAOQU-5	27 ± 0.1	50 ± 3	1 ~ 50	Optional version with digital inputs available
Driver-QAO27-3	27 ± 0.1	50×2	1 ~ 50	Dual signal outputs
Driver-QAO41-3	40.68 ± 0.1	120	1 ~ 300	Compact design, DC input mode

Description

The RF driver is designed as a control for the acousto-optic Q-switch. It modulates the radio frequency signal and outputs it to the Q-switch.

The driver has the following characteristics:

Quick modulation rate
Convenient controls
Good stability
Special features such as first pulse suppression, automatic
protection and alarm

Specification
Pulse Width: 120µs

Pulse Rise Time: ≤250ns

Pulse False Time: ≤120ns

First Pulse Suppression Time: 1 – 800µs

Output Impedance: 50Ω

Voltage Standing Wave Ratio: ≤1.2 (connected to 50Ω load)

Power Supply: AC 220V ± 15%

Modulation Control Inputs: Digital TTL

Effective Level of Laser Output: High/Low (Optional)

Protection: Automatic protection against high temperatures, open circuits, and short circuits.

Application

Laser Accessory

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