1000M 808Nm Ir Vcsel Array Laser Illuminators

Features
Self-developed high performance VCSEL chip, no attenuation
High efficiency up to 40% @25°C, >35% @ 50°C
VCSEL chip, wide operating temperature -40-+85°C
VCSEL array chip with large emission area, eye safety
Self-developed high performance VCSEL chip, no attenuation
Beam angle tunable manually
High reliability, lifetime > 50000hrs
Compact, easy to integrate and use
Negligible off-axis, easy to collimate with camera lens
Uniform beam density, low speckle
Friendly interface, security surveillance compatible
High efficiency, low heat
Environment friendly

Applications
Dome
PTZ CCTV system
Box camera
Semi-spherical camera
Display & keyboard
Military applications

Specifications
ParametersValuesUnitsRemarks
Model no.LL10x0-05180-850CMP
ModeMultimode-
wavelength850±15ns
Optical output power?600mW@exit
Spot shapecircular
Illuminating distanceDepending on beam anglem
Spot uniformuniform
Beam angle4-36; 46; 65-100; 110;120;130;180°
Voltage2.1-2.3
Current 0.85A
Operating modeCW
lifetime50000hrs
Operating Temp.-40 - +80°C
Storage Temp.-40 - +85°C
Power consumption <2W
Dimensions?18x14mm
MaterialPOM
Appearancewhite-
Laser classClass 1?10s staring
Anode cablered
Cathode cableblack
Gross weight3g
Cooling Al plate conductor-

The UV laser marking machine is developed by using a 355nm UV laser. This machine uses a third-order intracavity frequency doubling technology. Compared with infrared lasers, the 355nm UV laser has a very small spot, and the marking effect is directly interrupted by a short-wavelength laser. The molecular chain greatly reduces the mechanical deformation of the material. Thermal deformation (cold light), because it is mainly used for ultra-fine marking and engraving. It is especially suitable for applications such as marking, micro-hole drilling of food and pharmaceutical packaging materials, high-speed dicing of glass materials, and complex pattern cutting of silicon wafers.

Laser cutting (84561000)

Features
Beam angle zooming electrically, up to 1200 steps
Illumination over 2000m range
High reliability, lifetime up to 20000hrs
Compact, easy to integrate
RS232, RS422, RS485, TTL interface optional
Negligible off-axis divergence,
easy collimate with camera lens
Uniform beam intensity, speckle free
Operating state memory
Predefining position
Low heat, high efficiency

Applications
Highway monitoring
PTZ camera
Harbor monitoring
Forest fire prevention
Boundary monitoring
Traffic monitoring
Military applications



Description
This laser illuminator is high performance integrated with high quality fiber-coupled laser diode and excellent optics design, and outstanding circuit control with high efficiency. It has big beam angle zooming, which can match the field view angle of cameras. It also has friendly interfaces such as operating voltage, communication protocol and installation schematic. It can be widely used in high-speed dome, PTZ camera and traffic monitoring.
This illuminator is compatible with major lens and cameras, integrated with the protocols such as Pelco D and QLINK. It is easy for users to implement the illuminator. Simultaneously, Position can be preset via serial port, users can call the instruction to operate conveniently in use.
As the optic head is separated from diode and circuit, it is very easy to collimate the laser lens and camera lens, which can make the tunable rack compact.

Specifications
ParametersTypical valuesUnitRemarks
Model no.LL2002-0023-xxxCAA
Laser modeMutimode-
Wavelength808/915±10nm
Optical power7 (808nm)/10 (915nm)w@exit
Spot shapeCircular
Illuminating distance2000m
Spot uniformVery good
Fan angle0.3-15 (808nm)
/0.2-15 (915nm)° ±0.2°
Operating voltageDC12V
Operating current

This laser illuminator is high performance integrated with high quality fiber-coupled laser diode and excellent optics design, and outstanding circuit control with high efficiency. It has big beam angle zooming, which can match the field view angle of cameras. It also has friendly interfaces such as operating voltage, communication protocol and installation schematic. It can be widely used in high-speed dome, PTZ camera and traffic monitoring.
This illuminator is compatible with major lens and cameras, integrated with the protocols such as Pelco D and QLINK. It is easy for users to implement the illuminator. Simultaneously, Position can be preset via serial port, users can call the instruction to operate conveniently in use.
As the optic head is separated from diode and circuit, it is very easy to collimate the laser lens and camera lens, which can make the tunable rack compact.

Features
Beam angle zooming electrically
Illumination over 3000m range
High reliability, lifetime up to 20000hrs
Compact, easy to integrate
RS232, RS485, TTL interface optional
Negligible off-axis divergence,
easy to collimate with camera lens
Uniform beam intensity, speckle free
Operating state memory
Predefining position
Low heat, high efficiency

Applications
Highway monitoring
PTZ camera
Harbor monitoring
Forest fire prevention
Boundary monitoring
Traffic monitoring
Military applications

Description
This laser illuminator is high performance integrated with high quality fiber-coupled laser diode and excellent optics design, and outstanding circuit control with high efficiency. It has big beam angle zooming, which can match the field view angle of cameras. It also has friendly interfaces such as operating voltage, communication protocol and installation schematic. It can be widely used in high-speed dome, PTZ camera and traffic monitoring.
This illuminator is compatible with major lens and cameras, integrated with the protocols such as Pelco D and QLINK. It is easy for users to implement the illuminator. Simultaneously, Position can be preset via serial port, users can call the instruction to operate conveniently in use.
As the optic head is separated from diode and circuit, it is very easy to collimate the laser lens and camera lens, which can make the tunable rack compact.

Specifications
Parameters Typical values Unit Remarks
Model no. LL2003-0023-xxxCAA
Laser mode Mutimode -
Wavelength 808/915/940/975±10 nm
Optical power 15 w @exit
Spot shape Circular
Illuminating distance 3000 m
Spot uniform Very good
Fan angle 0.3-15/0.2-15° ±0.2°
Operating voltage DC12/24/48 V 24V AC optional
Operating current - A
Operating mode CW
Lifetime 20000 hrs
Operating temperature -20- +5
Storage temperature -40- +85
Power consumption <40 w
Dimensions 185?106?55(A)/280?110?55(B) mm
Material Alloy
Surface color Silver -
Laser classification IV
Control A/Tx Yellow
Control B/Rx Blue
Control cathode White
Power anode Red
Power cathode Black
Protocol interface RS232; RS485; TTL
Protocol QLINK protocol/Pelco D optional
Surface processing -
Weight 1100 g
Heat dissipation Forced wind

1. Cut or shave hair to 1-2mm or ask patients to shave at home 2-3 days before treatment.
2. Clear treatment area.
3. Turn on machine, adjust the parameter, set it to 'standby' .
4. Put cooling gel on treatment area about 2mm.
5. 808nm diode laser: Wear protect glasses for patient and operator.
6. Shot the treatment area, let the crystal tip closely touch cooling gel, permitted to have 1/3 overlapping on treatment area.
7. Wipe off cooling gel after treatment and clear treatment area with cooling water. If patients feel warm or hot, you may put ice bag on treatment area until heat disappear.
German Laser Chip Hair Removal Machine Application:
755nm, most effective on white and more light color skin type
1064nm, made for treating darker and black color skin types
808nm, most effective for white to medium tan color skin types
All unwanted hair parts of the body, such as lip hair, whiskers, armpit hair, body hair, bikini hair.
More information you can click here

Wavelength 808nm, 755nm, 1064nm
Working frequency 1~10hz
Energy density 1-120J/cm²
Handle piece cooling TEC+Sapphire
TEC cooling 12V6A
Spot size 15*15mm/15*20mm/20*25mm/25*31mm  ( optional )
Output power 600W,900W,1200W  ( optional )
Laser chips Germany laser Jenoptik,150W/piece

Working Theory
Diode laser hair removal technology is based on the selective dynamics of light and heat. The laser goes through the skin surface to reach the root of hair follicles.
Light can be absorbed and converted into heat damaged hair follicle tissue, so that hair loss regeneration without injury surrounding tissue.
The laser light can be absorbed by hair shaft and hair follicles in the melanin, and converted into heat, thus increasing the hair follicle temperature.
When the temperature rasises high enough to irreversibly damage the hair follicle structure, which disappear after a period of natural physiological processes of hair follicles and thus achieve the purpose of permanent hair removal.

Features:

The diode laser module comprises a diode laser stack.
The diode laser module with a protective window.
Symmetry beam
Simple water cooling and no high pressure and high-quality water

Specifications:
Type: GTHM-500
Output peak power: 500W
Maximum operating current: 50A
Maximum pulse width: 400ms
Maximum duty cycle: 40%
Wavelength: 780-820nm