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Lasers of aligned for industrial use, uasn in many applications that need the aligned one precision to cut, positioned of precision to mark, to make holes, to make borders...
Applications and sectors type:
- aligned marble pieces in cutting machines
- aligned tables or trunks in the sector of the wood
- aligned fabrics, botenes, pockets... in the textile sector
- aligned planxas or blocks in iron and steel industry
- aligned tables and leaves in presses
- To aim positioned in cranes
- ecc ............
The comfort of this system is in seeing early where the requested work will be developed, then the work will be faster and with less errors.
Laser Rasnel produces lasers for 20 years and we can count between our European clients more than 100 constructors of machinery for the industry.
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HD diode lasers are designed for use in rough industrial environment.
They generate lines that are clearly visible even in daylight. A rugged stainless steel housing protects laser diode, electronic circuitry and precision optics.
The laser diode is galvanically seperated from the power supply, which makes the laser extremely resistant to voltage peaks or current variations. The wide range input capacity enables the HD lasers to be used with all typical low voltage power nets.
The optics may be focused without tools. Spot size or line width can be adjusted. The line position doesn't change during focusing.
* focusable
* line, spot, crosshair lasers
* small, robust stainless steel housing
* IP 67, waterproof
* 1 - 30 mW
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LAP PD series line lasers are designed for heavy duty industrial applications, where a clear, precise line is desired for alignment purposes.
The cylindrical aluminium housing with Ø 40 mm fits the brackets commonly used on machines worldwide. It incorporates the wide range power supply, control electronics, laser diode and multiple element precision glass optics. PD laser withstand even the hardest conditions in areas where dirt and contamination are a normal part of the environment.
The wide range power supply operates on all mains worldwide and tolerates massive surges and power fluctuations.
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A range of compact and affordable laser modules generating an accurate line or cross at 635nm or 650nm with uniform intensity distribution. The laser modules measure just 29mm in length, with a diameter of only 8mm and are extremely efficient and reliable.
They are ideal for the most demanding industrial and medical applications where space is at a premium, such as handheld instrumentation, targeting, alignment and machine vision.
These laser diode modules generate either a 70 degree full angle cross or a 58 degree or 88 degree full angle line, all factory focused at 1000mm. The focus can be set to other distances on request. The lens system produces an efficiently uniform intensity laser line.
At a visible wavelength of either 650nm or 635nm, these compact laser diode modules offer output powers of 0.9mW or 4mW with power stability of less than 5 per cent. Operating voltage is from 3V to 6V DC at an operating current of 30mA typ, (0.9mW) or 40mA typ, (4mW). Operating temperature range is -10 degrees Centigrade to +40 degrees Centigrade.
The laser modules consist of a brass housing, a laser diode, drive circuit and beam-shaping optics. Electrical connections are made via external flying leads. All modules have static, surge and reverse polarity circuit protection.
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Laser modules SETH - OEM
Devices extremely compact and trustworthy diode laser red light for continued industrial use even to extreme temperatures for the generation of:
- Points
- Line
- crossings
- circles
- grids
- segments
- line L
These laser modules have an amplest range of accessories to give the adequado system to the exigencies of each client.
The powers and the wavelength also can vary on the basis of the demand.
Laser Rasnel produces lasers for 20 years and we can enumerate between our European clients more than 100 constructors of machines for the industry.
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The Photon Laser Module is a self-contained module designed as a complete laser diode solution for OEM use. Applications include industrial alignment, machine vision, measurement & positioning, medical fluorescence and bar code readers.
Wavelengths range from 635nm-830nm, with an elliptical output beam and powers from 0.9mW to 85mW. The laser modules can be supplied with various coloured sleeves to assist in wavelength and power identification. Other wavelengths and power options are available - please contact our sales department to discuss your requirements.
The customer-adjustable lens for collimated or focused beam may be replaced by other optical systems such as line and cross generators.
The laser module consists of an anodised aluminium housing, laser diode, drive circuit and collimating lens, either cylindrical or with a 25mm mounting flange. Mechanical dimensions are 12 mm diameter x 43mm length and all standard Photon Module options are available. Electrical connections are made via external flying leads.
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Laser diode of alignment for industrial use, uasn in many applications that need the aligned one precision to cut, positioned of precision to mark, to make holes, to make borders...
Applications and sectors type:
- aligned marble pieces in cutting machines
- aligned tables or trunks in the sector of the wood
- aligned fabrics, botenes, pockets... in the textile sector
- aligned planxas or blocks in iron and steel industry
- aligned tables and leaves in premsas
- To aim positioned in cranes
- ecc ............
The comfort of this system is in seeing early where the requested work will be developed, then the work will be faster and with less errors.
Laser Rasnel produces lasers for 20 years and we can count between our European clients more than 100 constructors of machinery for the industry.
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T-MFL Lasers:
StockerYale’s Lasiris™ T-MFL lasers produce long telecentric lines as thin as 9.0 µm at 1/e2 at a specified working distance and are designed for applications where utmost accuracy and precision are required.
This technology benefits applications such as inspection of microelectronics, solar cell inspection, high resolution 3-D contour mapping and other machine vision systems.
Lasiris T-MFL lasers use refractive uniform line generator optics without beam clipping.
- Line width remains constant along line length
- Extremely thin lines down to 9.0 µm at 1/e2
- Line length up to 60 mm
- ESD, over-temperature, over-voltage and reverse-polarity protection
- Two year warranty
Applications:
Precision inspection of small parts (chips, wafers, small pins, resistors, semiconductor components)
Solar cell inspection
High precision surface analysis
Machine vision
3-D contour mapping
Industrial inspection
Bio-detection
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Marking Made Easy.
The laser source includes the scanning head, digital controls and monitoring functions. The whole unit and its mechanical base are covered with high tech polyurethane design case.
Ulyxe is extremely simple and easy to integrate also into turnkey systems and industrial production lines. Standard 24V DC power supply and a PC with USB connection is all that is needed to make a "laser marking system".
The operator can easily interact and monitor the most important laser status and functions with a user friendly LCD / TOUCH SCREEN control display.
Low energy consumption, maintenance free, USB connectivity and most of all an extremely long life of the diode make this Laservall marking laser source a breakthrough in the market.
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Technical specification - FlyAir® 10W
LASER
CW Output power 12 W
Wavelength 1064 nm
Beam quality M2 < 1.4
Q-switch frequency 10-100 kHz in Q-switch
Marking exitation by laser diode 808 nm
Aiming beam for marking preview 635 nm Red Diode
Cooling System Integrated, Air to Air
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Superior marking speed and quality.
Diode-pumped laser sources for marking and engraving.
End Pumped Solid State Laser solution for industrial laser marking applications. An industrial optical fiber connects the laser Head to the Power Supply unit. The laser diode pump is located in a sealed module inside of the air cooled electronic power supply rack.
Characteristics of the ViolinoTM 3 plus are an excellent beam quality, high peak power, short pulse width. Highly aggressive on metals while at the same time limiting thermal effect for optimum marking of plastics. Ideal for marking a broad range of materials with the best results on steel, titanium, aluminum (bare, anodized or coated) as well as on plastics (such as ABS, Lexan, PES, PET, PVC), polycarbonate and many others.
The simple end-pumped architecture, using a TE cooled diode laser pump with high MTBF, assures the reliability and availability of the system required by many industrial applications including automotive and electronic manufacturing.
Power, long term stability and precision of ViolinoTM 3 plus laser allow successful use in all laser marking applications: ENGRAVING, ANNEALING, ABLATION and COLOR CHANGE. ViolinoTM beam characteristics permits material interaction effects such as vaporization, surface marking, removal of coatings as well as alteration of the molecular structure of a material area without affecting the material as a whole. The result is always a visible and high contrast marking.
Thanks of superior marking speed, power and quality, the ViolinoTM 3 plus allows to do better marking performances in terms of time, contrast and deep engraving, such as a higher power laser.
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Technical Data
Output power stability (over 8 h) < 2 %
Noise (rms) < 0.5 %
Beam quality M2 < 1.2
Ellipticity < 10 %
Beam-pointing stability 200:1
Operating temperature (base plate) 10 °C - 40 °C
Protection class IEC Europe 3B
Protection class CDRH USA IIIb
Dimensions laser head (LxWxH) 100x39x39 mm3
Dimensions controller (LxWxH) 100x39x39 mm3
Cable lenght laser head - controller 1 m
Operating voltage 24 V
AC power pack included
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The CadiYAG is a compact, diode-pumped solid-state laser. It is designed for maximum reliability.
Several versions of the CadiYAG are available. The basic model operates at 1064 nm with various power levels between 10 W and 120 W cw.
The Q-switched models generate strong pulses with a repetition rate between 0 and 50 kHz. The maximum average power of the Q-switched version is 90 W. Therefore, the peak power of a single pulse is well above 100 kW.
This high peak power combined with the uniform beam quality is ideal for many industrial applications, such as marking, cutting, engraving, trimming, etc.
With frequency doubling, the Q-switched CadiYAG versions deliver strong pulses at 532 nm. The maximum average power is 45 W. The repetition rate can be chosen between 0 and 50 kHz.
The frequency doubling stage uses reliable and durable crystals. This is a precondition for long and maintenance free operation intervals.
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The RBA GOLD is the third generation of diode-pump solid state modules. Complementing the popular RB Plus family of modules, the RBA Gold has all the same features as the RB Plus with an additional integrated circuit board that protects against all major premature failure mechanisms. The RBA Gold features build-in sensors for the monitoring of the diode array and ambient temperatures, humidity as well as warnings for coolant leaks, over current and over voltage problems. These CEO proprietary protection features set a new precedent in the laser industry enabling OEM's to protect their investments and minimize risk. In addition every RBA Gold pump module comes standard with an unrivaled 3-year warranty.
The RBA Gold family of DPSS modules is offered at power levels up to 100 Watts in a simple, compact, and affordable package. It is also an ideal building block in the development or production of medium power rod laser systems, conversion of existing lamp-based laser designs to diode-pumping, or retrofit of existing arc lamp hardware to provide more stable and reliable operation.
The pump module is completely maintenance-free. It incorporates a Nd:YAG laser rod that is efficiently pumped by long life laser diode bars, and delivers excellent gain uniformity and lensing performance. It is ideally suited for multimode applications such as laser marking and can also provide high beam quality for more precise micro-machining and scientific applications.
The RBA Gold is driven by low voltage electronics. Cooling of the laser is accomplished with a simple recirculating water chiller running on filtered water, eliminating the need for deionized water systems.
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