Laser lighting - Import export

Laser Scanner Solution: This task is a typical application of the high-resolution QuellTech 2D/3D Q5-880 Blue Laser Scanners. Two of these units are placed at the left and at the right of the measuring objects, at a defined inclination angle. Blue laser light in this case is a prerequisite, as the cast parts are red-hot, hence emitting in the red spectral range. Additionally, the client was in need of a software solution for the project, so a 3D point cloud processing application was implemented, performing inline and evaluating width, height and angle results. QuellTech customer is able to inspect continuously the product quality, simultaneously avoiding scrap. He uses the same system for more than 10 different types of castings. Errors caused by manual inspection are considerably reduced, and safety for personnel is enhanced.

QuellTech Solution: The performance of a manual inspection cannot be compared with the speed and the repeatability of a contactless QuellTech Q4-1000 laser scanner. It is even possible to install several instruments in parallel to cover the whole width of the ingot with one single scan. These instruments are mounted on an existing portal and correctly synchronized, so that interaction of the laser light originating from the other scanners is excluded. The QuellTech laser line scanners produce 3D point cloud of the raw ingot surface, and the software calculates the coordinates of the highest and deepest levels of this surface. After scalping the flat surface can be scanned again for any defects. Benefits for the Client: Thanks to QuellTech’s wide area laser line scanners, the cycle times for ingot scalping could considerably be reduced, and excessive material scrap due to a too low scalping level is prevented.

Laser-based distance sensor for large distances Profile LT5000: Compact design Capable of being integrated easily High flexibility owing to invertible analog characteristic (QA) and switching window function (Q) Easy commissioning and operation via external teach-in Well visble laser light spot of laser class 1 for precise orientation and full eye safety Analog output 0 … 10 V or 4 … 20 mA Measuring range up to 5000 mm

Avola GAMA 65 V revolving cross cut / rip cut saw Equipment / scope of supply- Cutting heights 90° / 245 mm - 45° / 164 mm - 30° / 113 mm - Machine table with lateral movement approx. 400 mm with pneumatic brake system - Machine hood with lateral PVC protective curtains - pneumatic clamping cylinder left - right - pneumatic cross-cutting operation using two-hand control - electrical saw blade inclination 90 – 30° - Revolving table 0 - 270° - Laser light for cross-cutting - Saw bla de height adjustment via mechanical stop system with scale - TCT saw blade 650 mm, dust extraction spigots 160 / 125 mm - Drive motor 12 kW – direct motor speed 1/min – 3,000 - Saw blade speed 1/min – 3,000

Avola GAMA 65 K Revolving Cross Cut Saw for professional applications Technical Equipment Motor rating 8,1 kW/400 Vac-50 Hz, star / delta start sawblade mounted direct on motor shaft Motor speed 3.000 rpm / sawblade speed 3.000 rpm Sawblade height at 90° / 245 mm – 45° / 164 mm – 30° / 113 mm Electrical sawblade inclination 90 – 30° – digital readout Revolving table 20° – 160° Two-hand pneumatic cross cutting operation Laser light for cross cutting position TCT-sawblade, dia. 650 x 30 mm x T 54 Dust extraction spigot 125 / 80 mm Options Additional clamping cylinders, horizontal, left-right Brush curtain for safety clamping hood

Microlens-Arrays with superior form accuracy are used for applications, where reliability and highest efficiency are crucial criteria. They range from beam transformation for fiber coupling over the homogenization of laser light up to the efficient combination of laser stacks of identical wavelength. The lateral dimensions of the arrays range from some millimeters in the micro-scale up to 30 millimeters for the macro-scale. The dimension of the array structures are typically in the sub-millimeter-range. With its unique production technique, INGENERIC is able to keep the form accuracy of the arrays within the submicron range. Advantages superior beam shaping efficient transformation and homogenization monolithic structure highes transmission due to minimized transition zones typical facet of 400um long term stability

Avola GAMA 80 V carpenter’s circular saw bench for professional applications Equipment / scope of supply- Motor rating 22 kW (P1) / 400 Vac-50 Hz star delta start gear drive - Motor speed rpm 3.000 / sawblade speed rpm 2.200 - Cutting height 90° / 310 mm – 45° / 217 mm – 30° / 149 mm - Electrical sawblade inclination 90 – 30° - Revolving table 0-270° - Machine table with lateral movement 650 mm - Automatic vertical pneumatic clamping cylinders right / left - Laser light for cross cutting - TCT-sawblade, 800 x 30 x T90 - Dust extraction spigots 160 / 160 / 80 / 80 mm - Sawblade height adjustment via mechanical stop system, with measuring scale, easy to adjust - DUO infeed / outfeed devices

REVOLVING CROSS CUT SAW WITH NC PROGRAMMING SYSTEM GAMA 65 K3 Fully automatic circular saw for positioning and controlling via touchscreen with length measuring system EXENSO COMFORT (Pusher system) Application Length stop system (pusher operation), revolving table and sawblade inclination via servo - motor for positioning ( cross cut, mitre cut or compound mitre cut) of heavy workpieces, i.e. carpenter industry, gluelam industry, log house industry, wooden frame work, solid wood, etc. Technical Equipment : - Motor rating 8,1 kW / 400 Vac-50Hz, star / delta start, direct driven - Motor speed 3.000 rpm - Electrical sawblade inclination 90-30° via servo motor - Laser light for cross cutting - Sawblade height at 90° / 245 mm – 45° / 164 mm – 30° / 113 mm - TCT – sawblade 650 x 30 x T 54 - Dust extraction spigot 125 / 80 mm - Revolving table 20° - 160° - Horizontal material clamping system, right - left - pneumatische Kappvorrichtung über ZweihandSteuerung/vollautomatisch

Microlens arrays with superior form accuracy are used for applications, where reliability and highest efficiency are crucial criteria. They range from beam transformation for fiber coupling over the homogenization of laser light up to the efficient combination of laser stacks of identical wavelength. The lateral dimensions of the arrays range from some millimeters in the micro-scale up to 30 millimeters for the macro-scale. The dimension of the array structures are typically in the submillimeter range. With its unique production technique, INGENERIC is able to keep the form accuracy of the arrays within the submicron range. Advantages: superior beam shaping efficient transformation and homogenization monolithic structure highest transmission due to minimized transition zones typical facet of 400um long term stability

LATERALLY MOVABLE UNDERTABLE CROSS-CUT SAW / RIP CUT SAW FULLY AUTOMATIC CIRCULAR SAW FOR POSITIONING AND CONTROLLING VIA TOUCHSCREEN WITH LENGTH MEASURING SYSTEM EXENSO COMFORT (PUSHER SYSTEM) Application : Length stop system (pusher operation), revolving table with lateral movement and sawblade inclination via servo - motor for positioning (rip cut, cross cut, mitre cut or compound mitre cut) of heavy workpieces, i.e. carpenter industry, gluelam industry, log house industry, wooden frame work, solid wood, etc. Equipment / scope of supply : - Motor rating 12 kW / 400 Vac-50Hz, star / delta start, direct driven - Motor speed 3.000 rpm - lateral movement of machine table 400 mm with pneumatic brake system - Electrical sawblade inclination 90-30° via servo motor - Laser light for cross cutting - Cutting height at 90° / 245 mm – 45° / 164 mm – 30° / 113 mm - TCT - sawblade 650 x 30 x T 54

White light interferometers use infrared light in the non-visible range (approx. 840 nm wavelength), which means that the measurement position cannot be seen. To visualize the measuring position, Micro-Epsilon systems are equipped with a pilot laser which projects a light spot onto the measuring position. In addition, the pilot laser uses a patented method to provide feedback on the distance in addition to the measurement position. If the measuring object is at the correct distance and within the measuring range, a constant glow is emitted by the pilot laser. If the measuring object is outside the measuring range, the pilot laser flashes.

Based on our rotary solenoid D2, Kendrion offers a wide range of highly reliable optical shutters for blocking light and laser beams in the field of optical safety technology. The optical shutter D23 forms the technical basis with remarkable properties and can be used in a wide range of applications, e.g. in medical instruments, aeronautical instruments, fiber optic signal transmission systems and in mass photometry. The D23 optical shutter impresses with maximum reliability, durability and a fast switching time of approx. 15 ms. With at least 10 million switching cycles, the Shutter D23 is designed for reliable continuous operation.

The products to be recorded can be fed on multiple tracks into a LED camera system, which individually measures and then weighs them at a weighing station. Based on the captured data, the highest yield and minimal give-away is guaranteed during slicing of pieces/chunks and slices. Advantages Open design, simple handling High fault tolerance Excellent detection of products with extremely fluctuating color contrasts Precise measurement even in extraneous light The laser scanner is available in various sizes to fit your product.

The optoNCDT LL laser sensors produce an oval-shaped light spot of just a few millimeters in width which reminds of a short "laser line" (LL). This oval light spot compensates for inhomogeneous surface structures and the so-called "speckling" effect which particularly occurs with metallic surfaces. Combined with special software algorithms, interferences caused by surface roughness, defects, indentations or holes are filtered out. This enables stable and precise measurement results.

High value, compact and solid video measuring microscope with motorized axes, built with standard components from our component system. Due to the modular design, customer specific solutions can be realized in a short time. exchangable objectives or turret (optional motorized) motorized measuring stage with 3-axis-joystick for fast and comfortable positioning flexible tube configuration using our component system stable granite base stepless trasmitted and coaxial incident illumination with LED high resolution digital video camera optional attachment of different optical sensors (e.g. triangulation laser, white light sensor)

Optimize your package coding with our advanced 10W and 30W laser marking systems, specifically designed for marking and coding on consumer packaged goods. These cutting-edge lasers offer unparalleled precision, speed, and durability, making them the ideal choice for a wide range of applications. Whether you need to mark 2D barcodes, batch numbers, expiration dates, or crystal-clear alphanumeric characters, our laser solutions ensure clear, permanent, and high-quality results. 10W Laser Marking System Perfect for Light to Medium Marking Requirements Our 10W laser marking system is an excellent choice for light to medium marking needs. It delivers precise, permanent marks on various materials, ensuring that your product information is always clear and legible.

Due to the modular design, customer specific solutions can be realized in a short time. optical system with telecentric or infinite optical path exchangable objectives or turret (optional motorized) motorized measuring stage with 3-axis-joystick for fast and comfortable positioning flexible tube configuration using our component system solid granite base body, steel cover and chassis, portal design, passive or active anti-vibration system console with integrated measuring computer stepless trasmitted and coaxial incident illumination with glass fiber and cold light source high resolution digital video camera optional attachment of different optical sensors (e.g. triangulation laser, white light sensor)

High value and solid video measuring microscope with motorized axes, built with standard components from our component system. Due to the modular design, customer specific solutions can be realized in a short time. optical system with telecentric or infinite optical path exchangable objectives or turret (optional motorized) motorized measuring stage with 3-axis-joystick for fast and comfortable positioning flexible tube configuration using our component system stable cast steel stand stepless trasmitted and coaxial incident illumination with glass fiber and cold light source high resolution digital video camera optional attachment of different optical sensors (e.g. triangulation laser, white light sensor)

The CryLaS Q series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. This consists of an Nd:YAG resonator with a directly coupled saturable absorber which works as a passive Q-switch. The compact housing and easy operation make the lasers an optimum light source for applications that require minimal housing dimensions with highest performance. Based on the 1064 nm fundamental, harmonics are generated using non-linear (NLO) crystals that allow a wide spectrum of laser wavelengths from 1064 nm to 213 nm. The FQSS213-Q2 laser emits pulses with approximately 1 ns pulse width at 213 nm, and can be modulated from single shot to 10 kHz. The pulse energy is 0.1 µJ. CryLaS lasers impress with their easy installation, service-free operation and long service life. This makes them ideal for OEM applications and demanding laboratory setups.

The CryLaS Q-series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. It consists of a Nd:YAG resonator with a directly coupled saturable absorber that works as a passive Q-switch. The compact housing and simple operation make the lasers an ideal light source for applications that require minimal housing dimensions with maximum performance. Based on the 1064 nm fundamental, non-linear optics (NLO optics) generate frequency multiples of this fundamental, covering a broad spectrum of laser wavelengths from 1064 nm to 213 nm. The FDSS532-Q2 laser emits pulses with a pulse width of approx. 1 ns at 532 nm and can be modulated from single shot to 10 kHz. The pulse energy is 6 µJ. CryLaS lasers impress with their simple installation, service-free operation and long service life.

The CryLaS Q-series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. It consists of a Nd:YAG resonator with a directly coupled saturable absorber that works as a passive Q-switch. The compact housing and simple operation make the lasers an ideal light source for applications that require minimal housing dimensions with maximum performance. Based on the 1064 nm fundamental, non-linear optics (NLO optics) generate frequency multiples of this fundamental, covering a broad spectrum of laser wavelengths from 1064 nm to 213 nm. The FDSS532-Q3 laser emits pulses with a pulse width of approx. 1 ns at 532 nm and can be modulated from single shot to 2.5 kHz. The pulse energy is 20 µJ. CryLaS lasers impress with their simple installation, service-free operation and long service life.

The CryLaS Q-series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. It consists of a Nd:YAG resonator with a directly coupled saturable absorber that works as a passive Q-switch. The compact housing and simple operation make the lasers an ideal light source for applications that require minimal housing dimensions with maximum performance. Based on the 1064 nm fundamental, non-linear optics (NLO optics) generate frequency multiples of this fundamental, covering a broad spectrum of laser wavelengths from 1064 nm to 213 nm. The FDSS532-Q4 laser emits pulses with a pulse width of approx. 1 ns at 532 nm and can be modulated from single shot to 1 kHz. The pulse energy is 42 µJ. CryLaS lasers impress with their simple installation, service-free operation and long service life.

The CryLaS Q series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. This consists of an Nd:YAG resonator with a directly coupled saturable absorber which works as a passive Q-switch. The compact housing and easy operation make the lasers an optimum light source for applications that require minimal housing dimensions with highest performance. Based on the 1064 nm fundamental, harmonics are generated using non-linear (NLO) crystals that allow a wide spectrum of laser wavelengths from 1064 nm to 213 nm. The FQSS213-Q1 laser emits pulses with approximately 1 ns pulse width at 213 nm, and can be modulated from single shot to 20 kHz. The pulse energy is 0.05 µJ. CryLaS lasers impress with their easy installation, service-free operation and long service life. This makes them ideal for OEM applications and demanding laboratory setups.

The CryLaS Q series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. This consists of an Nd:YAG resonator with a directly coupled saturable absorber which works as a passive Q-switch. The compact housing and easy operation make the lasers an optimum light source for applications that require minimal housing dimensions with highest performance. Based on the 1064 nm fundamental, harmonics are generated using non-linear (NLO) crystals that allow a wide spectrum of laser wavelengths from 1064 nm to 213 nm. The FQSS213-Q3 laser emits pulses with approximately 1 ns pulse width at 213 nm, and can be modulated from single shot to 2.5 kHz. The pulse energy is 1.5 µJ at 1 kHz. CryLaS lasers impress with their easy installation, service-free operation and long service life. This makes them ideal for OEM applications and demanding laboratory setups.

The CryLaS Q series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. This consists of an Nd:YAG resonator with a directly coupled saturable absorber which works as a passive Q-switch. The compact housing and easy operation make the lasers an optimum light source for applications that require minimal housing dimensions with highest performance. Based on the 1064 nm fundamental, harmonics are generated using non-linear (NLO) crystals that allow a wide spectrum of laser wavelengths from 1064 nm to 213 nm. The FQSS213-Q4 laser emits pulses with approximately 1 ns pulse width at 213 nm, and can be modulated from single shot to 1 kHz. The pulse energy is 2.5 µJ. CryLaS lasers impress with their easy installation, service-free operation and long service life. This makes them ideal for OEM applications and demanding laboratory setups.

The CryLaS Q-series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. It consists of a Nd:YAG resonator with a directly coupled saturable absorber that works as a passive Q-switch. The compact housing and simple operation make the lasers an ideal light source for applications that require minimal housing dimensions with maximum performance. Based on the 1064 nm fundamental, non-linear optics (NLO optics) generate frequency multiples of this fundamental, covering a broad spectrum of laser wavelengths from 1064 nm to 213 nm. The FQSS266-Q1 laser emits pulses with a pulse width of approx. 1 ns at 266 nm and can be modulated from single shot to 20 kHz. The pulse energy is 0.3 µJ. CryLaS lasers impress with their simple installation, service-free operation and long service life. This makes them ideal for OEM applications and demanding laboratory setups.

The CryLaS Q-series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. It consists of a Nd:YAG resonator with a directly coupled saturable absorber that works as a passive Q-switch. The compact housing and simple operation make the lasers an ideal light source for applications that require minimal housing dimensions with maximum performance. Based on the 1064 nm fundamental, non-linear optics (NLO optics) generate frequency multiples of this fundamental, covering a broad spectrum of laser wavelengths from 1064 nm to 213 nm. The DSS1064-Q2 laser emits pulses with a pulse width of approx. 1.5 ns at 1064 nm and can be modulated from single shot to 10 kHz. The pulse energy is 20 µJ. CryLaS lasers impress with their simple installation, service-free operation and long service life.

The CryLaS Q-series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. It consists of a Nd:YAG resonator with a directly coupled saturable absorber that works as a passive Q-switch. The compact housing and simple operation make the lasers an ideal light source for applications that require minimal housing dimensions with maximum performance. Based on the 1064 nm fundamental, non-linear optics (NLO optics) generate frequency multiples of this fundamental, covering a broad spectrum of laser wavelengths from 1064 nm to 213 nm. The FQSS266-Q2 laser emits pulses with a pulse width of approx. 1 ns at 266 nm and can be modulated from single shot to 10 kHz. The pulse energy is 0.8 µJ. CryLaS lasers impress with their simple installation, service-free operation and long service life. This makes them ideal for OEM applications and demanding laboratory setups.

The CryLaS Q-series lasers are diode-pumped solid-state lasers (DPSS lasers) based on a microchip design. It consists of a Nd:YAG resonator with a directly coupled saturable absorber that works as a passive Q-switch. The compact housing and simple operation make the lasers an ideal light source for applications that require minimal housing dimensions with maximum performance. Based on the 1064 nm fundamental, non-linear optics (NLO optics) generate frequency multiples of this fundamental, covering a broad spectrum of laser wavelengths from 1064 nm to 213 nm. The DSS1064-Q1 laser emits pulses with a pulse width of approx. 1.5 ns at 1064 nm and can be modulated from single shot to 20 kHz. The pulse energy is 10 µJ. CryLaS lasers impress with their simple installation, service-free operation and long service life.