SCANLAB GmbH

Puchheim D-82178

COMPANY OVERVIEW

About SCANLAB GmbH

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Contact

Siemensstr 2a
Puchheim D-82178
Germany
http://www.scanlab.de/en
49-89-800-746-0
49-89-800-746-199

More Info on SCANLAB GmbH

Manufactures high-performance galvanometer scanners and galvanometer-based scanning systems. Product range includes scan heads, scan systems, polygon scanner, automated machine vision, customized systems, control electronics and laser processing software.

Products

Buyer's Guide

SCANalign - quality control and vision solution

SCANalign extends laser scan systems with automatic process alignment and highly precise calibration of the whole image field. The package's included camera captures images, image...
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Shared User Pr2930d5004ec24839ac5869728e1d954e
Shared User Pr2930d5004ec24839ac5869728e1d954e
Shared User Pr2930d5004ec24839ac5869728e1d954e
Shared User Pr2930d5004ec24839ac5869728e1d954e
Beam accessories

intelliWELD, powerSCAN, varioSCAN - 3D Scan Systems

For applications requiring high laser power. They can be optionally equipped with a dynamic focusing unit that quickly and precisely fine-positions the laser spot within the working...
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Shared User Prd57e9653acf84040b4ae18d55dcb5341
Shared User Prd57e9653acf84040b4ae18d55dcb5341
Shared User Prd57e9653acf84040b4ae18d55dcb5341
Shared User Prd57e9653acf84040b4ae18d55dcb5341
Scanners

basiCube, SCANcube, hurrySCAN, intelliSCAN, excelliSCAN - 2D Scan Systems

SCANLAB's scan heads integrate all scan components in a sealed housing. Standardized electronic interfaces ensure straight-forward connections to power supplies and controllers...
Buyer's Guide

intelliWELD, powerSCAN, varioSCAN - 3D Scan Systems

For applications requiring very high laser powers. They can be optionally equipped with a dynamic focusing unit that quickly and precisely fine-positions the laser spot within...
Buyer's Guide

laserDESK®, SCANLAB's Laser Processing Software

Lets you easily create and execute professional laser marking and material-processing programs (laser jobs). Its user-friendly interface provides all needed functionality, including...
Buyer's Guide

laserDESK, SCANLAB's Laser Processing Software

Lets you easily create and execute professional laser marking and material-processing programs (laser jobs). Its user-friendly interface provides all needed functionality, including...
Screen shot laserDESK
Screen shot laserDESK
Screen shot laserDESK
Screen shot laserDESK
Screen shot laserDESK
Software, manufacturing control

laserDESK - Laser Processing Software

Lets you easily create and execute professional laser marking and material-processing programs (laser jobs). Its user-friendly interface provides all needed functionality, including...
Buyer's Guide

RTC® PC interface boards, RTC® SCANalone standalone boards

Easy-to-use, PC-based solutions for controlling laser scan systems. Simple software commands enable the RTC® boards to achieve synchronized, real-time control of scan systems ...
Buyer's Guide

RTC control electronics

SCANLAB's RTC control boards provide digital control of laser scan systems via PC (PCI, PCI-Express), via PC/104-Plus-Embedded System, SL2-100, Ethernet or other interfaces.
Buyer's Guide

RTC® PC interface boards, RTC® SCANalone standalone boards

Easy-to-use, PC-based solutions for controlling laser scan systems. Simple software commands enable the RTC® boards to achieve synchronized, real-time control of scan systems ...

Articles

Software & Accessories

Control software provides exact laser control

SCANmotionControl software calculates optimum trajectories from specified machining patterns and process parameters.
Scanlab Intelli Scan Iv Scan Systems 300dpi
Scanlab Intelli Scan Iv Scan Systems 300dpi
Scanlab Intelli Scan Iv Scan Systems 300dpi
Scanlab Intelli Scan Iv Scan Systems 300dpi
Scanlab Intelli Scan Iv Scan Systems 300dpi
Software & Accessories

Scan heads feature integrated water cooling

The intelliSCAN IV scan head features reduced dimensions and integrated water cooling for greater stability and a 20% increase in dynamics compared to previous models.
Photo 239008597 © Penchan Pumila | Dreamstime.com
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Dreamstime Xl 239008597
Dreamstime Xl 239008597
Dreamstime Xl 239008597
Dreamstime Xl 239008597
Executive Forum

Photonics business roundup: May 2022

It’s time to recap all the photonics business news that was announced in May 2022.
FIGURE 1. Manufacturing of solar panels.
FIGURE 1. Manufacturing of solar panels.
FIGURE 1. Manufacturing of solar panels.
FIGURE 1. Manufacturing of solar panels.
FIGURE 1. Manufacturing of solar panels.
Laser Processing

Ultraprecise high-speed laser processing of large substrates

This article explores the ultrafast ablation or functionalization of defined layers of large substrates.
FIGURE 1. Variation of the intensity distribution by rotation the diffractive optical element (DOE) plates relatively to each other.
FIGURE 1. Variation of the intensity distribution by rotation the diffractive optical element (DOE) plates relatively to each other.
FIGURE 1. Variation of the intensity distribution by rotation the diffractive optical element (DOE) plates relatively to each other.
FIGURE 1. Variation of the intensity distribution by rotation the diffractive optical element (DOE) plates relatively to each other.
FIGURE 1. Variation of the intensity distribution by rotation the diffractive optical element (DOE) plates relatively to each other.
Laser Processing

Beam shaping with diffractive optical elements for bipolar plates

Using a diffractive optical element (DOE) enables economical mass production of bipolar plates for fuel cell power vehicles.
Photo 236540213 © Marek Uliasz | Dreamstime.com
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Dreamstime Xl 236540213
Dreamstime Xl 236540213
Dreamstime Xl 236540213
Dreamstime Xl 236540213
Executive Forum

Photonics business roundup: February 2022

Business announcements were plentiful in February 2022 for the optics and photonics industry, spanning several application and product markets.
Scanlab
Scanlab
Scanlab
Scanlab
Scanlab
Software & Accessories

Laser scanner is suited for applications requiring f-theta lenses

The varioSCAN II laser scanner enables the z-axis to be integrated into a laser machine in any mounting orientation.
SCANLAB and ACS Motion Control have proven that integrating a scanner and synchronized mechanical stage enables a new class of accuracy for large-field processing by introducing the XL SCAN concept.
SCANLAB and ACS Motion Control have proven that integrating a scanner and synchronized mechanical stage enables a new class of accuracy for large-field processing by introducing the XL SCAN concept.
SCANLAB and ACS Motion Control have proven that integrating a scanner and synchronized mechanical stage enables a new class of accuracy for large-field processing by introducing the XL SCAN concept.
SCANLAB and ACS Motion Control have proven that integrating a scanner and synchronized mechanical stage enables a new class of accuracy for large-field processing by introducing the XL SCAN concept.
SCANLAB and ACS Motion Control have proven that integrating a scanner and synchronized mechanical stage enables a new class of accuracy for large-field processing by introducing the XL SCAN concept.
Lasers & Sources

Variable multibeam tool enables high accuracy and throughput

A multibeam optical engine that integrates a scanner and a synchronized mechanical stage enables a new class of accuracy and throughput for processing of large scan-field areas...
Scanlab
Scanlab
Scanlab
Scanlab
Scanlab
Software & Accessories

Laser scanning system is designed for laser marking projects

The SCANcube IV scan system is available with a 10 or 14 mm aperture and offers new dust-tight housing and optimized heat management.
© SCANLAB GmbH
SCANLAB's basiCube scan head with RTC5 control board.
SCANLAB's basiCube scan head with RTC5 control board.
SCANLAB's basiCube scan head with RTC5 control board.
SCANLAB's basiCube scan head with RTC5 control board.
SCANLAB's basiCube scan head with RTC5 control board.
Optics

SCANLAB gets new sister company—a diffractive optical element manufacturer

SCANLAB's new affiliate company, HOLO/OR, brings expertise in DOEs, a technology that augments SCANLAB's laser scanning products.

Buyer's Guide Listing Information

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Additional content from SCANLAB GmbH

(Courtesy of Sill Optics)
FIGURE 1. An adaptive laser micromachining process operates in a way similar to an optical coherence tomography (OCT) measurement (a). The f-theta lens is seen inside the micromachining setup (b). A carbide drill with an undercut fabricated using adaptive microdrilling has a depth accuracy more accurate by a factor of about five in comparison to if it were made via a nonadaptive laser process (c).
FIGURE 1. An adaptive laser micromachining process operates in a way similar to an optical coherence tomography (OCT) measurement (a). The f-theta lens is seen inside the micromachining setup (b). A carbide drill with an undercut fabricated using adaptive microdrilling has a depth accuracy more accurate by a factor of about five in comparison to if it were made via a nonadaptive laser process (c).
FIGURE 1. An adaptive laser micromachining process operates in a way similar to an optical coherence tomography (OCT) measurement (a). The f-theta lens is seen inside the micromachining setup (b). A carbide drill with an undercut fabricated using adaptive microdrilling has a depth accuracy more accurate by a factor of about five in comparison to if it were made via a nonadaptive laser process (c).
FIGURE 1. An adaptive laser micromachining process operates in a way similar to an optical coherence tomography (OCT) measurement (a). The f-theta lens is seen inside the micromachining setup (b). A carbide drill with an undercut fabricated using adaptive microdrilling has a depth accuracy more accurate by a factor of about five in comparison to if it were made via a nonadaptive laser process (c).
FIGURE 1. An adaptive laser micromachining process operates in a way similar to an optical coherence tomography (OCT) measurement (a). The f-theta lens is seen inside the micromachining setup (b). A carbide drill with an undercut fabricated using adaptive microdrilling has a depth accuracy more accurate by a factor of about five in comparison to if it were made via a nonadaptive laser process (c).
Optics

F-theta lenses keep laser-scanning nice and linear

F-theta lenses have a laser spot position linearly proportional to the scan angle and are thus useful in many laser-scanning applications.
1909 Lfw Pro 4
1909 Lfw Pro 4
1909 Lfw Pro 4
1909 Lfw Pro 4
1909 Lfw Pro 4
Positioning, Support & Accessories

Galvo scanner from Scanlab enables processing of 3D-shaped workpieces

The XL SCAN galvo-based scanner processes workpieces of nearly unlimited size by combining a 2D scan head with an XY positioning stage.
1905 Lfw Pro 4
1905 Lfw Pro 4
1905 Lfw Pro 4
1905 Lfw Pro 4
1905 Lfw Pro 4
Positioning, Support & Accessories

Scanlab scan head provides 600 cps writing speeds

The basiCube 14 compact-class scan system features a 14 mm aperture for precision marking using small spots.
Scanlab Dyn Axis 421 Galvometer Scanner Oct 300dpi
Scanlab Dyn Axis 421 Galvometer Scanner Oct 300dpi
Scanlab Dyn Axis 421 Galvometer Scanner Oct 300dpi
Scanlab Dyn Axis 421 Galvometer Scanner Oct 300dpi
Scanlab Dyn Axis 421 Galvometer Scanner Oct 300dpi
Home

Smart galvo scanner for medical and scientific applications by Scanlab

The dynAXIS 421 compact galvanometer scanner has utility in several medical applications.
Content Dam Lfw Article 2018 6 Scanlab Precsys Service 300dpi
Content Dam Lfw Article 2018 6 Scanlab Precsys Service 300dpi
Content Dam Lfw Article 2018 6 Scanlab Precsys Service 300dpi
Content Dam Lfw Article 2018 6 Scanlab Precsys Service 300dpi
Content Dam Lfw Article 2018 6 Scanlab Precsys Service 300dpi
Positioning, Support & Accessories

Scanlab micromachining system enables fabrication of flexibly definable geometries

The robust precSYS 5-axis scan system was created for industrial volume production via ultrashort-pulse laser micromachining.
Positioning, Support & Accessories

Integrated control of galvo and x-y stage improves laser-scribing accuracy

The new process allows simultaneous control and movement of the galvanometer scanner and the x-y stage.
Content Dam Lfw Online Articles 2018 03 1801lfw Pro 10 Web
Content Dam Lfw Online Articles 2018 03 1801lfw Pro 10 Web
Content Dam Lfw Online Articles 2018 03 1801lfw Pro 10 Web
Content Dam Lfw Online Articles 2018 03 1801lfw Pro 10 Web
Content Dam Lfw Online Articles 2018 03 1801lfw Pro 10 Web
Software

Scanlab 3D calibration wizard is dialog-driven

The software-based 3D Calibration Wizard enables an individual alignment of all system components via evaluation of test patterns and marked points.
1712 Lfw Pro 10
1712 Lfw Pro 10
1712 Lfw Pro 10
1712 Lfw Pro 10
1712 Lfw Pro 10
Positioning, Support & Accessories

Scan heads from Scanlab have utility in 3D printing

The intelliSCANse 20 and 30 scan heads offer 20 and 30 mm apertures, respectively, for a larger working field.
(Courtesy of Cambridge Technology)
FIGURE 1. A high-capacity Cambridge Technology Lincoln Laser aerostatic-bearing polygonal scanner has a partially evacuated optical chamber.
FIGURE 1. A high-capacity Cambridge Technology Lincoln Laser aerostatic-bearing polygonal scanner has a partially evacuated optical chamber.
FIGURE 1. A high-capacity Cambridge Technology Lincoln Laser aerostatic-bearing polygonal scanner has a partially evacuated optical chamber.
FIGURE 1. A high-capacity Cambridge Technology Lincoln Laser aerostatic-bearing polygonal scanner has a partially evacuated optical chamber.
FIGURE 1. A high-capacity Cambridge Technology Lincoln Laser aerostatic-bearing polygonal scanner has a partially evacuated optical chamber.
Optics

Photonics Products: Laser Scanning: Polygon beam scanners enable essential applications

Repetitive high-speed linear scanning of a laser beam is often best achieved with a spinning polygon mirror.
Content Dam Lfw Online Articles 2017 06 1706lfw Pro 9 Web
Content Dam Lfw Online Articles 2017 06 1706lfw Pro 9 Web
Content Dam Lfw Online Articles 2017 06 1706lfw Pro 9 Web
Content Dam Lfw Online Articles 2017 06 1706lfw Pro 9 Web
Content Dam Lfw Online Articles 2017 06 1706lfw Pro 9 Web
Positioning, Support & Accessories

Scanlab collimation module can be combined with disk or fiber lasers

This collimation module is a fiber coupler that lets scan heads be integrated into laser processing machines.
Content Dam Lfw Online Articles 2017 03 1704lfw Pro 12 Web
Content Dam Lfw Online Articles 2017 03 1704lfw Pro 12 Web
Content Dam Lfw Online Articles 2017 03 1704lfw Pro 12 Web
Content Dam Lfw Online Articles 2017 03 1704lfw Pro 12 Web
Content Dam Lfw Online Articles 2017 03 1704lfw Pro 12 Web
Software

Scan calculation app from Scanlab calculates scan system spot size and precision

The SCANcalc calculation app lets users select appropriate scan heads for their specific requirements.
FIGURE 1. Galvanometer-scanner speed limits are shown for various scenarios.
FIGURE 1. Galvanometer-scanner speed limits are shown for various scenarios.
FIGURE 1. Galvanometer-scanner speed limits are shown for various scenarios.
FIGURE 1. Galvanometer-scanner speed limits are shown for various scenarios.
FIGURE 1. Galvanometer-scanner speed limits are shown for various scenarios.
Lasers & Sources

Laser Applications: Galvo scanners reach megahertz-scale range repetition rates for laser micromachining

Maximizing ablation efficiency and choosing the correct peak fluence enable both high throughput and a high-quality laser-machining process.
Content Dam Lfw Online Articles 2016 11 1611lfw Pro 14 Web
Content Dam Lfw Online Articles 2016 11 1611lfw Pro 14 Web
Content Dam Lfw Online Articles 2016 11 1611lfw Pro 14 Web
Content Dam Lfw Online Articles 2016 11 1611lfw Pro 14 Web
Content Dam Lfw Online Articles 2016 11 1611lfw Pro 14 Web
Positioning, Support & Accessories

Scan head from SCANLAB allows engraving of 3D shapes inside glass

The basiCube 10 scan head is optimized for use with 532 nm green laser light.
(Courtesy Scanlab)
Drawing of the new Scanlab headquarters, which is nearing completion in Puchheim, Germany.
Drawing of the new Scanlab headquarters, which is nearing completion in Puchheim, Germany.
Drawing of the new Scanlab headquarters, which is nearing completion in Puchheim, Germany.
Drawing of the new Scanlab headquarters, which is nearing completion in Puchheim, Germany.
Drawing of the new Scanlab headquarters, which is nearing completion in Puchheim, Germany.
Lasers & Sources

Laser scan systems maker Scanlab reorganizes for growth

Scanlab is simplifying its legal structure and the corporate headquaters construction nears completion.
Content Dam Lfw Online Articles 2016 06 1607lfw Pro 6 Web
Content Dam Lfw Online Articles 2016 06 1607lfw Pro 6 Web
Content Dam Lfw Online Articles 2016 06 1607lfw Pro 6 Web
Content Dam Lfw Online Articles 2016 06 1607lfw Pro 6 Web
Content Dam Lfw Online Articles 2016 06 1607lfw Pro 6 Web
Positioning, Support & Accessories

Smart visual monitoring system from Scanlab has utility in laser processing applications

The SCANalign intelligent monitoring and calibration system has use in laser processing applications that require strict dimensional tolerances.
1510 Lfw Pro 14
1510 Lfw Pro 14
1510 Lfw Pro 14
1510 Lfw Pro 14
1510 Lfw Pro 14
Positioning, Support & Accessories

Scanlab PCI control boards can control two heads simultaneously

The RTC 4 PCI control boards feature 16-bit position resolution and support for the widely used XY2-100 standard/enhanced protocol.
1507 Lfw Pro 10
1507 Lfw Pro 10
1507 Lfw Pro 10
1507 Lfw Pro 10
1507 Lfw Pro 10
Positioning, Support & Accessories

Scanning system from Scanlab features a 14 mm aperture

The excelliSCAN scanning system uses galvo scanners with digital angle sensors.
1410prod Scanlab
1410prod Scanlab
1410prod Scanlab
1410prod Scanlab
1410prod Scanlab
Detectors & Imaging

Digital encoder from Scanlab uses a zero mass laser beam to sense a stationary scale

This digital se-encoder can detect digital position and lowers the moments of inertia in drives in high-precision semiconductor processing or microstructuring.
2 Lfw 16 Scanlab
2 Lfw 16 Scanlab
2 Lfw 16 Scanlab
2 Lfw 16 Scanlab
2 Lfw 16 Scanlab
Detectors & Imaging

Scanlab vision system enables precise beam positioning

The SCANalign vision system for high-precision laser processing automatically recognizes and locates fiducial markers or other features on workpieces to precisely position the...
9 Lfw 4 Scanlab
9 Lfw 4 Scanlab
9 Lfw 4 Scanlab
9 Lfw 4 Scanlab
9 Lfw 4 Scanlab
Positioning, Support & Accessories

Galvanometer scanners from Scanlab have integrated temperature regulation

New dynAXIS 3 galvanometers with analog position detectors feature low drift and integrated temperature regulation.
9 Lfw 14 Scanlab
9 Lfw 14 Scanlab
9 Lfw 14 Scanlab
9 Lfw 14 Scanlab
9 Lfw 14 Scanlab
Home

Scan head from SCANLAB features digital encoder scanners

The new intelliSCANse 10 scan head has a 10 mm aperture and high-resolution digital encoder scanners.
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2011 06 40653
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2011 06 40653
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2011 06 40653
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2011 06 40653
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2011 06 40653
Positioning, Support & Accessories

Scan head from Scanlab available in 14, 20, and 25 mm apertures

The intelliSCANde 30 scan system is a completely digital scan head with a digital encoder for position feedback, digital control electronics, and a 20 bit, SL2-100 control interface...
Shared User Pr3f34d9198a4f4f0a97a80449db53c38f
Shared User Pr3f34d9198a4f4f0a97a80449db53c38f
Shared User Pr3f34d9198a4f4f0a97a80449db53c38f
Shared User Pr3f34d9198a4f4f0a97a80449db53c38f
Shared User Pr3f34d9198a4f4f0a97a80449db53c38f
Positioning & sensing equipment

RTC electronic control boards

Easy-to-use, PC-based solutions for controlling laser scan systems. Simple software commands enable the RTC boards to achieve synchronized, real-time control of scan systems and...
Buyer's Guide

basiCube, SCANcube, hurrySCAN, intelliSCAN, excelliSCAN - 2D Scan Systems

SCANLAB's scan heads integrate all scan components in a sealed housing. Standardized electronic interfaces ensure straight-forward connections to power supplies and controllers...
Buyer's Guide

hurrySCAN®, SCANgine®, SCANcube®

SCANLAB's scan heads integrate all scan components in a sealed housing. Standardized electronic interfaces ensure straight-forward connections to power supplies and controllers...
Buyer's Guide

dynAXIS® galvanometer scanners

dynAXIS® galvanometer scanners are high-performance rotary motors for optical applications. They consist of a motor section based on moving magnet technology and a high-precision...
Buyer's Guide

dynAXIS galvanometer scanners

dynAXIS galvanometer scanners are high-performance rotary motors for optical applications. They consist of a motor section based on moving magnet technology and a high-precision...
Shared User Pr3bf9e029f5004bf68c99c523b639bfbd
Shared User Pr3bf9e029f5004bf68c99c523b639bfbd
Shared User Pr3bf9e029f5004bf68c99c523b639bfbd
Shared User Pr3bf9e029f5004bf68c99c523b639bfbd
Shared User Pr3bf9e029f5004bf68c99c523b639bfbd
Scanners

dynAXIS galvanometer scanners

dynAXIS galvanometer scanners are high-performance rotary motors for optical applications. They consist of a motor section based on moving magnet technology and a high-precision...
(Courtesy of Canton Laserphoto, GZ)
FIGURE 1. Laser light show galvos don't require high precision, but they do need high speed to quickly move different colors of laser beams to form changing shapes.
FIGURE 1. Laser light show galvos don't require high precision, but they do need high speed to quickly move different colors of laser beams to form changing shapes.
FIGURE 1. Laser light show galvos don't require high precision, but they do need high speed to quickly move different colors of laser beams to form changing shapes.
FIGURE 1. Laser light show galvos don't require high precision, but they do need high speed to quickly move different colors of laser beams to form changing shapes.
FIGURE 1. Laser light show galvos don't require high precision, but they do need high speed to quickly move different colors of laser beams to form changing shapes.
Optics

PRODUCT FOCUS: GALVANOMETER SCANNERS: What you need to know to buy a galvo-positioner

Galvo-positioning requires an understanding of different types of actuators, position detectors, and servos; and specifications such as accuracy, repeatability, and stability ...
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2010 08 1359
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2010 08 1359
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2010 08 1359
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2010 08 1359
Content Dam Etc Medialib New Lib Laser Focus World Online Articles 2010 08 1359
Software

Scanlab material-processing software offers integrated laser control with error monitoring

laserDESK laser material-processing software supports all capabilities of the RTC 5 controller board using proprietary iDRIVE control and servo technology.