SUPERSCAN 2-Axis Deflection Units

Non-latching; 1xN, 2xN, NxM; Fiber Type SM, PM; 1250 to 1670 nm; Insertion Loss 0.4 to 2.5 dB; Crosstalk 60 dB; Switching Time 5 to 10 ms Sercalo Microtechnology’s co-axial fiber optic MEMS switches are available in 1xN, 2xN and NxM configurations. Their compact design offers a very low size and lower cost than standard switches. Nevertheless, it has slower speed and larger wavelength dependent loss than the SW or SL types. These co-axial switches are non-latching: at power-off they break the optical connection, and routing of ports is not defined. They are based on a strictly non-blocking bidirectional architecture, i.e. the common port can be used as input or output of the light signal. The underlying MEMS technology results in low insertion loss and low crosstalk between channels while keeping a constant switching performance over life. The hermetically sealed MEMS and the laser welded fiber collimators guarantee broad temperature range and superior long-term stability. No epoxy is present in the optical path. The series of co-axial fiber optic MEMS switches is compliant to Telcordia 1221 reliability standards and RoHS requirements 2015/863/EU. Sercalo Microtechnology’s SC type co-axial 1xN and 2xN fiber optic switches are based on a design where a single MEMS mirror redirects light from a common fiber to one of N ports. The miniature packages withstands rugged environments and is well suited for direct mounting on printed circuit boards. These switches are available in four different variants to simplify integration in existing systems and reduce development cost: standard size – ribbon fibers (SC); miniature size – small driver board: 7 x 40 mm (mSC); compatible with industry pinout, 900 um sleeved fibers and connectors (rSC); bare optical component (bSC). Sercalo Microtechnology’s SCBU type co-axial NxM fiber optic switches are based on a design where a matrix of MEMS mirrors redirects light from N inputs to M outputs. The optical networks can be based on a strictly nonblocking matrix (from 4x4 up to 16x16 ports) or on a tree structure (up to 2x540 ports). Key Features: Low Insertion Loss Reliable Non-latching Bidirectional 1xN, 2xN, NxM Variants Up to 2x540 Optical Ports Wavelength Range: 1250 to 1670 nm Insertion Loss (IL): 0.4 to 2.5 dB Response Time: 5 to 10 ms Crosstalk: 60 dB UART, I2C/SMBus and Parallel Interface Ethernet Interface Available on Request RoHS Compliant Applications: Telecom; Optical Network Switching, Reconfiguration, Protection and Restoration; Instrumentation; Test and Measurement

Optical Deflection ±0.393 rad; Processing Speed 10-65 rad/s; Positioning Speed 10-65 rad/s; Max. Input Aperture 15, 20 mm; Digital Control via SL2-100, RL3-100, or XY2-100 Protocol Raylase’s AXIALSCAN series of prefocusing deflection units offer very small spot diameters at large field sizes or processing areas, flexibility, high deflection speed, long-term stability and low drift values. AXIALSCAN-20/-30 deflection units feature high power density in the spot, enabling new application and reduced system costs. Deflection units are designed for field sizes from 100 mm x 100 mm up to 1,800 mm x 1,800 mm. These units are available with options like motorized adjustment of the operating field steered by the stepper motor interface, high-power version with optimized Nd: YAG and CO₂ optics for up to 4 kW, as well as a high-speed version with double motor-driven Z-axis and extremely light and stiff high-performance mirrors. The AXIALSCAN-30 DIGITAL II deflection units with the LT-II-15 digital linear translator module ensure exceptionally low drift values at 20 Bit position resolution. Heat development is greatly reduced thanks to the PWM output stages used. Thanks to optimized lenses for CO₂ wavelength and 1060 to 1070 nm, the AXIALSCAN-30 DIGITAL II HP deflection units can handle laser power up to 4 kW. The pre-focusing deflection units of the AXIALSCAN-50 DIGITAL II series feature cutting-edge digital control electronics. Various tuning options are available, enabling application-specific adjustment of control parameters and, in combination with the SC mirrors, produce exceptional deflection speeds and dynamic values. The AXIALSCAN-50 DIGITAL II can be equipped with a range of tuning options (VC, LS and M). Default tunings are configurable. The AXIALSCAN-FIBER 20/30 deflection systems can be easily integrated into any laser system by means of various mechanical interfaces below, to the side (robot flange is possible) and from above. The integrated fiber collimator enables connection of the laser fiber without beam path alignment. A second external protective window can be quickly and easily replaced, with optional monitoring available. Camera and welding monitoring systems can be adapted to the process light output without aberrations. The AXIALSCAN FIBER-30 is completely dust-proof and therefore ideal for use in a harsh industrial environment. Suitable mirrors are available both for high-performance welding applications with laser power in the multi-kilowatt range and for highly dynamic applications. Optical configurations are available for all standard beam parameters of lasers and their fibers. The AXIALSCAN FIBER-50 deflection systems ensure that the laser process is highly dynamic and precise, even when the workpiece is passing under the deflection unit at varying speed. The pre-focussing deflection unit can, among other things, separate the contours of electrical connection surfaces (tabs) on batteries with precision during the foil winding process. This benefit is possible thanks to the pulsed laser beam – highly dynamic with position accuracy – that is directed from the AXIALSCAN FIBER-50 deflection unit onto the workpiece. It works with the smallest spot size on processing field sizes of between 300 x 300 mm and 850 x 850 mm. Depending on the model, the AXIALSCAN deflection units are compatible to the XY2-100 (16 Bit) protocol, the SL2-100 (20 Bit) protocol, or the RL3-100 (20 Bit) standards. They can be digitally controlled by a control card, such as the SP-ICE-1 PCIe PRO or SP-ICE-3. Lenses, protective glass, scan mirrors, deflection mirrors and objectives with optimized mounts are available for all typical laser beam source types. We are happy to help you put together the perfect configuration for your application – get in touch with AMS Technologies to discuss your project’s requirements. Key Features: For Large Areas With Small Spot Size and 3D-Applications For Applications at up to 5 kW Laser Power High-speed Z-Axis With Double Motor Option (AXIALSCAN-20/-30) and Digitally Controlled (AXIALSCAN-30/50 DIGITAL II) Control: Via SL2-100 Protocol 20 Bit, RL3-100 Protocol 20 Bit, or XY2-100 Protocol 16 Bit Variable Processing Field Sizes: 100 x 100 up to 1,800 x 1,800 mm Reduced Power Loss and Heat Development Due to Digital PWM Output Stages (AXIALSCAN-30 DIGITAL II) Optimized long-term drift for highly challenging process quality (AXIALSCAN-30/50 DIGITAL II/HP) Optional: Pilot laser function (AXIALSCAN-50 DIGITAL II) Max. Input Apertures: 15, 20 mm Optical Deflection (typ.): ±0.393 rad Resolution XY2-100, 16 Bit: 12 µrad Resolution SL2/RL3-100, 20 Bit: 0.76 µrad Repeatability (RMS): <0.4, <2.0 µrad Position Noise (RMS): <2.0, <3.2 µrad Max. Temperature Drift: 8, 15 ppm/K Gain, 10, 15 µrad/K Offset Long-term Drift (8 h): <50 to <100 µrad, <30, <40 µrad (Water Temperature Control) Beam Displacement: 25.63 to 60 mm Tuning: VC, H, M, FV, LS Processing Speed: 10 to 65 rad/s Positioning Speed: 10 to 65 rad/s Tracking Error: 0.155 to 1.5 ms Step Response Time (@1% of Full Scale): 0.54 to 1.9 ms Power Supply: ±15 to ±18 VDC, 7.5 A RMS, max. 10 A, +30/+48 VDC, 4, 6 A RMS, max. 8, 10 A Temperature Range: +15°C to +35°C Protection: IP 54, IP64 Dimensions: 270 x 140 x 320 mm, 380 x 200 x 494 mm, 550 x 280 x 230 mm Weight: Approx. 5.5 to 28 kg Key Features AXIALSCAN-FIBER 20/30/50: “High Power” Version for Welding in the E-mobility Market or “High Dynamic” Version for the Powder-bed Process (SLM) in Additive Manufacturing 4-times Productivity by Quadruple Design With 100 % Overlapping Above the Production Panel Dust-proof and Tailored to the Requirements of Industrial Powder Bed Machines Easy System Integration With Direct Laser-fiber Connection and Multiple Mounting Possibilities “On-Axis” Quality Control by Integrated Process-monitoring Interface (AXIALSCAN-FIBER 50) Wide Range of Options for Coaxial Inline Process Control (AXIALSCAN-FIBER 50) Sharp and Precise Cutting of Battery Foils (AXIALSCAN-FIBER 50) Applications: Scribing; Cutting; Perforating; Welding; Drilling; Marking-and-processing-On-The-Fly (MOTF) Applications; Bleaching; 3D Applications; Additive Manufacturing (SLM); Packaging Industry; Micro-material Processing; Processing of Moving Parts; E-Mobility; Welding of Bipolar Plates for Fuel Cells

Wavelength 266-1100 nm; Type IR, Visible, UV, Mid-IR; Scan Angle 4,9-60 mrad; Active Aperture 1.0-60 mm; Operating Frequency 9.4 µm-432 MHz; Optical Material Germanium, Sapphire, Fused Silica, Crystalline Quartz, Tellurium Dioxide G&H acousto-optic deflectors (AODF) provide precise spatial control of an optical beam, whether performing 1D or 2D scanning or executing beam deflection through a fixed angle. The acousto-optic deflectors offer highly uniform diffraction efficiency across the full scan angle, with consistent power throughput for scanning applications like material processing and digital imaging. Gooch & Housego offers a wide range of standard deflectors and RF drivers for wavelengths from 266-1500 nm. Key Features: Visible and NIR wavelength products based on tellurium dioxide crystals, grown in-house UV wavelength products based on fused silica and crystal quartz Broad bandwidth products based on a longitudinal mode approach using a phased array of piezoelectric elements High efficiency products based on slow shear deflection using parallel tangents off-axis interactions Selecting the right RF driver is important to achieve the desired scanning speed and accuracy. Deflectors used in scanning or writing applications require a variable frequency source which is both stable and highly linear. 2D UV beam scanning may be achieved by cascading two UV deflectors in series. Gooch & Housego’s flexible functionality AODF Dual Driver with phase synchronized outputs offers the optimum in RF driver control for 2D scanning.Applications: Digital Imaging; Heterodyne Interferometry; Laser Cooling; Laser Marking; Laser Tweezers; Material Processing; Micromachining; Microscopy; On-Line Process Control; Optical Inspection; Photolithography; Printing Series Wavelength Type Scan Angle Active Aperture Operating Frequency Optical Material Downloads AODF 4070 N/A Mid-IR 60 mrad 9 mm 9.4 µm Germanium Datasheet Driver Driver AODF 2690-UV 266 - 355 nm N/A up to 4.9 mrad up to 7 mm 100 - 432 MHz Sapphire Datasheet Driver Driver AODF 4200-UV 266 nm UV 5.5 mrad 1.0 x 60.0 mm 135 - 265 MHz Fused Silica Datasheet Driver Driver AODF 4170 355 nm UV 4.9 mrad 7 mm 130 - 210 MHz Crystalline Quartz Datasheet Driver Driver AODF 4100-UV 364 nm UV 29.5 mrad 4.0 x 14.0 mm 75 - 125 MHz Tellurium Dioxide Datasheet Driver Driver AODF 4200-VI 405 - 488 nm Visible 58 mrad 4.8 mm 150 - 250 MHz Tellurium Dioxide Datasheet Driver Driver AODF 4090-7 440 - 530 nm Visible 44 mrad 8.5 mm 60 - 115 MHz Tellurium Dioxide Datasheet Driver Driver AODF 4100-VI 488 nm Visible 39.5 mrad 4.0 - 14 mm 75 - 125 MHz Tellurium Dioxide Datasheet Driver Driver AODF 4055-4 780 - 980 nm IR 44.3 mrad 3.5 x 14 mm 35 - 70 MHz Tellurium Dioxide Datasheet Driver Driver AODF 4210-IR 830 nm IR 27.6 mrad 2.0 - 6.0 mm 140 - 280 MHz Tellurium Dioxide Datasheet Driver Driver AODF 4090-6 1064 nm IR 56 mrad 2 mm 72.5 - 107.5 MHz Tellurium Dioxide Datasheet Driver   AODF 4075-IR 1065 - 1100 nm IR 8.1 mrad 2.5 mm 59 - 91 MHz Tellurium Dioxide Datasheet Driver Driver