1700-1750 nm; Output Energy ≤50 µJ; Repetition Rate ≤10 kHz; Pulse Width 2-5 ns; Pump Laser and OPO in Single Rugged Housing Our 170P0-1-50-S MID-IR tunable OPO (optical parametric oscillator) source combines pump laser and OPO in a single, rugged housing and generates laser pulses in the mid-infrared (MID-IR) range around 1700 nm – the applications for such wavelengths are mainly in the field of photoacoustic imaging, in addition to gas chromatography and other analysis tasks. The OPO’s wavelength can be tuned in an extended range from 1700 nm to 1750 nm. Other wavelength ranges (e.g. 1500 nm to 2000 nm) are available on demand. Using an electro-optical Q-switch, very short pulses with typical pulse widths of 2 ns to 5 ns are generated. If different wavelengths, repetition rates, pulse energies or pulse widths is what you are looking for, the laser experts at Elforlight (an AMS Company) are happy to specify, design and manufacture your customized OPO solution. Get in touch with us now to discuss your project’s requirements! Key Features: Tunable Wavelength Range: 1700 nm to 1750 nm (1500 nm to 2000 nm on request) Ideal for Cardiovascular Photoacoustic Imaging Pump Laser and OPO in Single Rugged Housing Operation Mode: Pulsed Pulse Width: 2 ns to 5 ns Pulse Repetition Rate: Up to 10 kHz Pulse Energy: 50 µJ @1 kHz, 30 µJ @5 kHz Beam Quality: Close to TEM00, M2 < 1.3. (Capable of Launch into Multimode Optical Fiber) Beam Profile: Circular Triggering: External Laser Pulse Trigger Option (Input Trigger Signal 5 V) Control: RS232 Interface With: Switch Laser On/Off, Set Laser Energy, Enable/Disable Emission Power Supply: 110 VAC to 240 VAC, 50/60 Hz, ~200 W Safety Features: Redundant Interlock, Warning Outputs Applications: Biomedical Photoacoustic Imaging; Gas Chromatography; Other

560-610 nm; Pulse Energy >5, >50 µJ; Repetition Rate >1, >10 kHz; Min. Pulse Width <2, <5 ns; Jitter <±1 ns Our DL series of dye lasers is a compact, easy to install complement to our DPSS laser products. Designed primarily to operate with the SPOT DPSS lasers for short pulses, the dye lasers can also be combined with the FQS DPSS lasers to produce higher energies. DL series dye lasers convert the output of our pulse lasers to other useful wavelengths, whilst maintaining the benefits of short pulses and high repetition rates. The self-contained dye reservoir and pump enable operation for several weeks on one dye fill. Options of broad and narrow wavelength bandwidth (15 nm to <1 nm) are available. Key Features: Wavelengths: 560 nm to 610 nm (Other Dyes/Wavelengths Available on Request) Max. Pulse Energy: >5 µJ, >50 µJ Repetition Rate: Single Shot to >1 kHz, >10 kHz Minimum Pulse Width: <2 ns, <5 ns Jitter: <±1 ns from external trigger input (typ. 0.5 ns) Beam Diameter: ~1 mm at Output Aperture Line Width: ~4 nm Compact Size Easy to Install Common Base Plate Available for Dye/Pump System Self-contained Dye Pump Tuning Option Dye Used: Pyrromethene 597 Dimensions Dye Head: 270 mm x 122 mm x 60 mm Applications: Photoacoustic Imaging; Spectroscopy

Actively Q-switched DPSS Lasers; 365, 532, 1064 nm; Pulse Energy >100->400 µJ; Repetition Rate ≤10 kHz; Min. Pulse Width <4, <5 ns; Jitter <±1 ns Our FQS range of DPSS lasers builds on the very successful SPOT actively Q-switched laser technology. Adopting key technical design features, the FQS range provides a series of models delivering up to 400 µJ with pulse widths of less than 5 ns. The FQS lasers’ jitter is maintained at a low level across the range. The compact laser head can be used to pump our dye laser products to produce a comprehensive range of wavelengths. The UV variant of the FQS has been very successful as a light source for MALDI (Matrix Assisted Laser Desorption/Ionization) applications. Key Features: Wavelengths: 355, 532, 1064 nm Pulse Energy @1 kHz: >100 µJ to >400 µJ Repetition Rate: ≤10 kHz Minimum Pulse Width: <4 ns, <5 ns Jitter: <±1 ns (typ. ± 0.5 ns) WRT ext. trigger input Spatial Mode: TEM00, M² <1.2 Beam Diameter: 1 mm at Output Aperture Beam Divergence: <1 mRad at 1 mm Diameter Polarization: >100:1 Variable Power Output RS232 Control Manual Safety Shutter User Interface (Interlock, On/Off Switch) Air Cooled External Trigger Laser Diode Protection 19” Rack Power Supply Universal Mains Input: 100 to 240 VAC, 50/60 Hz Max. Power Consumption: 1000 W Dimensions Laser Head: 240 mm x 210 mm x 100 mm Dimensions Power Supply: 19 Inch Rack, 2U High Applications: Photoacoustic Imaging; MALDI Mass Spectrometry (Matrix Assisted Laser Desorption/Ionization); Pumping of Dye Lasers / OPOs / Raman Lasers; LIDAR; Micromachining

Cabinet Cooler; Compressor Based; 400 W @+26°C Cabinet, +35°C Ambient; 24 VDC; 13 A; Flush Mount; Temperature Stability ±0.05 K Key Features: Miniature Compressor-based Air Cooler for Cabinet Cooling Tasks up to 400 W Compact Dimensions and Low Weight Compared to Peltier-based & Other Compressor-based Coolers Easy to be Attached to Customer Cabinet IP65 Environmental Protection (Ambient Side) – For Operation in Harsh Environments 24 VDC Power Supply – Independent of Mains AC Voltage or Frequency Integrated Temperature Controller Speed-controlled Compressor – no Hysteresis, Stabilized Temperature to ±0.05 K PWM Speed-controlled Fan for Noise Reduction IoT Ready: Remote Operation, Monitoring and Service over Integrated Ethernet Interface AMS Technologies’ mAC-C-400-24 compact and rugged, compressor-based mini air cooler provides cabinet cooling capacities up to 400 W. In comparison to Peltier-based cabinet coolers, the highly efficient mAC-C-400-24 features significantly lower size and weight due to its miniature compressor and customized condenser/evaporator. A powerful fan moves the cabinet internal air at 130 m³/h. The internal air's temperature is maintained at the set value within ±0.05 K by an integrated circuit controlling the rotary compressor’s speed. The external fan is PWM speed controlled for noise reduction. Global Use: Its 24 VDC supply voltage allows the mAC-C-400-24 to operate from the cabinet’s 24 VDC voltage rail, with no need to care for the local mains voltage or frequency. IoT Ready: Access the mini air cooler’s system parameters from any location via the integrated Ethernet interface, also allowing remote control, service and even firmware update. Your customized air cooler: The mAC-C-400-24 cannot cover your requirements? AMS Technologies’ thermal management specialists are happy to develop a solution tailored to your needs – based on compressor or Peltier technology – and offer all services from development and proof-of concept to series production. Get in touch with us now to discuss your customized air cooler. Specifications: Cooling Capacity: 400 W @+26°C Tchilled cabinet air +35°C Tambient Temperature Stability: ±0.05 K External Working Temperature Range: +10°C to +50°C Internal Working Temperature Range: +15°C to +35°C Operating Voltage: 24 VDC Max. Operating Current: 13 A Max. Power Consumption: 310 W Refrigerant: R134a, 130 g (0.19 tequCO2) Dimensions: 310 x 157 x 475 mm Weight: 15 kg Orientation: Flush Mount, Side Wall or Door Environmental Protection Level, Enclosure Side: IP2X Environmental Protection Level, Ambient Side: IP65 Approvals: CE Applications: Cabinet Cooling; Cooling of Air inside Cabinets for Applications With up to 400 W Power Dissipation; Harsh Environments

Compressor-based and Peltier-based Cabinet Coolers; Cooling Capacity 400, 460 W; Power Supply 24 VDC, 13, 43 A; Orientation Flush Mount, Any; External Temperature Range +10-+50°C, -40-+70°C; Protection Level Ambient Side IP65 AMS Technologies provides miniature air cooling kits that allow customers to evaluate cabinet cooling solutions with up to 460 W cooling capacity, as well as a miniature, compressor-based air cooler with 400 W cooling capacity. Our mAC-C-400-24 mini Air Cooler is a compact, compressor-based cabinet cooler for cooling capacities up to 400 W that takes over where Peltier isn’t powerful enough. Its integrated controller drives the speed of the miniature rotary compressor to maintain the set temperature to within ±0.05 K. A powerful fan moves the cabinet internal air at 130 m³/h. The external fan is PWM speed controlled for noise reduction. Miniature rotary compressors as well as customized condensers and evaporators significantly reduce size and weight compared to Peltier-based cabinet coolers, while providing a highly efficient vapor compression circuit. The mAC-C-400-24 can be operated on the cabinet’s 24 VDC voltage rail, independent of mains voltage or frequency. And the mAC-C-400-24 is “IoT ready” – an integrated Ethernet interface allows remote access to system parameters as well as remote control of the cooling system via web browser. Our mAC-T-460-24-KIT mini Air Cooling Kit, a powerful thermoelectric cabinet cooler development kit, is the optimal solution for harsh environments where compressor-based coolers cannot withstand high temperatures, shock and vibration or operation on moving or turning equipment. The Peltier modules can be operated up to 36 VDC when necessary. At nominal 24 VDC and +35°C/+35°C (ambient/internal), the unit reaches a cooling capacity of 460 W and a coefficient of performance (COP) of 0,55. Your customized mAC-KIT: For customer requirements that cannot be covered by the mAC-C-400-24 or the mAC-T-460-24-KIT, our thermal management specialists at AMS Technologies are happy to develop a completely tailor-made solution and offer all services from development and proof-of concept all the way to series production. Get in touch with us now to discuss your customized mAC-KIT. Key Features: Up to 460 W Cooling Capacity (Tchilled cabinet air +35°C, Tambient +35°C, 55% r. h.) Compressor-based: Very Compact & Lightweight Format, ±0.5 K Temperature Stability Peltier-based: No Moving Parts Except for Fans, Independent From Orientation Wide Ambient Temperature Range: +10°C to +50°C (Compressor-based); -40°C to +70°C (Peltier-based) Orientation: Flush Mount, Side Wall or Door (Compressor-based), Any (Peltier-based) Ambient Side Environmental Protection: IP65, Suitable for Harsh Environments Operating Voltage: 24 VDC – Independent of Mains AC Voltage or Frequency Max. Operating Current: 13 A (Compressor-based), 43 A (Peltier-based) IoT Enabled (Compressor-based) Dimensions: 310 × 157 × 475 mm (Compressor-based), 345 × 339 × 155 mm (Peltier-based, +132 mm drop in cabinet) Weight: 15 kg(Compressor-based), 21 kg (Peltier-based) Applications: Cabinet Cooling; Cooling of Air inside Cabinets for Applications With up to 460 W Power Dissipation; Harsh Environments

Compressor Refrigerant Circuit and TEC Cascaded; Cooling Capacity 4W @-50°C; Ultra Wide Temperature Range -50-+150°C Key Features: Cascading of Compressor Refrigerant Circuit and Peltier Element Refrigerant Directly Cooling the Peltier Element’s Hot Side Ultra Wide Temperature Range -50°C to +150°C in a Compact System Very precise temperature control Stable Operation @-50°C With 4 W Cooling Capacity No Need for Coolant (Water) Loop No Corrosion/Erosion Low Vibration, Low Noise AMS Technologies’ mDC-CT-4-KIT direct cooling system cascades a thermoelectric (Peltier) element and a compressor-based refrigerant circuit. Based on the "direct evaporation" technology, the compressed refrigerant evaporates directly on the hot side of the thermoelectric (Peltier) module and thus dissipates the heat very effectively and with high heat flux. The Compressor/ Peltier cascade significantly expands the temperature range of the capabilities of the individual technologies, enabling a very wide operating temperature range from -50°C to +150°C in a compact device. Utilizing suitable insulation, constant operation at -50°C is possible, while still providing about 4 W cooling power at this extreme temperature point. The mDC-CT-4-KIT mini compressor/thermoelectric plate-to-air cooling kit does not require a water circuit, is very quiet, low-vibration and maintenance-free. Possible applications are in the fields of analytics, molecular reactors, rheology, or viscosity measurement – or wherever very low temperatures have to be maintained with moderate heat loads. Direct evaporation technology is also very suitable for cooling and temperature stabilization of laser diodes or laser diode stacks at temperatures of around +25°C – an application area covered by AMS Technologies’ mDC-T-130-24-KIT thermoelectric plate-to-air cooling kit. For customer requirements that cannot be covered by our mDC-T-130-24-KIT or mDC-CT-4-KIT, AMS Technologies’ thermal management specialists are happy to develop a direct cooling solution tailored to your needs – based on Peltier or compressor technology, or both – and offer all services from development and proof-of concept to series production. Get in touch with us now to discuss your customized direct cooler. Specifications: Set Temperature Range: -50°C to +150°C Cooling Capacity at Tambient 25°C and Tplate 25°C: 40 W Cooling Capacity at Tambient 25°C and Tplate -50°C: 4 W Applications: Analytics; Molecular Reactors; Rheology; Viscosity Measurement; Wherever Very Low Temperatures Have to be Maintained With Moderate Heat Loads

Peltier Cooling Assembly Kit; Cooling Capacity 130 W @+25°C; with Detachable Carrier Plate; Power Supply 24 VDC Key Features: Ideal for Precise Cooling of Medical and Industrial Lasers Efficient Peltier System, no Liquids, no Moving Parts (Except Fans) Allows for Excellent Temperature Stability Low Vibration, Low Noise Lightweight, Very Compact Easy to Integrate The compact mDC-T-130-24-KIT thermoelectric plate-to-air cooling kit was developed for precise temperature control of laser diode modules and direct heat transfer to the ambient air. The highly efficient, solid state mini direct cooling system reaches a cooling capacity of 130 W for 24 VDC supply voltage and +25°C on laser mounting plate and +25 °C ambient temperature. The mDC-T-130-24-KIT Peltier cooling assembly kit comes with a 108 mm x 108 mm mounting plate that can be removed without the need to dismantle the Peltier assembly and can be worked on, i.e. individual mounting patterns can be drilled by the customer. The kit comes with graphite foil and screws pre-mounted. The Peltier modules can be configured for either 12 or 24 VDC. Depending on cooling requirements, the 60 x 60 mm fans' speed can be reduced for quiet operation. We also carry a large range of suitable temperature controllers that can be found here. If your application requires higher cooling capacities, take a look at our mRC-C-450-100/240 mini Recirculating Chiller and our liquid cooling solutions offerings – or browse our large portfolio of liquid to air temperature management assemblies. Your customized direct cooler: AMS Technologies’ thermal management specialists are happy to develop a direct cooling solution tailored to your needs – based on Peltier or compressor technology – and offer all services from development and proof-of concept to series production. Get in touch with us now to discuss your customized direct cooler.  Specifications: Nominal Cooling Capacity: 130 W (@+25°C Ambient, +25°C Mounting Plate (Bottom)) Power Consumption per Fan (Manufacturer’s Data): 6 W Max. Noise (Manufacturer’s Data): 49 dB(A) Coefficient of Performance (COP): 0.57  Applications: Direct Cooling and Precise Temperature Control of Laser Diode Modules With Power Dissipation of up to 130 W  

mini Liquid Cooling Evaluation Kit; Cooling Capacity 1200 W @+25°C; Power Supply 24 VDC Key Features: Up to 1200 W Cooling Capacity Ideal for Compact Cooling of Lasers or Bio Reagents Compressor Speed Control for Ease of Temperature Control Low Vibration, Low Noise Lightweight, Compact Easy to Integrate Kit to Interface With OEM Water Circuit and Electronics Control Components Carefully Designed to Match Each Other The mLC-C-1200-24-KIT is a sealed vapor compression circuit with a speed controlled miniature rotary BLDC compressor. The evaporator is a brazed plate heat exchanger, the interface to the customer liquid coolant circuit. The mLC-C-1200-24-KIT comes with the separate 24 VDC inverter board. The compressor speed can be set from the upper control system by frequency or analog signal. The mLC-C-1200-24-KIT’s condenser is an aluminum finned copper tube heat exchanger coil and must be cooled by forced convection, i.e. a 200 mm diameter fan or equivalent. The heat exchanger stainless steel plates are nickel brazed suitable for a variety of coolant fluids, such as water, DI water and glycol-water mixtures. The plate heat exchanger has male R ¼” connectors for the customer to connect its water circuit.For lower heat loads, we also carry a mLC-C-450-24-KIT with up to 450 W cooling capacity, or a Peltier-based mini Direct Cooling KIT providing up to 130 W with no liquids or moving parts (except fans). If you are looking for a ready-to-use recirculating chiller that includes the coolant loop, have a look at our family of mini Recirculating Chiller Kits (mRC-KITs) as well as our our other liquid cooling solutions offerings – or browse our large portfolio of liquid to air temperature management assemblies . Your customized liquid cooler: AMS Technologies’ thermal management specialists are happy to develop a liquid cooling solution tailored to your needs – based on Peltier or compressor technology – and offer all services from development and proof-of concept to series production. Get in touch with us now to discuss your customized liquid cooler.Specifications: Cooling Capacity: Approximately 930 W (at 59 rps, Twater = +20°C, Tambient = +40°C) to 1760 W (at 90 rps, Twater = +20°C, Tambient = +20°C) Power Supply Consumption: ≤720 W (30 A @24 VDC) Temperature Range (Ambient, Operating): +15°C to +45°C Hydraulic parameters:    Pressure Drop 40 mbar @6 lpm, 100 mbar @9 lpm Controller/Inverter Board: Operating Range 28 to 100 rps, Speed Command Square Wave Pulse Frequency 56 to 200 Hz, Variable Resistor Input 2.8 to 10 kΩ Dimensions: 250 x 386 x 248 mm (WxHxD) Weight: 10 kg Applications: Compact Cooling of Lasers or Bio Reagents With up to 1200 W Cooling Capacity; Evaluation Kit to Interface With OEM Water Circuit and Electronics Control  

mini Liquid Cooling Evaluation Kit; Cooling Capacity 450 W @+25°C; Power Supply 24 VDC Key Features: Up to 450 W Cooling Capacity Ideal for Compact Cooling of Lasers or Bio Reagents Ideal for Mobile Cooling Applications Compressor Speed Control for Ease of Temperature Control Low Vibration, Low Noise Lightweight, Compact Easy to Integrate Kit to Interface With OEM Water Circuit and Electronics Control Components Carefully Designed to Match Each Other The mLC-C-450-24-KIT is a sealed vapor compression circuit with a speed controlled miniature rotary BLDC compressor. The evaporator is a brazed plate heat exchanger, the interface to the customer liquid coolant circuit.  The mLC-C-450-24-KIT comes with the separate 24 VDC inverter board. The compressor speed can be set from the upper control system by frequency or analog signal. The condenser is an aluminum finned copper tube heat exchanger coil and must be cooled by forced convection, i.e. a 120x120 mm fan or equivalent. The heat exchanger stainless steel plates are nickel brazed suitable for a variety of coolant fluids, such as water, DI water and glycol-water mixtures. The plate heat exchanger has male R ¼” connectors for the customer to connect its water circuit. The mLC-C-450-24-KIT’s condenser is an aluminum finned copper tube heat exchanger coil and must be cooled by forced convection, i.e. a 120x120 mm fan or equivalent. The heat exchanger stainless steel plates are nickel brazed suitable for a variety of coolant fluids, such as water, DI water and glycol-water mixtures. The plate heat exchanger has male R ¼” connectors for the customer to connect its water circuit. If you are looking for a ready-to-use recirculating chiller based on this mLC-Kit that includes the coolant loop, have a look at our mRC-C-450-100/240 mini Recirculating Chiller as well as our other liquid cooling solutions offerings – or browse our large portfolio of liquid to air temperature management assemblies. For lower cooling capacities, we also carry a Peltier-based mini Direct Cooling KIT providing up to 130 W with no liquids or moving parts (except fans). Your customized liquid cooler: AMS Technologies’ thermal management specialists are happy to develop a liquid cooling solution tailored to your needs – based on Peltier or compressor technology – and offer all services from development and proof-of concept to series production. Get in touch with us now to discuss your customized liquid cooler. Specifications: Cooling Capacity: Approximately 450 W (at 100 rps, Twater = +25°C, Tambient = +25°C) Power Supply Consumption: < 150 W (6 A @24 VDC, 80 rps) Temperature Range (Ambient, Operating): -10°C to +45°C Hydraulic Parameters: Pressure Drop 30 kPa @4 lpm Controller/Inverter Board: Operating Range 20 to 100 rps, Speed Command Square Wave Pulse Frequency 40 to 200 Hz, Variable Resistor Input 2 kΩ to 10 kΩ Dimensions: 200 x 172 x 180 mm (WxHxD) Weight: 3.4 kg Applications: Compact Cooling of Lasers or Bio Reagents With up to 450 W Cooling Capacity; Mobile Cooling Application; Evaluation Kit to Interface With OEM Water Circuit and Electronics Control

Compact Sealed Vapor Compression Circuits; Cooling Capacity 450, 1200 W @+25°C; Power Supply 24 VDC, 6-30 A; Temperature Range -10-+45°C, +15-+45°C; Pressure Drop 40-300 mbar @9-4 lpm AMS Technologies’ mLC-KITs are liquid cooling development platforms featuring sealed vapor compression circuits with speed-controlled miniature rotary BLDC compressors. Brazed plate heat exchangers serve as evaporators and provide the interface to the customer liquid coolant circuit. Our mLC-KITs are available with two cooling capacity levels: the ultra-compact mLC-C-450-24-KIT is designed for cooling tasks up to 450 W, while the larger mLC-C-1200-24-KIT provides up to 1200 W cooling capacity. Both mLC-KITs come with inverter boards that require a 24 VDC power supply. The compressors’ speed can be set from the upper control system by frequency or analog signal. The condenser is an aluminum finned copper tube heat exchanger coil. The mLC-KITs must be cooled by forced convection, i. e. 120 × 120 mm fan. The mLC-C-1200-24-KIT 1200 is already equipped with a fan. The heat exchanger stainless steel plates are nickel brazed and suitable for a variety of coolant fluids, such as water, DI water and glycol-water mixtures. The plate heat exchanger has male R ¼"/ R " connectors to connect the water circuit on the customer’s side. Your customized mLC-KIT: For customer requirements that cannot be covered by the mLC-C-450-24-KIT or the mLC-C-1200-24-KIT, our thermal management specialists at AMS Technologies are happy to develop a completely tailor-made liquid cooling solution and offer all services from development and proof-of concept all the way to series production. Get in touch with us now to discuss your customized mLC-KIT. Key Features: Kits to Interface With OEM Water Circuit and Electronics Control Up to 1200 W Cooling Capacity Cooling Capacity mLC-C-450-24-KIT (Approx.): 450 W (@100 rps, Twater = +25°C, Tambient = +25°C) Cooling Capacity mLC-C-1200-24-KIT (Approx.): 930 W (@59 rps, Twater = +20°C, Tambient = +40°C, 2 lpm) to 1760 W (@90 rps, Twater = +20°C, Tambient = +20°C, 4 lpm) Speed Control for Ease of Temperature Control Lightweight, Compact Easy to Integrate Low-vibration, Low-noise Rotary Compressor Components Carefully Designed to Match Each Other Power Supply: 24 VDC, <6A (mLC-C-450-24-KIT, 80 rps), <30 A (mLC-C-1200-24-KIT) Temperature Range (Ambient): -10°C to +45°C (mLC-C-450-24-KIT); +15°C to +45°C (mLC-C-1200-24-KIT) Hydraulic Parameters mLC-C-450-24-IT: Pressure Drop 300 mbar @4 lpm Hydraulic Parameters mLC-C-1200-24-IT: Pressure Drop 40 mbar @6 lpm, 100 mbar @9 lpm Dimensions: 200 x 172 x 180 mm (mLC-C-450-24-KIT), 250 x 386 x 248 mm (mLC-C-1200-24-KIT) Weight: 3.4 kg (mLC-C-450-24-KIT), 10 kg (mLC-C-1200-24-KIT) Applications: Evaluation Kits for Building Water Cooling Solutions With OEM Water Circuit and Electronics Control; Compact Laser Cooling up to 450 or 1200 W; Bio Reagents Cooling; Mobile Applications (mLC-C-450-24-KIT)

Vapor Compression Chiller; 1000 W @+35°C (amb)/+25°C (water); Flow Rate 5.5 lpm @ 0.5 bar, Temperature Stability ≥±0.05 K at constant load; Power Supply 90-264 VAC Key Features: Recirculating Water Chiller Easy to be Integrated in Customer Application User-Definable PID Parameters and Fan Velocity Silent Operation with Low Vibration and Noise Ideal for Water Cooling Tasks up to 1000 W Customizable booster cooling capacity IoT Ready as an Option: Remote Operation, Monitoring and Service over Integrated Ethernet Interface Depending on the temperatures of coolant (water) and ambient, AMS Technologies’ mRC-C-1000-100/240 recirculating chiller provides approximately 1000 W (Twater = +25°C, Tambient = +35°C) in silent mode boostable to higher cooling capacities with higher fan speeds. The chiller contains a compressor-based refrigerant circuit as well as a closed, recirculating coolant (water) circuit. Due to its speed-controlled compressor, the mRC-C-1000-100/240 recirculating chiller offers low vibration and noise throughout the compressor’s BLDC speed range. The system’s features include global operability due to a universal 90 to 264 VAC power supply, as well as an optional integrated Ethernet interface allowing remote operation, monitoring and service. Further options are a gear pump providing 5 bar @5 l/min, CPC inlet and/or outlet fittings, external coolant filters or dust filters, and a hardware set for 19” rack mount (6U). For lower heat loads, we also carry a mRC-C-450-100/240 mini Recirculating Chiller with up to 450 W cooling capacity. Specifications: Cooling Capacity: nominal 1 kW (Twater = +25 °C, Tambient = +35 °C) Temperature Stability: +-0.05°C at constant load Available Pressure Head: 0.5 bar @ 5.5 lpm (standard), 5 bar @ 5 lpm (optional) Control: Local, RS232, IoT Ready, Interlock Power Supply: 90 to 264 VAC, 24 VDC Derivative for OEM integrations available on Demand Power Consumption: <750 W Options: 19” Rack Mount (6U); Ethernet / IoT Ready; Optional Pumps; CPC Inlet/Outlet Fittings; External Coolant Filters; External Dust Filters; Green Version Based on Propane (R290) as Refrigerant Dimensions: 443 x 283 x 675 mm, Main Body Without Filter Approval: CE (in process) Applications: Water Cooling of Lasers and Other Applications with up to 1000 W Heat Load

Vapor Compression Chiller; 450W @+25°C; 230VAC; 2lpm; USB/ Ethernet; Benchtop Key Features: Miniature Recirculating Water Chiller Compact Size, Easy to be Integrated in Customer Application User-Definable PID Parameters and Fan Velocity Calm Operation With Low Vibration and Noise Ideal for Water Cooling Tasks up to 450 W IoT Ready: Remote Operation, Monitoring and Service over Integrated Ethernet Interface Full chiller power in a shoebox form factor: the mRC-C-450-100/240 mini recirculating chiller provides to 450 W cooling capacity and contains a compressor-based refrigerant circuit as well as a closed, recirculating coolant (water) circuit that is pressurized – all that in a compact, 350 x 290 x 230 mm housing. This small size is enabled by utilizing a miniature rotary compressor, customized miniature evaporator and condenser. On the coolant side, pressurizing the circuit allows a very small tank, and a compact centrifugal pump also contributes to reduced space requirements. Due to the speed-controlled compressor, the mRC-C-450-100/240 chiller offers low vibration and noise throughout the compressor’s BLDC speed range. Further features are automatic fill and drain of the coolant circuit, global operability due to a universal 90 to 264 VAC power supply, and an integrated Ethernet interface allowing remote operation, monitoring and service. Specifications: Cooling Capacity: 300 W (Twater = +20°C, Tambient = +40°C) to 500 W (Twater = +20°C, Tambient = +20°C) Temperature Stability: +2/-1.5 K Over-/undershoot at 250 W Heat Load ON/OFF, Down to 0.05 K Continuous Operation Available Pressure Head: 1.5 bar @1 lpm; 0.5 bar @5.5.lpm Noise Level: 63 dBA (fan 40%, compressor 100%) Control: Local, USB/Serial, Internet (Web Browser) via Ethernet (IoT Ready) Interlock I/O Alarms: Liquid Level, Tank Pressure, Coolant Feed Temperature, Coolant Flow Rate, Condenser Pressure Power Supply: 90 to 264 VAC, 24 VDC Derivative Available on Demand Power Consumption: <300 W Dimensions: 350 x 280 x 230 mm, Main Body Without Filter Weight: 13 kg Approval: CE Applications: Water Cooling of Lasers and Other Applications; Integration of Water Cooling Capabilities in Systems with Limited Space  

Compact Vapor Compression Chillers; Cooling Capacity 450-1000 W @+25°C; Single and Twin Versions; 1 to 5.5 l/min; Temperature Stability ≥±0.05K; Interface USB/Serial, Ethernet AMS Technologies’ mRC-KITs are “mini Recirculating Chiller” development kits for creating particularly compact compressor-based water cooling systems. All mRC-KIT versions feature vapor compression circuits and closed, pressurized recirculating water circuits. On the refrigeration side, miniature rotary compressors as well as customized condensers and evaporators are utilized to reduce the size. The compressor’s BLDC motor is speed controlled by an inverter, eliminating annoying switching noise of hot gas bypass known from ON/OFF compressors. Throughout its speed range, the compressor twin pump design offers low vibration and low noise. Compact centrifugal pumps on the water circuit side also contribute to the compact size Since the water circuit is pressurized, the mRC-KITs manage with very small tanks – without the risk of cavitation in the smoothly operating centrifugal pumps. Overpressure on the cooling system also prevents the ingress of bacteria and oxygen and thus extends the maintenance intervals. While mRC-C-450-24-KIT and mRC-C-450-100/240 feature full chiller power and up to 450 W cooling capacity in a shoe box form factor, DmRC-C-900-100/240-KIT provides two independent water cooling systems in a 19-inch rackmount insert, which can provide a combined maximum cooling capacity of 900 W – either with each circuit cooling two heat loads independently of each other or with both circuits coupled in series, if only one circuit is needed. Our mRC-KITs are available either with a 24 VDC or with a 90 to 264 VAC wide-input-range power supply. The mRC-C-1000-100/240 can also be shipped as a 24V option to target OEM integration applications, that need a cooling capacity of around 1000W and where noise and vibrations are an issue. Automatic fill and drain: Using automatic air and water pump technology integrated into the unit, the cooling water in the tank and pipe system of the mRC-KITs can be easily filled and drained at the push of a button – without the need for time-consuming tilting or removing the unit or the tank from the system and avoiding annoying spills or leaks. mRC Recirculating ChillersIn addition to our mRC-KITs, AMS Technologies provides two recirculating chillers that are CE certified and available from stock. mRC-C-450-100/240 provides up to 500 W cooling capacity, while mRC-C-1000-100/240 features a more powerful compressor, capable of cooling capacities up to 1000 W. Both systems come with an integrated 90 to 264 VAC wide-input-range power supply.  IoT ready: An integrated Ethernet interface allows access to system parameters of the mRC recirculating chillers as well as remote control of the cooling systems via a web browser. Your customized mRC-KIT: For customer requirements that cannot be covered by mRC-C-450-24-KIT, mRC-C-450-100/240 or DmRC-C-900-100/240-KIT, our thermal management specialists at AMS Technologies are happy to develop a completely tailor-made solution and offer all services from development and proof-of-concept all the way to series production. Contact us now to discuss your customized mRC-KIT! Key Features: Recirculating Water Chilling Kits Ideal for Water Cooling Tasks up to 1000 W Cooling Capacity (Twater +25°C, Tambient +35°C) High Cooling Capacity in Compact Format, Easy to be Integrated in Customer Application 24 VDC and 100 to 240 VAC Derivatives Available Temperature Stability: Down to ±0.05 K Flow Rate: 0.5 bar @ 5.5 lpm (standard), 5 bar @ 5 lpm (optional) Smooth, Low-noise Operation with Low Vibration Automatic Fill & Drain PID Parameters and Fan Speed Adjustable Interfaces: USB/Serial, Ethernet (IoT Enabled) Applications: Water Cooling of Lasers and Other Applications; Integration of Water Cooling Capabilities up to 1000 W in Systems with Limited Space

Pulse duration <100 fs – 70 ps; Output power levels 15 W – 100W; Pulse Energy ≤ 250 µJ – 500 µJ; Repetition rates single shot to 80 MHz; Beam quality TEM0,0 / M2 < 1.3 The neoMOS ultrashort pulse laser series combines the reliability and low maintenance of state of the art fiber oscillators with a solid-state amplifier. The ultra-compact laser head has the smallest footprint currently available and enable easy system integration. High stability and long lifetime are provided by design for 24/7 industrial use. The multi-megawatt level peak-power and ultrafast pulses delivered by the neoMOS series are suitable for processing the most demanding materials including transparent glasses and plastics. Typical applications include photovoltaic and electronics production, display glass processing as well as security and decorative marking. The neoMOS laser is available with 10 ps and 70 ps pulse duration as well as the neoMOS SMAART, which combines pico- and femtosecond laser pulses within one compact laser system. The system is based on high reliable and low maintenance fiber oscillators and robust solid-state amplifiers. The new developed laser system further expands the neoMOS pulse duration range into the area of less than 900 fs up to a few ten picoseconds or even nanoseconds. With the short-pulse option the neoMOS SMAART can offer pulse duration down to 100 fs. Key features neoMOS 10ps Pulse durations <10 ps Output power levels ≤ 50 W Pulse energy ≤ 250 µJ Repetition rates single shot to 40 MHz Beam quality: TEM0,0 / M < 1.3 Key features neoMOS 70ps Pulse durations 70 ps Output power levels 15 W Pulse energy ≤ 250 µJ Repetition rates single shot to 80 MHz FlexPulse Technologie Beam quality: TEM0,0 / M2 < 1.3 Key features neoMOS SMAART Pulse durations 40 ps / 900 fs Output power levels 100 / 75 W Pulse energy ≤ 500 / 400 µJ Repetition rate 200 kHz – 2 MHz TEM0,0 Beam quality, M2 < 1.3 Key features neoMOS SMAART with Short Pulse Option Pulse durations <100 fs Output power > 50 W Pulse energy > 150 µJ Applications: Photovoltaic and electronics production, display glass processing, security and decorative marking

Wavelength 1064 nm; Output Power 5 to 100 W; Mode of Operation cw- to ps-pulses; Pulse Energy up to 5 mJ; Beam Quality TEM0,0 / M² <1.3 The neoVAN series is an OEM type solid-state laser amplifier system to boost the pulse energy or average output power for a couple of applications. The flexible system design allows a selection of different power and energy levels based on high reliable and long lifetime gain modules. The ultra-compact and nearly monolithic modules allow easy integration and cost effective upgrading of laser application machines, scientific lasers or low power oscillators. Whether high peak power short pulse picosecond lasers for micromachining applications or single frequency radiation for gravitational wave detection the neoVAN amplifier modules will boost your application. While the fiber coupled, high gain module allows direct amplification of mode-locked oscillators, gain switched or narrow linewidth diodes, the standard free-space modules scales microchip lasers either into high average power or high energy levels. Key features: Output power 5 to 100 W Pulse energy up to 5mJ Mode of operation cw to ps-pulses Beam quality TEM0,0 / M²<1.3 Amplification factor up to 40 dB Easy and compact energy or power boosting Highly flexible and scalable amplifier units Proven long term-stability and industrial reliability Applications: Laser application machines, scientific lasers, or low-power oscillators

Output power 5 – 50 W; Pulse duration 1 ns – 5 ps; Pulse energy ≤ 1 mJ; Mode of operation single shot to MHz repetition rates; Beam quality TEM0,0 / M²<1.3 The neoVAN 1064 nm Laser Amplifier with Pulse Picker allow customers to combines the reliability and low maintenance of the neoVAN solid-state amplifiers with fiber coupled seed oscillators. Customized combinations are integrated into ultra-compact laser heads enabling easy system integration. High stability and long lifetime are provided by the neoLASE amplifier design for 24/7 industrial use. neoLASE developed a customized MOPA solution with integrated pump diodes specialy designed for OEM customers. The module type technology allows self-service and therefore dramatically increases system up time and duty cycle. The platform allows new system integration possibilities for short pulse laser applications. Key features: Output power: 5 – 50 WPulse duration: 1 ns – 5 psPulse energy: ≤ 1 mJMode of operation: single shot to MHz repetition ratesBeam quality: TEM0,0 / M²<1.3 Applications: Mode-locked fiber oscillators; short-pulse laser applications

Wavelength 1030 nm; Output Power 5 to 100 W; Mode of Operation cw- to fs-pulses; Pulse Energy up to 1 mJ; Beam Quality TEM0,0 / M² <1.3 The neoYB from neoLASE is a solid-state laser amplifier module designed to increase pulse energy or average output power across various applications. It is a standalone unit, containing both amplifier and pump diode, built on the reliable neoLASE technology for durability and longevity. Its compact design and easy integration make it a cost-effective option for upgrading laser machinery, scientific lasers, or low-power oscillators, particularly beneficial for enhancing femtosecond laser systems. The industrial amplifier modules by neoLase enable CPA-free amplification for bandwidth-limited pulses, all within a compact footprint. This facilitates the creation of high-peak-power short-pulse pico- or femtosecond lasers, suitable for micromachining tasks, without the need for complex compressor setups. Additionally, the high-gain pre-amplifier module allows direct amplification of mode-locked oscillators or gain-switched diodes. Furthermore, the main amplifier modules deliver over 50 W of output power, making them ideal for boosting power or energy levels. Key features: Wavelength 1030 nm Output power 5 to 100 W Mode of operation cw- to fs-pulses Pulse energy up to 1 mJ Beam quality TEM0,0 / M² <1.3 Easy and compact energy or power boosting Highly flexible and scalable amplifier units Proven long-term stability and industrial reliability Applications: Laser machinery, scientific lasers, low-power oscillators, femtosecond laser systems

Customized, Turnkey Solutions for Optical Technologies Systems; Full Service From Concept to Serial Production With its "Optical Rack" concept, AMS Technologies offers the development and production of customized optical systems and subsystems in a convenient, modular rack format. The spectrum ranges from the combination and integration of optical and fiberoptic components to the installation of lasers and beam delivery up to the creation of complex control and evaluation electronics (hardware and software) as well as extensive thermal management concepts. Concept: Review of Customer Application; Discussion of Target ParametersRight at the beginning of a project, AMS Technologies can support the concept design by reviewing the customer's application and discussing the target parameters. Schematics: Selection of Key Components; Review of Engineering Needs; Development of SOW, Quotation & OrderOur team of optics experts then creates block diagrams and other schematics, selects suitable key components and takes into account all engineering needs, even beyond system integration. BOM Creation: Development of Bill of Material; Development & Design of Customized Components & Subassemblies; Documentation and Revision Control of DesignOnce the statement of work has been finalized, we generate a Bill of Material (BOM), define and develop custom components and sub-assemblies and manage design documentation and revision control. Drawings: Physical Layout of System-level Designs; Simulation & Modeling of System-level Designs; Systems Integration; Realization of Entire Design Projects; Review With CustomerUsing modern design and CAD software, the specialists in the AMS Technologies team then produces the physical layout of the design at system level, including simulation and modelling – the whole process is strictly customer centric with a close involvement of the customer in the entire process. Turnkey Solution: Supply Chain Management for All Components; Assembly & Test of Optical Rack; Installation, Documentation & Training; Maintenance & Service OptionsOnce the final design has been approved, the optical rack is assembled and tested and, if necessary, installed in the customer's system. For series production in small to medium quantities, we take care of the supply chain management for all components, generate comprehensive documentation and offer training, maintenance and service options. We are happy to realize an optical rack that covers your specific requirements and is optimally tailored to your application. Get in touch with our optical technologies experts and discuss your customized optical rack today!

Actively Q-switched DPSS laser; pulse width <2 ns; repetition rate up to 50 kHz; very low jitter; 1064 nm and harmonics down to 355 nm Utilising advanced technology, SPOT actively Q-switched DPSS lasers provide a short pulse output (pulse widths <2 ns) at repetition rates from single shot up to >50 kHz with very low jitter. The series features fundamental YAG wavelength at 1064 nm and harmonics down to 355 nm. The compact design enables the lasers to be easily integrated into scientific instrumentation. Applications include laser induced fluorescence, time resolved fluorescence, micromachining, biotechnology, plasma generation, remote sensing, photo acoustic imaging, MALDI mass spectrometry and MALDI imaging. SPOT laser systems consist of a laser head with a separate power supply unit. Both units are connected with a cable which is hard wired into the laser head while having a 37 way ‘D’ connector for connection to the power supply unit. The SPOT DPSS laser series feature simple, user-friendly control with the minimum of user defined parameters. The systems are designed as fixed power level devices under automatic operation, or power can be varied by adjusting the pump diode current via RS232 interface. Specifications Wavelength: 1064 nm; 532 nm; 355 nm Pulse Energy: up to 50 µJ Pulse width: <2 ns Low jitter: <±1 ns Repetition rate: up to 50 kHz Spatial Mode: TEM00 M2 < 1.2 Features Low pulse width and jitter RS232 controllable User interface (interlock, on/off keyswitch etc.) Manual safety shutter Active current limit Auto power-up sequence: warmup, current mode Laser diode protection circuitry Monitoring the following parameters:      - Diode current limit, diode current setpoint, actual diode current      - Diode & chipset temperature setpoint, actual temperature Diode-on-time LCD hour counter (internal) Overtemperature Sensors for heatsink and laser-head Applications: Photoacoustic Microscopy; MALDI Mass Spectrometry (Matrix Assisted Laser Desorption Ionisation); Fluorescence Lifetime Imaging (FLIM); Dye Laser Pumping

Four wavelengths: 532 nm, 555 nm, 579 nm, 606 nm; pulse-by-pulse switchable with 2 kHz; Pulse Energy 20 µJ; Pulse Length <5 ns The diode-pumped solid-state laser TETRA emits very short laser pulses (< 5 ns) of high energy (up to 20 µJ) with four wavelengths in the visible range, which are particularly suitable for multispectral photoacoustic imaging. Using sophisticated technology, the TETRA laser can switch from pulse to pulse between these four wavelengths with a very high pulse repetition frequency of 2 kHz. Utilizing the Raman effect and the light of a 532 nm pump laser, the TETRA laser additionally generates the wavelengths 555 nm, 579 nm and 606 nm. A tunable optical filter separates the four wavelengths and routes one wavelength at a time to the optical output of the unit at a switching frequency of up to 2 kHz. This makes TETRA about ten times faster than tunable lasers based on OPOs (Optical Parametric Oscillators) – typical frequencies of such OPO systems range from 100 Hz to 200 Hz – while also being considerably more cost-effective. The wavelengths emitted by TETRA are well matched to the absorption curves of many blood components, making the laser particularly suitable for photoacoustic tomography in biomedicine. We have equipped TETRA with a number of features to meet the requirements of medical safety standards for use in clinical environments. For instance a fast, fault-tolerant shutter at the laser output interrupts the beam in the event of a fault in the shortest possible time in order to avoid any hazards to a patient.