mRC-C-1000-100/240 Recirculating Chiller

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  

980-1650 nm; IL <0.05, <0.6 dB; PDL 0.01 dB; PMD <0.05 ps; DOP 2.5%; Scrambling Rate 0.01-20,000 Points/s; RL >65 dBGeneral Photonics’ PSM-002 miniature polarization scrambler module is specially designed for integration into sensor and communication systems that need to work in extreme environmental conditions. The PSM-002 module uses Lunas’ patented fiber squeezer technology to effectively randomize polarization states.Unlike that of the PCD-005 , the scrambling rate of this miniature scrambler is user-selectable via an RS-232 command. Another attractive feature is that the scrambling function can also be enabled and disabled by a TTL trigger signal.The PSM-002 polarization scrambler is available either as a standard board for lab applications or fully enclosed in a watertight enclosure for applications in high-humidity environments. It also comes in either standard or extended temperature versions.Key Features:Works in Extreme Environmental ConditionsMinimal Insertion Loss (IL): <0.05 dB (Without Connectors), <0.6 dB (With Connectors)Minimal Back Reflection – Return Loss (RL): >65 dB (Without Connectors)Low Residual Phase and Amplitude ModulationSelectable Scrambling Rate: 0.01 to 20,000 Points/sOperating Wavelength: 1260 to 1650, 980 to 1310 nmOutput Degree of Polarization (DOP): <5%, 2.5% TypicalPolarization Mode Dispersion (PMD): <0.05 ps AverageIntrinsic Polarization Dependent Loss (PDL): <0.05 dB (Typically 0.01 dB)Optical Power Handling: >300 mWSmall Size: 96 × 63.5 × 18 mm (Board Version), 115 x 82.6 x 19 mm (Enclosure)Applications: Sensor and Communication Systems; Polarization Sensitivity Elimination; Facilitating PMD Emulation; PMD Monitoring for PMD Compensation; Facilitating PDL Measurement

375 to >2000 nm; 0.59 to 1.3 inch Diameter Flange; Compact Housing; Low Losses; Custom Design for User-specified Diodes Available OZ Optics' HULDO laser diode collimators are used to collimate the highly divergent beam that is emitted by a laser diode. It consists of a laser diode holder, a collimating lens holder, and a high numerical aperture (NA) collimating lens. By adjusting the distance between the laser diode and the collimating lens, the laser diode output can be collimated. Laser diode collimators are available in different diameters. The standard diameter package is 0.79 inches in diameter, fitting most diode types. A larger, 1.3 inch diameter housing is used for larger diameter diodes such as H1 or TO-3 packages. For diode can sizes of 9.0 mm or smaller in diameter a 0.59 inch diameter housing is available. Smaller housings with 10 mm OD's are available for OEM applications.We also offer special compact laser diode to fiber couplers for OEM applications. These packages have the diode and collimating lens permanently glued into the same housing. This package features a compact, rugged housing, at a significant reduction in cost. Choose from our selection of laser diodes, we can also supply you with laser diode power supplies (operating from battery or DC voltage source). We can even provide you with complete miniaturized packaged systems. Contact us for more information on what is available. Key Features: Low Losses High Polarization Extinction Ratios Compact Housing Custom Designs for User-specified Diodes Applications: Optical Alignment Systems; Process Control; Medical Processes; Imaging Systems; Test and Measurement

Cooling Capacities 350 - >600W @ 20°C; Noise @ 1 m < 48 dBA ;Tank Volume 300 ml; Gear or Centrifugal Pump; Process Wetted Materials Aluminium; Facility Wetted Materials Stainless SteelThe ThermoCube II Liquid-to-Liquid Recirculating Chiller by Solid State Cooling Systems is a high-performance thermoelectric solution designed for environments where facility water or process chilled water (PCW) is available. This next-generation chiller offers precise temperature control, whisper-quiet operation, and exceptional configurability, making it ideal for demanding laboratory, semiconductor, and OEM applications.Unlike conventional air-cooled systems, the ThermoCube II Liquid-to-Liquid removes heat using PCW, eliminating the need for fans and heat sinks. This design significantly reduces noise and vibration while enhancing thermal efficiency. With a cooling capacity of up to 600 watts at 20°C and a temperature stability of ±0.05°C, the unit ensures consistent performance even near ambient conditions. Its compact footprint—13 x 11 x 13 inches (32 x 28 x 32 cm)—and lightweight build (28 lbs / 13 kg) allow easy integration into space-constrained setups.Key FeaturesLiquid-to-Liquid Heat Removal: Uses facility water or PCW to dissipate heat, ideal for installations with existing chilled water infrastructure.Thermoelectric Technology: Solid-state cooling with no refrigerants or compressors, ensuring long life and low maintenance.High Precision Control: Digital PID controller maintains ±0.05°C stability across a standard operating range of 5°C to 50°C (extendable to -10°C or 65°C).Quiet and Vibration-Free: Operates below 48 dBA, making it suitable for sensitive environments.Flexible Configuration: Offers 6 pump types (centrifugal or gear) and 8 fitting options including John Guest, CPC, and Swagelok.Universal Power Input: 100–240 VAC, 50/60 Hz, plug-and-play compatibility worldwide.Advanced Communication: RS232, RS485, Ethernet, and TTL interfaces for seamless system integration.Robust Construction: Stainless steel cold plate and facility wetted materials for corrosion resistance and long-term reliability.Safety and Compliance: Equipped with alarms for temperature, fluid level, and system faults; certified to UL, CE, CAN/CSA, and RoHS standards.ApplicationsSemiconductor Equipment: Maintains precise thermal conditions for wafer processing and lithography systems.Life Sciences and Biotech: Supports temperature-sensitive assays, microfluidics, and sample preparation.Laser Cooling: Provides stable cooling for diode lasers and photonics systems requiring high-pressure fluid delivery.Electron Microscopy: Ensures consistent thermal control for scanning electron microscopes and imaging platforms.OEM Integration: Easily embedded into diagnostic, analytical, and industrial systems with existing PCW infrastructure.What's Next?If your facility has access to process chilled water and requires compact, reliable, and precise thermal control, the ThermoCube II Liquid-to-Liquid Recirculating Chiller is the ideal solution. With its modular design, solid-state reliability, and global compatibility, it delivers performance tailored to your application.Contact our sales team today to discuss your configuration needs, request a quote, or explore integration options for your system. 

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Wavelength 400 to 1550 nm; Fiber Types All Silica, Plastic Clad, Round or Square Core; Fiber Core Size 100 to 400 µm; Buffer Types Polyimide, Nylon, Tefzel, Acrylate; Power Supply 5 V Fiberguide’s proprietary de-speckler technology averages the modal noise within an optical fiber. This reduction in speckle is an ideal choice for fiber assemblies used in the life sciences, digital laser projection, interferometry, laser beam homogenization, lithography and metrology. For many fiber coupled applications, modal noise interferes with optimal performance. Fiberguide has developed a small and compact de-speckling system which maximizes performance and reliability. Key Features: Wavelength: 400 to 1550 nm Assembly Types: Single Fiber Assemblies Fiber Types: All Silica, Plastic Clad, Round or Square Core Fiber Core Size 100 to 400 µm Buffer Types: Polyimide, Nylon, Tefzel, Acrylate Connectors: 905/906 SMA, FC/PC,UPC,APC, ST/PC,UPC,APC, Cleaved/Polished Ends, Round 2.5 mm Ferrule, Custom 50 x 22.25 x 13.3 mm Power Supply 5 V Power Consumption 3 W Applications: Bioanalytical Instrumentation; Flow Cytometry; Gene Sequencing; Fluorescent Microscopy; Microscopy; Spectroscopy; Digital Laser Projection; Interferometry; Laser Beam Homogenizers; Lithography; Metrology

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