公司简介
AMS Technologies AG公司位于德国慕尼黑附近的马汀斯里德，是一家功率继电器、 功率开关、 中频变压器、 微處理器以及高压电容器的经销商。
产品列表
LASER SYSTEMS
SOLID STATE LASER SYSTEMS
AMS Technologies' Laser Systems are developed for industrial applications primarily for use in the materials processing and microelectrics markets for flat panel displays, microelectronics, automative and aerospace sectors.
With a range of the Highest Average Power (kilowatt) 1064nm / 532nm and our new 355nm lasers, AMS Technologies addresses a wide range of industrial laser systems for materials processing applications. The applications support as in customer sample runs, collaborations and development work remains the focus for all improvements on our diode pumped solid state Nd:YAG lasers.
1064 nm High power Q-switched DPSS lasers
1064nm & 532nm Passively Q-Switched MicroChip Nd:YAG lasers
1064nm & 532nm Passively Q-Switched Nd:YAG Lasers
1064nm Passively Q-Switched Lasers (infrared)
1064nm Passively Q-Switched Nd:YAG Lasers (infrared)
213nm Passively Q-Switched Nd:YAG Lasers
266nm & 355 nm Passively Q-switched Lasers
355nm & 1064nm UV/IR Laser sources for Biomedical Applications
355nm High power Q-switched DPSS lasers
355nm passively Q-switched Lasers
355nm Passively Q-Switched Nd:YAG Lasers
532 nm High power Q-switched DPSS lasers
532nm Passively Q-Switched Lasers
Ascend™ High Power kHz Green Pump Laser
Fiber amplified microchip lasers
Fiber amplified microchip lasers – very compact for medium power
High Repetition Rate Credo Ti:Sa-Laser
Procyon g1600 - DPSS Green Lasers (532nm)
Spitfire Ace High Performance Ti:Sapphire Regenerative Amplifiers
Talon – UV and green diode-pumped solid state (DPSS) Q-switched lasers
Ultra compact Passively Q-Switched Laser
GAS LASER SYSTEMS
AMS Technologies' high power CO2 and excimer lasers offer an unbeatable combination of laser performance, reliability, customer support and value . Our breadth of experience in industrial and academic applications for these lasers is unrivalled. In addition, we provide comprehensive support including installation, service, spare parts and training to new and existing customers.
CO2 Laser Marking Systems LaserMark
Dual-Resonator Lasers 100 - 400 Watt
High Duty Cycle Excimer Lasers
High Energy Ultra Short Pulse TEA CO2 Lasers
High Power Industrial Pulsed CO2 Lasers
High Power or High Energy Excimer Lasers
High Power Red Helium-Neon Laser (633nm)
Infrared Cylindrical Helium-Neon Laser (1520 / 3390nm)
Red Cylindrical Helium-Neon Lasers (633nm)
Short-Pulse Industrial CO2 Lasers
Single-Resonator Lasers 10 - 200 Watt
Stabilized Helium-Neon Laser 633nm
Yellow Cylindrical Helium-Neon Laser 594nm
DIODE LASER SYSTEMS
Our Laser Systems are based on hermetically sealed and burn-in tested single emitters. The main advantages of our Diode Laser Systems are low operating current since single emitter diodes are operated in series, more precised optical output power control, simpler Diode Laser driver design (low current higher voltage) and higher lifetime due to burn-in testing and screening of the individual laser diodes.
Our breadth of experience in industrial and academic applications for these lasers is unrivalled. In addition, we provide comprehensive support including installation, service, spare parts and training to new and existing customers.
ChromaLaseII - Ultra compact Laser Diode Modules
Diode laser system DirectProcess 900 – 900 to 980 nm
Power Supply for ChromaLase™ and FiberTECII™ Lasers
TA-7600 VAMP Tapered Semiconductor Amplifiers
TLB-6700 Velocity™ Widely Tunable Lasers
TLB-6900 Vortex™ II Tunable Lasers
FIBER LASER SYSTEMS
Ultrafast Fiber lasers, including picosecond lasers, femtosecond lasers and Supercontinuum sources are the focus of AMS Technologies.
These ultrafast fiber lasers provide incredibly high peak power and ultrashort pulse duration, which combine to provide access to new realms of laser micromachining unachievable with
Biophotonics applications such as fluorescence microscopy, imaging and spectroscopy are the primary applications for Supercontinuum sources. It is optimized for high average power or high energy pulses. Whitelase Supercontinuum takes advantage of these high peak powers to efficiently generate white light or second, third or fourth harmonic wavelengths.
Medical therapy and ultrafast material processing are some typical applications of the high power and high energy picosecond and femtosecond fiber lasers.
2 Micron High Power Fiber Laser Source
Acousto-Optic Tunable Filter systems
Dual-Beam Laser Micromachining System MicroMill
FemtoPower High Power Ultrafast Fiber Laser
HEPUP LASER® series - 1083nm for Helium Pumping
High Energy Ultrafast Fiber Laser
HighQ-2 Ultra-compact Femtosecond laser
HPFA® series 2µm - Eye-Safe Benchtop Amplifiers
KILAS-COOL® series - Fiber Laser for Cooling
KILAS-TRAPP® series - Fiber Laser for Trapping
Polaris i200 Infra-Red Pico Second Lasers 1064 nm
Powerful WhiteLase Supercontinuum Sources
Quasar High Power UV and Green Hybrid Fiber Lasers
Rock Single Frequency Narrow Linewidth Fiber Laser Source
SPARK® series - Eye-safe single frequency fiber lasers
SPIDERLITE RACK SNMP® series - Multi-Port Erbium Doped Fiber Amplifier
Transient Absorption Spectrometer
Ultrafast Fiber Laser with up to 3 configurable output ports
COMPONENTS
Numerous vendors offer single components, but very few offer complex solutions based on their technical and market know-how and consisting of sub-components and devices from different manufacturers. AMS Technologies excels by providing solutions that match products from different sources as well as supporting the design of products tailored specifically to customer requirements. From active components (light sourcesand spectrometers) to passive components (detectors, fibers, optics andoptomechanics), with or without non-optical accessories: our technology experts select the optical devices best suited to your application or define the required specifications for the development of a new product. If no single manufacturer can provide the know-how you need across all markets, go instead for the complete overview – supported by AMS Technologies.
Thanks to the synergies with our other business lines, we realise complete solutions that include cooling solutions and driver/controller units for your light sources. Moreover, the cooperation with leading subcontractors in the optics markets enables us to provide fully-integrated modules and assemblies for customers without the need to rely on standard production lines.
Instrumentation by Gooch & Housego
EQUIPMENT FOR FIBER OPTIC APPLICATIONS
AMS Technologies offers a broad range of tools and test equipment for fiber optic applications. Typical examples include:
Our range of equipment includes also benchtop fiber laser and amplifiers for telecom and datacom and LIDAR applications, laser systems and spectrometers.
We also offer tools for production of thin film optical devices, including organic light emitting diodes (OLEDs) and thin film solar cells (those based on CIGS technology, on rigid or flexible substrates). AMS Technologies not only supplies capital equipment, but is also geared up to provide thorough training as well as technical service support from the outset and throughout the lifetime of the equipment.
Fiber Optic Test & Measurement
Fiber Optic Service & Maintenance
POWER TECHNOLOGIES
THERMAL MANAGEMENT
