Everything we do at KMLabs emphasizes delivery of the highest performance ultrafast light to your application. The shortest pulse widths, with the cleanest, pedestal-free profiles consistently outperform the competition. Our patented cryogenic cooling enables ultrafast amplifiers with a combination of high average power plus high pulse energy that simply can't be achieved with traditional cooling methods. It also allows wide, computer-controlled tuning of the pulse repetition rate another feature that can't be achieved with traditional cooling
KMlabs has the widest range of ultrafast lasers in the industry. We have made most of the very high-power >10 W average power ultrafast lasers used in research labs today, and have a robust program of SBIR/STTR-funded research to develop new generations of ultrashort-pulse laser technology. A major thrust in recent years is to take ultrafast laser technology out of the lab and into the field for uses such as precision micromachining.
Magcam is the only high tech company in the world offering a unique Magnetic Field Camera (Magcam) technology system. The Magcam magnetic field camera measurement platform is an advanced digital matrix magnetic field sensor that measures three-dimensional magnetic field maps with high spatial resolution at high speed. The Magcam magnetic field maps are analyzed in real time using the powerful MagScope software.
Applications include R&D, in-line production inspection and incoming/outgoing quality control of permanent magnets and magnetic assemblies, including the full magnetization vector and its deviation angle for uniaxial magnets, multipole magnet inspection, magnet homogeneity inspection, general magnetic field mapping and magnetic materials research. Magcam's customers include automotive subassembly OEMs, sensor manufacturers, magnet producers and suppliers, rotor/motor/generator constructors, medical equipment manufacturers, universities, research labs and more.
Magcam offers a product range consisting of measurement hardware, advanced data analysis software, automation software as well as measurement services, feasibility studies and development projects. Magcam also offers a range of highly advanced and state-of-the-art cryogenic magnetic field sensors for liquid helium temperature use, based on III-V semiconductor heterostructures. Applications include high resolution scanning Hall probe microscopy (down to 250nm) and magnetometry.
Novacam Technologies Inc. designs and manufactures high-precision optical sensor systems for 3D metrology applications in industry and biomedicine. Our systems are based on low-coherence interferometry and feature fiber-based non-contact scanning probes.
Our products include:
Profilometer (profiler) systems and 3D scanners for 3D metrology, roughness measurements, thickness measurements, and cross-sectional imaging in high-precision industries
Optical coherence tomography (OCT) systems for tissue measurement and imaging in biomedicine and life sciences
Modular hardware components for original equipment manuracturers (OEMs) and for R&D
Custom metrology solutions based on low-coherence interferometry
Novacam products are used internationally in online high-technology manufacturing processes, QA/QC laboratories, R&D laboratories, and bio-medical research institutes. Clients value Novacam systems for their high precision, high speed, versatility of installation, the ability to inspect hard-to-reach surfaces and the ability to operate in hostile environments.
Novacam also partners with system integrators and OEMs who wish to incorporate Novacam advanced OCT platform components into custom assemblies for vertical markets.
Founded in 1997, Novacam is a privately held company.
Applications:
3D metrology in hard-to-reach spaces, such as inside bores, cylinders and narrow tubes;
Thickness of multi-layer or single-layer films;
Roughness, including shape, flatness and waviness;
Volume loss from surface wear; High aspect ratio features, such as steps, grooves, channels, steep slopes and holes;
Hostile environments including radioactive, very high temperature, cryogenic; Non-transparent material thickness with LIBS and profilometry
Oxford Instruments aims to pursue responsible development and deeper understanding of the world through Science & Technology.
As one of the first commercial spin-out companies from Oxford University, this vision has been at the heart of our business for over 50 years. We use innovation to turn smart science into world-class products that support research and industry to address the great challenges of the 21st Century.
Products:
Analyzers
Atomic Force Microscopy
Coating Thickness Measurement
Cryogenic Systems
CT & MRI Systems
Microanalysis Systems
Nanomanipulation
Plasma, ALD and Ion Beam
Spectrometers
Superconducting Magnets and Wire
X-Ray Tubes and Integrated Sources
Established in 1991, Piezosystem Jena offers piezo micro positioning, piezo nano positioning and metrology solutions to the semiconductor, microscopy and synchrotron community. We have an extensive knowledge and in-depth technical expertise in the application of piezo technology to nano positioning tasks, and in the design of piezo flexure stages and development of piezomechanical systems.
Piezo based instruments are equipped with our unique piezo technology and offer XY or 3D motion with nearly unlimited resolution. Our metrology lab, with high resolution distance measuring interferometers, allows us to perform tests on custom loading configurations of piezo stages, z-axis microscopy piezo elements and piezo actuator systems with a resolution down to 50 picometers. Accurate determination of primary resonances is one of many services we can offer to our customers, ensuring that the system we provide will meet the most demanding nano positioning tasks.
Piezosystem Jena's real strength comes from our commitment to complete customer satisfaction in the markets we serve. The partnerships we form with our clientele in applications such as super resolution microscopy, AFM, process control, semiconductor metrology and nanopositioning for synchrotron radiation are long-lasting and mutually beneficial. Our knowledge in piezo technology comes as much from our interaction as consultants as it does from our own research.
Outstanding Characteristics of Piezo Elements:
Nearly unlimited resolution of the movement (sub nm)
Extemely high maximum compressive forces (multiple kN)
Movement without any mechanical play
Very short response times
No mechanical wear
Suitable for vacuum applications
Suitable for cryogenic temperatures
Piezosystem Jena develops and manufatures precision systems e.g. for the following high-tech markets:
Customized solutions to fit your special requests
More than 24 years of experience in the production and development of nanopositioning equipment
Comprehensive Consultation
Worldwide Partners, Quick Support Guaranteed
Quick Solution Propositions
Established in 1991, Piezosystem Jena offers piezo micro positioning, piezo nano positioning and metrology solutions to the semiconductor, microscopy and synchrotron community. We have an extensive knowledge and in-depth technical expertise in the application of piezo technology to nano positioning tasks, and in the design of piezo flexure stages and development of piezomechanical systems.
Piezo based instruments are equipped with our unique piezo technology and offer XY or 3D motion with nearly unlimited resolution. Our metrology lab, with high resolution distance measuring interferometers, allows us to perform tests on custom loading configurations of piezo stages, z-axis microscopy piezo elements and piezo actuator systems with a resolution down to 50 picometers. Accurate determination of primary resonances is one of many services we can offer to our customers, ensuring that the system we provide will meet the most demanding nano positioning tasks.
Piezosystem Jena's real strength comes from our commitment to complete customer satisfaction in the markets we serve. The partnerships we form with our clientele in applications such as super resolution microscopy, AFM, process control, semiconductor metrology and nanopositioning for synchrotron radiation are long-lasting and mutually beneficial. Our knowledge in piezo technology comes as much from our interaction as consultants as it does from our own research.
Outstanding Characteristics of Piezo Elements:
Nearly unlimited resolution of the movement (sub nm)
Extemely high maximum compressive forces (multiple kN)
Movement without any mechanical play
Very short response times
No mechanical wear
Suitable for vacuum applications
Suitable for cryogenic temperatures
Piezosystem Jena develops and manufatures precision systems e.g. for the following high-tech markets:
Customized solutions to fit your special requests
More than 24 years of experience in the production and development of nanopositioning equipment
Comprehensive Consultation
Worldwide Partners, Quick Support Guaranteed
Quick Solution Propositions
Typically our clients are working in research or manufacturing of advanced semiconductor materials for integrated circuits or optoelectronic devices. Recently photovoltaic solar energy conversion and thermoelectric materials have become an important part of our activities.
Our experience and proven solutions include the measurement of majority carrier properties (such as resistivity, carrier concentration, mobility, effective mass, trapping) and minority carrier properties (such as minority carrier lifetime, diffusion length, trapping), in R&D or production environments. We also include associated measurements of insulating (dielectric) and metal thin film properties and film thickness and the interface characteristics between these thin films and the semiconductor.
When we use the term "semiconductor" today we mean it in the broadest sense. It can be the elemental materials silicon germanium etc, in single crystal or polycrystalline wafers or in polycrystalline or amorphous thin film form but it can also mean compound semiconductors or alloys of compounds in crystal wafers or polycrystalline thin films and more recently also polymer and organic thin films.
The methods we apply to these problems cover a wide range of technologies ( such as; optical, electronic, magnetic, cryogenic, acoustic, electro-chemical, vacuum etc) supplied by a number of partner companies around the world.
SemiMetrics find the solution first by working with the client, and then find the partners needed to supply the required parts to build the solution. We then offer proven solutions from our portfolio of projects.
SPECS Surface Nano Analysis GmbH as a leading manufacturer produces innovative components and customized systems for surface spectroscopy and microscopy.
The customized systems are highly integrated with facilities for sample and thin film preparation and in-situ analysis from UHV to high pressures. Main analysis components are the hemispherical energy analyzer family PHOIBOS, the time-of-flight spectrometer THEMIS, the ultimate stability Aarhus SPM family, the ultimate low temperature SPM family JT-SPM, the Tyto SPM head, the KolibriSensor, the in situ SPM Curlew and the high resolution LEEM/PEEM instrument.
SPECS GmbH headquarters are situated in the center of Germany's capital Berlin with a subsidiary, SPECS Zurich GmbH, based in Zurich, Switzerland. SPECS forms a team of scientists and engineers with more than 150 employees engaged in the design and production of instruments for nanotechnology, material science and surface science in general.
For now over 25 years, know-how, experience, intensive contact to scientists from all over the world, customer orientation and reliable quality control have been the keys to SPECS success.
SPEX® SamplePrep was founded in 1954 to provide superior sample preparation equipment and supplies for spectroscopists. Our equipment is used to prepare samples for a wide range of analytical technologies including XRF, ICP, GCMS and PCR. Other applications include Particle Size Reduction, Cryogenic Grinding and Pressing & Pelletizing. Our goals for our customer's sample preparation is to increase throughput, ensure reproducibility and to minimise cross contamination.
Products include:
Mixing & Blending
Grinding & Pulverizing
Pressing &b Pelletizing
Borate Fusion
Fields of Application include:
Glass & Ceramics
Cement, Slag & Fly Ash
Materials Science
Polymers
Catalysts
Nanotechnology
Metalcraft manufacture equipment for some of the world's most hazardous and dangerous environments. We manufacture pressure vessels, vacuum vessels and cryogenic vessels for safety critical applications across all sectors of industry including medical, research, big science, power generation, nuclear, oil & gas, petrochemical, water and a number of other industries as indicated within our website.
The pressure vessels which we manufacture at our UK site can be internally loaded pressure vessels or externally loaded pressure vessels dependent upon the operational requirements. We supply pressure vessels into a range of markets indicated with the website, the pressure vessels can be manufactured in a range of materials from basic carbon steels, through to high tensile steels, stainless steel, exotic alloys, high nickel alloys and aluminium. We can manufacture to a wide range of pressure vessel standards, including PD5500, ASME, AD Merkblatt, CODAP, Stoomwezen, EN 13445, etc.
Metalcraft have been manufacturing pressure vessels on our UK site for over 100 years and during this time have developed a wealth of knowledge and experience on the manufacturing techniques necessary to effectively and efficiently produce pressure vessels to the highest standards required by the sectors we serve. In addition to the pressure vessels we manufacture, we also manufacture vacuum vessels and cryogenic vessels using a number of similar techniques required for pressure vessel manufacture. The vacuum vessels and cryogenic vessels we produce are generally fabricated and machined in order to achieve the required vacuum leak tightness.
Metalcraft have the necessary fabrication and machining capabilities in house to ensure that the vacuum vessels and cryogenic vessels we manufacture comply with customers requirements and can demonstrate those requirements by vacuum testing the vacuum vessels and cryogenic vessels in house. We have manufactured vacuum vessels and cryogenic vessels in a wide range of materials, from carbon steels, stainless steels and aluminium.In excess of 40,000 pressure vessels, vacuum vessels and cryogenic vessels have been manufactured by Metalcraft to date and we believe that Metalcraft are the premier manufacturer of medium to large pressure vessels, vacuum vessels and cryogenic vessels in Europe, if not the world.
