Electro-Mechanics

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Applied NanoStructures, Mountain View CA, USA
415 Clyde Avenue, Suite 102, Mountain View, CA 94043, USA

AppNano develops, manufactures, and supplies various nanostructures including both conventional and specialized SPM probes for most applications. We leverage our extensive experience in nanofabrication technology and research in AFM probes to supply the highest quality probes utilizing the latest technology in the market. Our in-house clean room facility combined with our state-of-the-art characterization tools enables rapid prototyping, adaptability, and versatility in designing and developing new products for our customers.

In addition to providing you with our standard catalog of products, major research programs are continuously underway both in-house and with external collaborators or customers to develop high performance probes and accessories for advanced SPM applications. Our experienced R&D Team takes pride in using our knowledge in silicon nanofabrication technology to realize these new ideas

Products
SPM Probes
Calibration standards
Membranes
Nanopores
Vertisense Thermal Microscopy Module
STM Tip Etcher

Services
Custom MEMS & Nanofabrication
Characterization & Metrology
Custom Probe Mounting

http://www.appnano.com
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Attocube Systems AG, Munich, Germany
Koeniginstrasse 11a, 80539 Muenchen, Germany

Attocube systems is the partner of choice for research laboratories and OEM customers all over the world. The close cooperation with the scientific community is the foundation for our success. It creates unique synergies of pioneering ideas and turns them into products perfectly tailored to the requirements of today’s challenges in the nanotechnology world. The product portfolio comprises integrated system solutions as well as single components for use in industry and science:

atto Dry Lab
Fully automated, cryogen-free nano-characterization platform with a variety of different measurement options.

atto Microscopy
Measurement inserts for nano-characterization of surfaces & bulk materials at low temperatures & high magnetic fields.

attoSensorics
Ultra precise optical sensors for real-time displacement and vibration measurement with picometer resolution.

attoCryo
Dry & liquid cryostats, optimized for most sensitive measurement techniques at variable temperature & high magnetic field.

attoMotion
Piezo-based nanopositioners for research & industry applications. Suitable for ambient to extreme environments.

attoControl
Electronic & software control units: Advanced control electonics and software modules for attocube’s nanopositioners and microscopes.

www.attocube.com
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Attocube Systems, Berkeley CA, USA
2020 Stuart Street, Berkeley, CA 94703, USA

Attocube systems is the partner of choice for research laboratories and OEM customers all over the world. The close cooperation with the scientific community is the foundation for our success. It creates unique synergies of pioneering ideas and turns them into products perfectly tailored to the requirements of today’s challenges in the nanotechnology world. The product portfolio comprises integrated system solutions as well as single components for use in industry and science:

atto Dry Lab
Fully automated, cryogen-free nano-characterization platform with a variety of different measurement options.

atto Microscopy
Measurement inserts for nano-characterization of surfaces & bulk materials at low temperatures & high magnetic fields.

attoSensorics
Ultra precise optical sensors for real-time displacement and vibration measurement with picometer resolution.

attoCryo
Dry & liquid cryostats, optimized for most sensitive measurement techniques at variable temperature & high magnetic field.

attoMotion
Piezo-based nanopositioners for research & industry applications. Suitable for ambient to extreme environments.

attoControl
Electronic & software control units: Advanced control electonics and software modules for attocube’s nanopositioners and microscopes.

http://www.attocube.com/
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CSI Scientific Computing Intl., Carlsbad CA, USA
6355 Corte Del Abeto, Suite C-105, Carlsbad, CA 92011, USA

SCI is a leading innovator and provider of advanced metrology systems and analysis software to major companies in the semiconductor, optoelectronics, data storage, display, MEMS, and optical coating industries.
Our mission is to solve our clients’ most critical metrology challenges by providing leading-edge solutions to precisely suit their requirements. We value close cooperation and long-term partnership to understand and anticipate your current and future needs.
To meet these demands, our expanding technology suite of multi-modal metrology systems includes multi-angle spectroscopic ellipsometry, polarized reflectometry, transmission, and scatterometry. Our complete product portfolio serves our clients throughout the entire product life cycle, from research and development to high-volume production. We are dedicated to building custom solutions, as needed, to solve your specific requirements.
We hold an extensive portfolio of key patents allowing for the highest index measurement accuracy in the industry, with a resolution 100 times better than existing tools. We continue to pioneer new technology in high-precision optical design and software modeling. Our technology is deployed in the world’s leading development and production facilities in a broad range of industries.
SCI was founded in 1993 as a privately held corporation headquartered in Carlsbad, California. Today, we comprise a global network of sales, service, and support offices strategically located in China, Europe, Japan, Korea, Singapore, Taiwan, and the United States.

http://sci-soft.com/
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DME Nanotechnologie GmbH, Braunschweig, Germany
Geysostraße 13, D 38106 Braunschweig, Germany

For over 20 years, DME has successfully dealt with the development and manufacturing of atomic force microscopes. In this connection DME’s key points are easy usability, manufacturing by ourselves, and flexibility.
Our instruments are characterized by the simplest possible operation combined with the capability of a high throughput. When it comes to new developments, we take great care to secure that the instruments will not “feel” like a prototype afterwards. Naturally, also new developments are supported by corresponding software. Take cantilever change as an example: For our DS 95 AFM, exchanging the cantilever takes only some seconds. Adjustment and approach are fully automatic, and optionally we also offer a full automatic cantilever changer. Furthermore, all our AFM scanners have a built-in optics facilitating the location of a specific place on the sample surface. Both guarantee efficient work and a high throughput.
Our instruments are characterized by an optimal combination of mechanics, electronics, and software. Only by in-depth harmonization of all three components, a good scanning probe microscope can be obtained. Our developers work interdisciplinarily: To make a good control software the developer must for example have also a deep understanding of mechanics and electronics. In the same manner, the mechanical development process must consider how the electronics and software will later control the system. Actually, the real power of our team of developers lies in the interdisciplinary work and the permanent overview of the whole concept.
All main parts of our Scanning Probe Microscopes are of our own manufacture; this includes the piezo motors for approach, the electronics, our software, and naturally our mechanical design. This has the advantage that we are able to quickly make modifications in all parts of the instruments, should a certain application require such.

Applications
Topography
Magnetic Samples
Electrical Properties
SEM-AFM
Optical Nearfield Microscopy
Lithography

www.dme-spm.com
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ETS Interlaken Technologies. Kolkata, India
No. 117, B. T. Road , fth Floor, Kolkata West Bengal 700 108, India

An ISO 9001:2008 company, ETS Intarlaken Technologies is one of the renowned manufacturers and exporters of Materials Testing Equipments such as Tensile Testing Machine, Compression Testing Machine and Universal Testing Machine, etc.,

We have been successfully catering to the needs of diverse industries including rubber, metal, leather & footwear, plastic, textile, concrete and more. We have an extensive expertise to design and develop products based on client’s specifications.

We ensure the best possible manpower & the lowest velocity of movement resulting in consistent quality & production standard that match with those of International standards. Our state-of-the-art infrastructure is equipped with the latest machineries that provides flexibility to manufacture products with great flexibility. We also have a separate in-house laboratory to ensure that our products comply with IS, BS, EN and other Indian and International standards.

We have become the most trusted name supplying material testing equipments to reputed companies, Government departments & Engineering Colleges. Our endeavor is to achieve complete customer satisfaction by providing our clients unmatched quality of products and services at the most competitive prices.
ETS’s vision springs from the creative imagination of its team members. The ETS team is daily called upon to innovate, using the cumulative skills so carefully nurtured in our work environment to the final application. Vision is followed towards the betterment of it’s customers and the world of materials testing machines.
Our range of testing equipments are designed to ensure highest level of accuracy, reproducibility and reliability of test results that are critical to the success of our customers’ businesses and to the quality of their products.

Products include:
Computerized Universal Testing Machines
Digital Universal Testing Machines
View All Universal Testing Machines Model
Computerized Compression Testing Machine
Digital Compression Testing Machine
Dial/Analogue Compression Testing Machine
Digital Tensile Testing Machine
Computerized Tensile Testing Machine
Computerized Spring Testing Machine
Digital Spring Testing Machine – Electro Mechanical

Quality is the corner stone of the company. We have been awarded with ISO 9001:2000 for following standard quality management system. The quality control starts right from the procurement of the raw material till the final dispatch of the products. Strict in-process control at different stages of production ensures zero-defect products.

We employ product design philosophy, where our customer’s data integrity, safety, and protection of investment are paramount. Our complete range of equipments are calibrated with standard precision calibrators such as Dynamometers, Deflection Gauges and other devices. These precision calibrating devices are traceable to NABL or Research institutes.
At ETS Intarlaken Technologies, research and development represents the cornerstone of progress. A combination of internal and project funding enables us to invest approximately 6% of our revenue back into our product development programs. Our goal is to continually advance the application of existing technologies and to develop new and innovative technologies for the benefits of our customers.

Our R&D process conceptualizes the ever-changing requirement of the customers and go beyond specifications to offer precise testing solutions for different industries.

www.ets-testingmachines.com
Tel +91 – 33 25770637
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Hysitron, Inc., Minneapolis MN, USA
9625 West 76th St., Minneapolis, MN 55344, USA

Hysitron is the world leader in the development and commercialization of nanomechanical test instruments and has designed, manufactured, and serviced cutting edge technology for the scientific community since 1992. As the pioneers of in-situ imaging with nanomechanical property measurement capabilities, Hysitron has grown with the nanotechnology market for over two decades.
In addition to nanoindentation and microindentation, Hysitron’s nanoindenter instrument capabilities include tribology, modulus mapping, dynamic mechanical analysis, acoustic emission monitoring, electrical contact resistance, and in-situ SEM and TEM nanomechanical testing. Our nanoindenter instruments are specifically designed to solve your nanomechanical property needs and our team of expert scientists and engineers is always available to answer your questions and help solve your problems.

Products
Standalone Instruments
Instruments for Microscopes
Process Metrology Equipment
Laboratory Services

Applications include:
Materials Science
Semiconductors & Electronics
Coatings & Thin Films
Low Dimensional Materials

Techniques & Properties:
Mechanical Properties
Hybrid Imaging
Environmental Characterization
Electro-Mechanical Properties
Tribology

https://www.hysitron.com
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Imina Technologies SA, Lausanne, Switzerland
EPFL Innovation Park, Batiment E, CH-1015 Lausanne, Switzerland

Imina Technologies SA is born from the idea that conventional nanopositioning instruments used by scientists at the forefront of nanotechnology research are lacking of versatility to quickly adapt to ever changing experiments and needs. Over 10 years of research in high precision robotics at the Swiss Federal Institute of Technology in Lausanne, Switzerland (EPFL) allowed to demonstrate that a mobile robot equipped with a motion technology based on piezo actuators can satisfy this growing need.
The company was founded in 2009 and started the commercialization a year later of its pioneering miBot™, the world’s most compact mobile robot with nanometer resolution of positioning. Since then, Imina Technologies’ young and dynamic team puts its expertise in precision engineering and robotics in serving science by developing innovative solutions that make its unique manipulator to be used with an ever wider range of measuring instruments and microscopes.
Partnering with experts in miniaturization and manufacturing techniques, all Imina Technologies’ products are manufactured in Switzerland and meet the highest level of quality required by high precision instruments.
Distributed directly and through a global network of resellers, Imina Technologies’ products are trusted by scientists and engineers of among the most famous research institutes worldwide.

Products:
Nanoprobing SEM Solution
Compact Solution
Portable Solution
Probes, Microtools & Sensors

www.imina.ch/
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Mad City Labs, Madison WI, USA
2524 Todd Drive, Madison, WI 53713, USA

Mad City Labs, Inc nanopositioning systems, micropositioning systems, instrument solutions, and piezoactuators are used for a variety of applications. Follow the links below to learn more about how Mad City Labs systems are used in each application area.

Applications:

SR Microscopy
Fluorescence Microscopy
Fluorescence Spectroscopy
Scanning Probe Microscopy
Surface Profilometry
Optical Tweezers
Optical Traps
Magnetic Tweezers
Magnetic Traps
Magnetic Manipulation
Nanofabrication
Nanopatterning
Nanomachining
Micromachining

http://www.madcitylabs.com
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Materials Science Inc., San Diego CA, USA
1662 Los Altos Road, San Diego, CA 92109, USA

Materials Science, Inc. was established in 1989 and incorporated in 1992. The company specializes in magnetron sputter deposition. We manufacture and distribute products from multiple locations throughout the United States.

Materials Science, Inc. endeavors to understand each customer’s needs and respond appropriately. Our team of creative scientists, engineers, software developers, technicians, coating experts and support staff each possesses decades of experience, both in designing and building critical technology components and similarly with systems used in high volume industrial production. They have implemented systems for magnetic and optical storage media, semiconductor production, compound semiconductor devices, precision optics, decorative coatings, functional and wear purposes, flexible substrates, MEMS devices, flat panel displays, telecommunication devices, fiber optics and other applications.

To shorten product development cycles, we design and model most of our products by CAD before prototype units are built. We often use 3D solids modeling and FEA software to perform magnetic, thermal, fluid and stress analysis. These tools allow us to rapidly design, prototype, test and help our customer put into production new magnetron sputtering sources designed for specific needs.

Materials Science, Inc. has several prototyping test systems. Products are characterized and optimized as appropriate. During prototype testing, we also monitor and control vacuum levels, argon and reactive gas flow, current, voltage and power levels, incoming/outgoing water temperature, flow and pressure and other information germane to a device and/or application.

Our laboratory also allows real world checks on how easy the company’s products are to service, maintain, assemble and integrate into a system.

http://www.msi-pse.com