Klocke Nanotechnik

Nanomotion is a trailblazer in the field of motion solutions, creating systems that meet the demanding requirements of today’s market and anticipate the future. Our products are used across the globe, with customers in theUSA, Europe, Middle East, and the Far East. Here at Nanomotion, we are committed to crafting innovative, precise, and adaptable motion solutions that are perfectly aligned with your unique needs. Nanomotion’s patented Ultrasonic Standing Wave motors provide unlimited linear and rotary motion. Nanomotion’s motor technology supports motion requirements for applications in Semiconductor, Medical and Optronic markets. We utilize proprietary technology to design and manufacture integrated motion systems. Our motors are small yet powerful, offering exceptional precision, high resolution, and rapid settling time. We also have the capability to design and manufacture motors specifically geared towards high volume applications, meeting a diverse array of micro-mechanic specifications.

NanoScale Systems (Nanoss) GmbH was founded in March 2005 as a spin-off of the Johann Wolfgang Goethe-University Frankfurt am Main/Germany. The company has more than 20 years of experience in software-control production of nanostructures as well as the market introduction of new product generations in the area of nanotechnology, microsystem technology, semiconductor technology, and surface technologies. NanoScale Systems GmbH is the leading and only manufacturer of force- and pressure based nano sensors using innovating 3D nano printing via focused electron beam. With our patented 3D nano printing platform nano3DSense, we offer equipment manufacturers in the medical sector and R&D groups a radically new concept for dedicated force, pressure and strain sensors with a wide application spectrum. We have invested more than seven years into development and research, perfecting the sensor production process using 3D nanoprinting down to the smallest detail and without compromises. Due to our independence from silicon and inert working mask technologies, we offer powerful and rapid solutions for industry and research, which do not only expand the application spectrum of today’s force and pressure sensors, but also fundamentally redefine it in many areas.

The history of NANOSENSORS™ is also the success story of Dr. Over the years NANOSENSORS™ extended the range of available AFM cantilever geometries. NANOSENSORS™ continues to exist as an independent business unit retaining its well known brand name. Both brands NANOSENSORS™ and NanoWorld™ now profit from Dr. At NANOSENSORS™ R&D and production form a close connection ensuring fast implementation of research results. We are providing the most consistent AFM probe quality, year by year, batch by batch, wafer by wafer, probe by probe and we are constantly working on new and improved products. NANOSENSORS™ introduces the MSS 8 Channel Readout Module (MSS-8RM), a basic electronic module to operate and to readout Membrane-type Surface-stress Sensors (MSS), up to 8 sensors simultaneously. The success of our research driven strategy not only became apparent in NANOSENSORS™ steadily growing business but was also publicly acknowledged by several prizes.

We develop and manufacture leading edge SPM probe tips, characterizers and a variety of silicon based 3D-MEMS components. Team Nanotec GmbH was founded in 1997 as an IBM Germany spin-off. Our team combines unique research and manufacturing skills with extensive experience in micro- and nanofabrication technology. We offer a wide variety of scanning force microscopy probe tips for imaging, metrology, and material characterization, to name only a few. Beside our standard products, we develop and manufacture customer specific cantilevers and probe tips. For the characterization of probe tips we offer a variaty of probe tip characterizers. Made of high quality single crystal silicon, the Aspire probes are robust and offer long imaging life.

At NanoSen, nestled in the innovative ecosystem of Chemnitz and rooted in the academic excellence of the Chemnitz University of Technology, we specialize in advancing the field of force sensing through our proprietary polymer nanocomposite materials. Our mission is clear: to transform the industry by making high-performance force sensors accessible and adaptable for a myriad of applications. At NanoSen, we understand that innovation doesn’t stop at product delivery. NanoSen force sensor material is manufactured from silicone and offers excellent material properties for robust configurations. NanoSen force sensor material is manufactured as a bulk sheet that can be cut according to specific design characteristics. NanoSen force sensor material enables very fine measurements with a maximum threshold that far exceeds the competition. NanoSen force sensor material can be washed using conventional machines, ensuring a long product lifetime for consumer and medical applications. NanoSen has upscaled the manufacturing process for nanocomposite force sensors, which had previously only been proven at a laboratory scale.

The company has been providing consumable support products for atomic force microscopy (AFM) for over a decade. The Nano eNabler system is a molecular printer that rapidly and precisely delivers liquids to surfaces such as silicon chips in droplets that are ten billion times smaller than a drop of blood. This unique capability offers researchers in industry and academia a practical solution to problems they encounter when developing ultraminiaturized devices and methods, and creates opportunities for further commercialization of nanotechnology. It is through our instrumentation success that we can pursue the third product focus; applications.