89 North®, is a wholly owned subsidiary of Chroma Technology. Originally founded as a manufacturer of illumination systems for fluorescence microscopy, 89 North now also distributes a broad range of instruments for microscopy manufactured by Cairn Research (U.K.). Complementing these product offerings, we provide comprehensive contract engineering and manufacturing solutions for the OEM community.
is the world-leading engineering-based developer of robotic accessories and robot arm tooling, including Automatic Tool Changers, Multi-Axis Force/Torque Sensing Systems, Utility Couplers, Robotic Deburring Tools, Robotic Collision Sensors, Manual Tool Changers, and Compliance Devices. Our robot end-effector products are found in thousands of successful applications around the world. Since 1989, our team of mechanical, electrical, and software engineers has been developing cost-effective, state-of-the-art end-effector products and solutions that improve robotic productivity.
The F/T force and torque sensors provide full six-axis force and torque sensing with high factor of safety. The F/T can be mounted to a robot arm or any tooling where multi-axis force/torque sensing is needed.
T&C Power Conversion, Inc. is an RF services and engineering company that specializes in a range of RF products. Products include High and Low Frequency RF Power Generators and Amplifiers, RF Matching Networks and Transformers, Complete RF Delivery Systems at 13.56 MHz, and RF Switchboxes.
Phi Optics Inc was founded in 2009 to respond to market’s request for QPI enabled devices. Our company is developing the next generation of optical imaging systems through its Quantitative Phase Imaging Platform. Phi Optics platform is aimed at augmenting conventional optical microscopy in various vertical markets. Backed by an extensive patent portfolio secured both through in-licensing and continued developments at Phi Optics, the company is targeting applications in life sciences, medical diagnostics, nanotechnology, and semiconductor testing.
Phi Optics technology platform uses standard tools and processes and combines the performance of traditional modalities of an light microscope (e.g. fluorescence, DIC, phase contrast) with the real-time 3D topography capabilities of QPI. This combination offers a significant advantage for applications that require low-cost, fast and accurate imaging of nanostructures.
AtCor Medical develops and markets products for the early detection of target organ damage and management of cardiovascular and renal disease. Its technology allows researchers and clinicians to noninvasively measure the central arterial pressure waveform, central aortic pressures and pulse wave velocity. Central arterial pressure waveform analysis, as measured by the company’s SphygmoCor system, provides clinicians with better prognostic and diagnostic information to determine the need for and type of intervention, effects which cannot be detected with standard brachial blood pressure measurements.
Cobolt is at the very forefront of the industry in the development and manufacture of high performance CW and Q-switched lasers. We provide ultra low noise, CW, single mode solid-state lasers in the UV-Visible-NIR spectral range; Q-switched DPSS lasers with the unique combination of high pulse rates and high pulse energy in the UV-NIR range; as well as tunable mid-IR sources. The lasers are manufactured using our unique and proprietary HTCure™ technology yielding unrivaled robustness and reliability.
The combination of uncompromised optical performance with nonpareil tolerance to demanding environmental conditions has made Cobolt lasers the preferred choice by leading instrument manufacturers and scientists worldwide.
