New Nanopositioning Slide with Built-in User-adjustable Counterbalance
V-308 is designed for vertical applications providing 7 mm of Z-travel and 10 nm incremental motion. Combines long travel with unmatched dynamics and precision with 8 m/s2 acceleration and 25 nm bidirectional repeatability. Ideal for OEM and research applications in the life science, semiconductor and material science fields.
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New Nanopositioning Slide with Built-in User-adjustable Counterbalance
V-308 is designed for vertical applications providing 7 mm of Z-travel and 10 nm incremental motion. Combines long travel with unmatched dynamics and precision with 8 m/s2 acceleration and 25 nm bidirectional repeatability. Ideal for OEM and research applications in the life science, semiconductor and material science fields.
Read More »New OpenARC Positioning Platform is Powered by Polaris GNSS Cloud Correction Service
Offers easy system integration of GNSS corrections with high performance INS and RTK hardware. Provides high precision and confidence in positioning and localization applications. Ideal for Precise Positioning in agriculture, construction, mapping, surveying, robotics and trucking.
Read More »New OpenARC Positioning Platform is Powered by Polaris GNSS Cloud Correction Service
Offers easy system integration of GNSS corrections with high performance INS and RTK hardware. Provides high precision and confidence in positioning and localization applications. Ideal for Precise Positioning in agriculture, construction, mapping, surveying, robotics and trucking.
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Managing the New FGD Wastewater Regulations
A guide for managing Flue Gas Desulfurization wastewater using leading technologies.
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Latest Vertical Elevator Stages Come with Load Capacity of 5.0 kg
Offer high stability 120 mm. x 80 mm. (4.724 in. x 3.149 in.) tables and 60 mm +/- 2 mm (2.362 in. +/- 0.078 in.) of vertical travel. Feature scissor lift design with precision roller bearings and slide rails. Assure smooth motion and very high parallelism throughout the raising and lowering of the table.
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Latest Vertical Elevator Stages Come with Load Capacity of 5.0 kg
Offer high stability 120 mm. x 80 mm. (4.724 in. x 3.149 in.) tables and 60 mm +/- 2 mm (2.362 in. +/- 0.078 in.) of vertical travel. Feature scissor lift design with precision roller bearings and slide rails. Assure smooth motion and very high parallelism throughout the raising and lowering of the table.
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New Linear Smart Stage with Power of ~2.4 W Peak at Max Speed
M3-LS-U2-10 has high stiffness with no gears or backlash, low acoustic noise and no high voltage. Assembled into two-axis and three-axis systems for precise, repeatable positioning of optics, sensors and more. Applications include instruments for DNA sequencing, wearable medical devices and handheld video microscopes.
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New Linear Smart Stage with Power of ~2.4 W Peak at Max Speed
M3-LS-U2-10 has high stiffness with no gears or backlash, low acoustic noise and no high voltage. Assembled into two-axis and three-axis systems for precise, repeatable positioning of optics, sensors and more. Applications include instruments for DNA sequencing, wearable medical devices and handheld video microscopes.
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Latest Rotary Stage Comes with 10 Micro-Step Per Step Stepper Motor Driver
Features positional accuracy of 0.05 degrees (180 arc-sec). Rotary Table measures 39 mm. (1.535 in.) diameter and 360 degrees range of continuous rotation of travel. Ideal for microscopy, laser positioning and machining, inspection, assembly, testing, and other critical applications.
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Latest Rotary Stage Comes with 10 Micro-Step Per Step Stepper Motor Driver
Features positional accuracy of 0.05 degrees (180 arc-sec). Rotary Table measures 39 mm. (1.535 in.) diameter and 360 degrees range of continuous rotation of travel. Ideal for microscopy, laser positioning and machining, inspection, assembly, testing, and other critical applications.
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Solder Redefined
Indium Corporation has developed a new twist on traditional solder by developing a composite with a reinforced matrix internal structure. The result is a solder with increased strength and reliability. Check out this video to learn more about the mechanics behind the groundbreaking technology.
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