Up to 90% of thermal-related errors in linear positioning stages can be eliminated, Easy-to-use, software-driven compensation,Eliminate both environmental and internal heating effects, Applicable for both linear motor and ball-screw linear stages
Aerotech’s free HexGen® Hexapod Sizer tool is a quick and easy way to verify motion of your hexapod design. Select from a library of standard designs or easily create your own hexapod configuration. After the hexapod configuration is selected, simulate the movement that you will perform in your actual process. No more guessing if you will have enough hexapod travel prior to purchasing or designing your system!
The FiberMaxHP is a second-generation three- to six-axis photonics alignment platform built on Aerotech's ANT nanopositioning product line. It is designed to meet the demanding needs of critical photonics alignment in a highly automated, 24/7 production environment with no compromise in speed, accuracy, and resolution.
The Verifire™HDX system is ideally suited for advanced 3D optical metrology of precision optics and optical systems requiring high spatial resolution and imaging. The new optical design, including an 11.5-megapixel camera, enables enhanced characterization of mid-spatial frequency and PSD analysis. Standard industry-leading features include a high-performance frequency-stabilized laser with a 3-year warranty and Zygo’s patented QPSI™ vibration-robust on-axis acquisition technology.
Aerotech goniometers are offered in direct-drive and worm-gear models. ANT-20G series direct-drive goniometers offer 0.05 arc-second resolution, ±0.03 arc-second in-position stability, ±6 arc-second accuracy and 20° travel. AGC series worm-gear-driven goniometers are used where 90° of angular travel is needed with the payload at the center of rotation, or where two axes of rotation are needed about a common point.
We have released the next generation of SEM-Base, SEM-Base VI.
SEM-Base VI (“six”) includes the DC-2020, the new standard controller for all Stacis products, and provides roughly 6dB increased vibration isolation over previous models, depending on frequency and input levels.
TA-FHG pro is a tunable, diode-based laser that provides powerful laser light in the deep-UV spectral range. It is an ideal solution for testing and inspection or advanced material processing, e.g. lithography patterning for holographic applications. The lasers provide the necessary power levels that are required for these applications. On top of that, they are very easy to handle at considerably low operating costs. It provides light at wavelengths between 190 and 390 nm with up to 500 mW output power
400 μm closed-loop travel; 450 μm open-loop travel
Outstanding step-and-settle and scanning performance
Designed for use with larger, high numerical-aperture objectives
29 mm diameter clear aperture
TOPTICA Photonics will present their innovative lasers at the LASER World of Photonics (hall B2, booth 103). With the latest product releases, TOPTICA is able to offer a complete laser wavelength coverage from deep-UV (190 nm) to terahertz radiation (0.1 THz, corresponding to 3 mm). These lasers support a multitude of applications in biophotonics & microscopy, materials & metrology and quantum technology.
PEABODY, MA —TMC, an industry leader in high-performance vibration isolation technology, introduces UltraDamp™, a very-high-damping pneumatic vibration isolation system that is ideal for vibration-sensitive applications with high-force, high- velocity X-Y motorized stages that require fast settling time of the payload.
Optimized system design for maximum acceleration High-speed operation (up to 3000 rpm) Integral captive pneumatic collet-chuck for minimal part motion during clamping Type-D collet accepts 0.1 mm to 2 mm O.D. tubing Clear aperture and guide system for product feed-through Direct-drive brushless motor with optional water cooling for performance stability Maintenance-free, frictionless rotary union.
Six-degree-of-freedom positioning with linear travels to 60 mm, angular travels to 30°, and payloads up to 45 kg
Ultra-precision design with guaranteed positioning accuracy specifications
Minimum incremental motion to 20 nm in XYZ and 0.02 μrad in θxθyθz.
Powerful controls and software with visualization of work and tool coordinate systems.