Products and Services
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Motion Control Products
6/4/2015
OptoSigma presents a large family of motion control products for applications that require high positional accuracy, low loss of motion, high positional repeatability, and low backlash. Since many different products such as linear or rotation stages, stepping motors, controllers/drivers, and their respective software are available, it is important to take the proper time and consideration in choosing the motion control product that is ideal for your application.
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Actuators
6/2/2015
OptoSigma’s offers a vast family of actuators that includes different types of micrometer heads, controllers, and other accessories and maintenance parts to be used with these actuators. When it comes to the actuators’ mounting systems, standard and fine-pitch actuators cover the entire lineup of OptoSigma’s stages and holders.
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Manual Positioners
6/2/2015
OptoSigma offers a multitude of positioning and staging options for a wide range of applications and their specific environments. With such a large selection of staging options including manual, contact slide, θ axis, and goniometer, OptoSigma can help sift through the difficulty of choosing the correct positioner model for a broad range of applications including optical experiments for research and development, and systems used for direction adjustment and correction.
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Optics Bases
6/2/2015
OptoSigma offers a vast range of optics bases, vibration isolation systems, laboratory benches, and optics holders that are made to decrease ground vibrations, acoustic noises, and direct force disturbances. Different types of vibration isolation systems offered include optical tables, lab desk isolators, desk top isolators, as well as brackets, adapters, and other accessories.
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Heavy Duty Nanopositioners: Nano-HL Series
4/6/2015
These nanopositioners have been designed to carry heavy optics or sensor assemblies weighing up to 10kg and have enough physical rigidity to counteract large off-axis loads with high positional stability and precise positioning. Additional features include single axis motion, and 50, 100, and 200µm motion ranges.
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Beamline Instrumentation Group
3/28/2015
PI’s Beamline Instrumentation Group provides precision solutions for nanotomography, laminography, vacuum chambers, full-field X-ray microscopes, and systems with nanoscopic spatial resolution. Because beamline instrumentation applications require an advanced motion control strategy, this group of physicists and engineers have closely collaborated with scientific staff at universities and research centers to develop complex and application-specific motion control solutions for their specific needs.
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Three-Axis Compact Nanopositioners: Nano 3D Series
2/21/2015
The Nano-3D200 and Nano-3D500 are compact nanopositioners used for optical fiber alignment and hybrid positioning systems. Both models feature a compact size, three-axis motion, closed loop control, and true flexure guided motion.
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High Precision Nanopositioning Systems: Nano-MET Series
1/14/2015
The Nano-MET series of nanopositioning systems have been designed to provide picometer positioning resolution for metrology, AFM, and SPM applications. Three models are available in the series with variations in configuration, size, noise floor, response time, and more.
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Precision Linear Stage: M-417
11/19/2014
The M-417 linear stage offers precision positioning for the scientific and industrial marketplaces, particularly in applications that call for high duty cycles. It offers velocity to 100 mm/s, low crosstalk with +100 µrad over the 500mm travel range, 0.5 µm design resolution, and minimal incremental motion to 0.5 µm.
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High-Load Hexapod for Precise and Repeatable Positioning: H-850KLMD
7/24/2014
PI’s H-850KMLD is a positioning hexapod with a load capacity to 500 kg and travel ranges to 100 mm/60o. It’s ideal for optics alignment, aerospace applications, semiconductor manufacturing, astronomical telescopes, high energy physics, satellite antenna alignment, medical tumor treatment, and other positioning application that call for a minimal incremental motion of 1µm (X, Y) or 0.5µm (Z).