Motion & Sensing piezo-based nanopositioners 25 & ambient & vacuum

Technology Leader in Nanopositioning attocube is the technology leader in piezo-based nanopositioning.The company stands out with patented technologies and years of experience in nanopositioning for extreme environments such as ultra-high vacuum, cryogenic to elevated operating temperatures, and high magnetic fields. The nanopositioner division focuses on the design, engineering and manufacturing of piezoelectric motor-driven stages and integrated nanopositioning solutions for applications with the highest requirements on resolution, precision and stability. The portfolio covers linear, rotary,...

Nanopositioners for ambient & vacuum conditions Ambient & Vacuum Nanopositioners attocube ambient and vacuum nanopositioners all incorporate a piezoelectric Different sizes and types of positioners are available for versatile needs. motor to achieve motion with nanometer precision and are available in a variety The bearing-based ECS series is a more rugged and cost efficient option, of different materials depending on the customer’s application. Nanopositioners while the ANP series is suitable for special requirements such as limited for use in ambient conditions are made of light-weight and...

Customized Nanopositioning Solutions How do customizations work at attocube? nanopositioning tailored to your application where ideas become results Many high precision applications have specific requirements concerning Combining attocubes competencies in nanopositioning and interferometry e.g. certification, travel range, or clean room compatibility. For these with years of experience in challenging and extreme environments guaran- applications, attocube offers a broad range of customized components and tees highest levels of consulting competence and products that work with sub-modules as well...

Product Finder which positioner fits your application? The product finder helps you to identify the most suitable model for your In step 1 you can opt for the respective working environment, while step requirements. It indicates the respective positioner series (ECS or ANP) 2 leads you to the desired direction of movement and step 3 indicates and the suffix in the naming scheme of attocube nanopositioners whether internal position control is required or not. (e.g. “/StSt” for stainless steel, “/Al” for aluminium etc.). For Ambient Temperatures & Vacuum Conditions Linear Movement attocube Nanopositioners...

Linear Positioners Linear Positioners high load Linear Positioners high load Dimensions footprint; height Positioning Mode @ Ambient Conditions footprint; height Positioning Mode @ Ambient Conditions travel range travel range drive velocity drive velocity maximum load maximum load dynamic drive force dynamic drive force Closed Loop Features Closed Loop Features Naming Scheme Type of Positioner x enabling movement in x or y direction xy enabling movement in x and y direction z enabling movement in z direction /RT room temperature /HV high vacuum /UHV ultra-high vacuum linear nanopositioner positioner...

Linear Positioners Linear Positioners high load Linear Positioners high load footprint; height Positioning Mode @ Ambient Conditions footprint; height Positioning Mode @ Ambient Conditions travel range travel range drive velocity drive velocity maximum load maximum load dynamic drive force dynamic drive force Closed Loop Features Closed Loop Features resolution /RES Naming Scheme Type of Positioner x enabling movement in x or y direction z enabling movement in z direction /HL high load version /RT room temperature /HV high vacuum /UHV ultra-high vacuum linear nanopositioner positioner series...

fine positioning range @ 300 K fine positioning range @ 4 K fine positioning range @ 300 K fine positioning range @ 4 K Dimensions footprint; height Dimensions footprint; height Scan Mode Scan Mode maximum load maximum load Naming Scheme Type of Positioner 5x positioners designed for a 1” clear bore size 10x positioners designed for a 2” clear bore size 150 scanner with extended scan range at cryogenic temperatures /std standard range option /lr large range option /RT room temperature /HV high vacuum /UHV ultra-high vacuum enabling movement in x or y direction enabling movement in x and y direction...

high load Dimensions footprint; height Positioning Mode @ Ambient Conditions travel range drive velocity maximum load dynamic drive torque Closed Loop Features resolution Naming Scheme Type of Positioner /HL high load version /RT room temperature /HV high vacuum /UHV ultra-high vacuum enabling angular movement in „phi“ enabling angular movement in „theta“ positioner width in mm positioner length in mm positioners designed for a 1” clear bore size positioners designed for a 2” clear bore size closed loop control based on an optoelectronic encoder closed loop con

high load high load Dimensions footprint; height Positioning Mode @ Ambient Conditions footprint; height Positioning Mode @ Ambient Conditions travel range travel range drive velocity drive velocity maximum load maximum load dynamic drive torque Closed Loop Features resolution repeatability dynamic drive torque Closed Loop Features resolution Naming Scheme Type of Positioner v horizontal rotation axis 50xx positioner width in mm xx50 positioner length in mm 3x positioner series with smallest available footprint 5x positioners designed for a 1” clear bore size 10x positioners designed for a 2”...

Controller Overview piezo positioning electronics and accessories Highest-precision piezo positioning systems require state-of-theart control electronics. attocube’s FPGA-based motion controllers positioners, while the ANP series nanopositioners can be accompanied by are adapted to the technical challenges of positioners and scanners 19” rack electronics for laboratory environments. Suitable accessories for dedicated for cutting-edge applications and experiments. The AMC100 table-top controller is the model of choice for applications with ECS series attocube’s positioners are listed below. •...