Linear Amplifier Performance in a PWM Package Superior Performance, No Compromises With Automation1 PWM+ amplifiers, you get Aerotech’s linear amplifier performance—sub-nanometer in-position stability, high-dynamic step-and-settle and superior tracking performance— in a more accessible, compact, efficient PWM package. Sub-nanometer in-position stability High-dynamic step-and-settle Superior tracking performance Maximized system throughput Compact, efficient form factor PWM+ technology is available on Automation1-iXC2e, Automation1-iXC4e & Automation1-iXR3 drives. Unlock the Full Power of Automation1 Automation1 intelligent “i” drives pair PWM+ performance with the full Automation1 controller, so you can do everything from expert tuning and motion programming to tight coordination with other drives over HyperWire®. Plus, you can connect to larger automation networks with EtherCAT, EtherNet/IP and Modbus. SPECIFICATIONS PWM+ Drives iXC2e/XC2e iXC4e/XC4e iXR3/XR3 Number of Axes (1) 111-6 Bus Voltage 15-100 VDC 0-340 VDC 20-320 VDC Max Output Current Per Axis 5/10 A 5/10 A 10/20 A 10/30 A 5/10 A 10/20 A 10/30 A Encoder Support TTL, SinCos, or Absolute Industrial Ethernet Modbus TCP/IP
The highest guaranteed accuracy available. Our hexapods offer the highest positioning system accuracy – guaranteed with published specifications and performance plots. Choose Aerotech hexapods when you need top performance and sub-micrometer precision. Our ultra-precise hexapod positioners, also known as Stewart platforms, deliver industry-leading accuracy and repeatability in six degrees of freedom. Designed for high load capacities, large travel range and high speeds, they’re ideal for applications including photonic device manipulation and alignment systems, x-ray diffraction and synchrotron and beamline sample manipulation. Aerotech hexapod platforms are simple to control, too, thanks to our powerful, intuitive programming interfaces – so you don’t have to worry about any complex coding. Designed for precision, with guaranteed positioning accuracy specifications. Ultra-Precision: We guarantee high-accuracy and high-resolution positioning performance to make your process better. Reliability: Built to last, our hexapods can handle any 24/7 production operation. One Controller: Easily manage all axes of motion from one user-friendly controller platform. Industry-Leading Accuracy and Resolution: The HyperWire motion bus enables top motion control performance for each axis – no matter your system configuration. Take control of your process and machine automation through drive expansion board options and industrial ethernet support. Simple to Program and Control: Built on years of experience in complex parallel-kinematic applications, our controls enable simple programming and use of the hexapod in multiple user-defined coordinate systems. User-friendly features like an intuitive interface and real-time motion simulation and visualization help to minimize implementation time. And because one controller manages all types of axes through a unified motion platform, our hexapods integrate seamlessly with other Aerotech motion products.
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Our HexGen® HEX150-125HL provides consistent and reliable six degree-of-freedom (DOF) motion in a compact yet stiff platform. You’ll benefit from ultra-fine positioning resolution, ample payload capacity, high process throughput and more. HEX150-125HL offers flexible integration and intuitive operation with our powerful motion controllers, making it the perfect choice for applications that require complex multi-DOF motion when available space is limited.
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There’s little room for error when manufacturing high-value or life-critical products. Peak Metrology, an Aerotech company, will help ensure your products are measured and inspected to the tightest tolerances. - Measure with certainty - Decrease measurement time - Customize your solution
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The ABL8000 direct-drive, wide-body linear air bearing stage features an air-on-air preload, exceptionally high stiffness and excellent geometric characteristics, in order to meet the precision positioning demands of leading-edge manufacturing and inspection applications. View
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