The XYR-01-01 and XYR-01-02 Alignment Stages feature linear resolutions of the X and Y axis of 0.25µ(micro-steps per step motor driver in use); the repeatability of each is 1.5µ, positional accuracy is 5µ, and backlash is 2µ.

Primarily designed to improve machining by eliminating tool head vibration, the system further helps maximize material removal rate (MRR) and can also provide real-time feedback for predictive maintenance purposes.

The TSM14POE StepSERVO Integrated Motor with PoE technology offers a motion control solution with a motor, encoder, drive, and controller combined in a single integrated motor package.

Available in a range of frame sizes (60–176 mm), NdFeB-based brushless servo motors include incremental encoders for position feedback and electrical commutation.

The DGST slide and yoke plate are machined from a single piece of aluminum. Backlash free piston rod/yoke connection contributes to the slide. Twin piston drives and recirculating ball bearing guides provide the DGST with power– from 7.6 to 132.6 lbf (34 to 590 N) at 6 bar.

The design allows users to receive the drive in one shipment with secondary windings already connected. In addition, no rear access is required=.

The AZV9010 and AZV9020 Z-Axis Stages are constructed of black-anodized aluminum alloy and weighs 1.85 kg (4.978 lbs), and 1.95 kg (4.299 lbs).

High-vacuum resistance style limit switches with 3-micron repeat accuracy are a choice for installations inside a vacuum, such as environmentally controlled manufacturing processes.

ODVA conformant servo drives, stepper drives, and integrated motors perform their specific positioning, velocity and other motion control tasks while simultaneously exchanging control, I/O and diagnostic data with controllers on the EtherNet/IP network.

The XC2 includes safe torque off (STO), a data array consisting of over 4 million 32-bit elements, dedicated home and end-of-travel limit inputs, and an enhanced current sense device. Encoder support includes square-wave, sine-wave, and absolute encoders.

The model NCC14-78-830-1SM can generate a continuous force of 92 pounds [410 N] and a peak force of 294 pounds [1300 N] at a duty cycle of 10% (i.e. 1 second on, and 9 seconds off). A moving mass of 4.4 lbs [1.97 kg] allows for a maximum theoretical continuous acceleration of more than 20 G’s.

The CK Atronik control module houses a reversing contactor starter with mechanical and electrical interlocking, a Rotork design for electric actuation. Connection to a suitable power supply is all that is required for local operation of the actuator.

The 1 micron resolution HCDS-051-032-013-01-B1-01 Voice Coil Stage features cross roller linear bearings whereas the 30 micron HCDS-051-032-013-01-B1-30 Voice Coil Stage uses linear ball bearings.

POSITAL’s absolute kit encoders are available with multi-turn measurement ranges, which can be useful when a motor is connected to a screw shaft, cable drum or gear reduction system.

The TD family of touch controllers features a differential mutual signal acquisition method that increases the Signal-to-Noise Ratio (SNR).

The U-723 XY stage provides 0.8” travel per axis, with a footprint of 42x42mm (1.6x1.6”). Its profile of 21mm (~0.8”) and design allows for integration into tight spaces. In addition to high resolution (10 nanometer linear encoders) it provides motion up to 200 mm/sec and rapid step/settle performance.

The SCA5618 is available in three lengths and with two different windings. Depending on length, the holding torque of this stepper motor is 0.6 to 2.3 Ncm; it has a resolution of 1.8°.

Eight analog input and combination analog I/O modules are available. 16-channel current input (0-20 mA / 4-20 mA) and 16-channel voltage input (+/- 10VDC, +/- 5VDC, 0-5 VDC, 0-10 VDC) modules provide higher density analog I/O.

The Kinetix 5700 regenerative bus supply regenerates excess energy, putting it back on the facility’s grid or making it available for plantwide use. The Kinetix 5700 large frame drive is designed for machines with large axis counts and higher power requirements. An added large-frame inverter extends the power capability up to 112 kW.

An integrated linear encoder combined with stage calibration provides high accuracy positioning over the full travel of the device. Devices have low pitch, roll, yaw, and runout and a long lifetime.