Z-Axis Positioning Stage
The SWI_ZS series dual-counterbalanced Z-axis precision direct drive stage is the best combination of speed, accuracy, system resolution, bi-directional repeatability, reliability, high rigidity and lightweight design. As a derivative of the SWI series, it delivers the same outstanding motion performance as the SWI series and is specifically designed for Z-axis applications requiring high accuracy, high rigidity and high dynamic response. The stage uses a frictionless dual counterbalance mechanism that maintains high performance while minimizing motor heating; the counterbalance capacity is user-adjustable from 0 to 20 kg. The dual counterbalance design minimizes the overall stage height and overturning torque while reducing the influence of straightness and angular runout on accuracy. It features non-contact direct drive technology with high dynamic performance, zero cogging, sub-nanometer resolution, extremely low velocity ripple, high speed and high accuracy; the unique structural design and compact size allow high performance even in tight installation spaces. Extremely high system resolution is the foundation of outstanding accuracy, bi-directional repeatability and position stability. The stage achieves minimum incremental motion of better than 30 nm in linear-motor Z-axis applications, and is completely backlash-free with near-zero system hysteresis, enabling precise, highly repeatable sub-micron motion. It features a standardized mounting pattern for easy system integration; 2-axis, 3-axis or more-axis applications can be flexibly assembled and configured using standard mounting holes.
Save to Favorites
Overview
Key Features
Datasheet
Supplier Information
Related Products
-
AS11075-XY Motorized XY Scanning Stage
Motorized Stages
Oeabt
Specifications: 281.0 mm × 252.8 mm × 32.3 mm Total travel: 110mm(X axis)*75mm(Y axis) Max Load: 1kg
The automated, high-precision four-inch two-axis stage provides a large 110*75mm XY travel range for microscopy, industrial inspection and precision processing.
-
AS11075-XY Motorized XY Scanning Stage OM-4X
Motorized Stages
Oeabt
Specifications: Four-Axis Motion Controller/Driver
The automated, high-precision four-inch two-axis stage provides a large 110*75mm XY travel range for microscopy, industrial inspection and precision processing.
-
AS11075-XY Motorized XY Scanning Stage OM-4CP
Motorized Stages
Oeabt
Specifications: Four-Axis Motion-System Hand Controller
The automated, high-precision four-inch two-axis stage provides a large 110*75mm XY travel range for microscopy, industrial inspection and precision processing.
-
AS11075-XY Motorized XY Scanning Stage OSMC-1U
Motorized Stages
Oeabt
Specifications: 76.0 mm × 74.2 mm × 47.0 mm Weight: 183.5g
The automated, high-precision four-inch two-axis stage provides a large 110*75mm XY travel range for microscopy, industrial inspection and precision processing.
-
LMTS Series Stepper-Motor Translation Stage LMTS-D28
Motorized Stages
Oeabt
Specifications: 253.0 mm × 70.0 mm × 24.0 mm Travel: 28mm Actuator Type: 28BYG-B Motor with Shaft Outputs at Both Ends
LMTS-series motorized linear translation stages provide 28mm travel and are optimized for moderate loads and high-resolution measurement and inspection. Special microstepping design enables smaller, smoother low-speed movements with less vibration noise than DC servomotors.
Related Articles
icrolight is a high-tech enterprise specializing in the R&D, manufacturing and sales of active and passive photonic devices for microwave photonics, LiDAR ranging, gas sensing, fiber optics and photomedicine.
Against the evolving demands for military‑grade hardware, rail transit equipment and heavy‑duty machinery that run under high‑shock vibrating conditions, anti‑loose connectors serve as indispensable hardware for stable power delivery and high‑speed signal transmission.
For low-frequency RF, electromagnetic testing and power combining systems, conventional resistive power dividers bring high insertion loss, while standard directional couplers cannot provide equal-amplitude signals with 180° phase shift. They fail differential circuits, balanced amplifiers and signal cancellation systems.
For pulsed laser and full-spectrum optical testing, photodiodes and thermopiles have inherent drawbacks. Photodiodes show weak response in infrared band, while thermopiles feature slow response and cannot capture nanosecond narrow pulses.
Loading...
Name
Phone
Organization
Use Case
Database Platform