1. Product Overview

Sigma Koki OSMS-ABN Series Electric Lifting Stage is a high-precision vertical motion platform designed for scientific research experiments, precision inspection and automatic integration applications. Adopting high-rigidity structure design and high-performance electric drive scheme, it achieves stable and controllable Z-axis lifting movement. It is widely used in microscopic imaging, optical adjustment, precision assembly, automatic testing and other scenarios. Featuring excellent repeat positioning accuracy and load capacity, it fully meets the requirements of long-term continuous operation and system integration.

Technical Parameters

Effective Stroke: 20 mmRepeat Positioning Accuracy: ≤±2 μmTable Size: 120×120 mm

Main Material & Surface Treatment: Aluminum alloy with black anodizationScrew Brand: MISUMI Precision Ball ScrewGuide Rail Brand: MISUMI Cross Roller GuideMotor Brand: Shinano

II. Functional Features

1. High-precision electric lifting: Adopts precision lead screw and linear module structure to realize micron-level lifting control.

2. Compact structure and high rigidity: Integral aluminum alloy or steel frame ensures stable operation.

3. Multiple control modes: Compatible with controller, upper computer software and external signal control.

4. Excellent repeat positioning performance, ideal for precision experiments and automated procedures.

5. Easy integration, available as an independent module or system component.

III. Application Scenarios & Fields

1. Microscopy and optical systems: Sample height adjustment, Z-axis precise focusing for objectives and optical paths.

2. Semiconductor and micro-nano processing: Vertical positioning and process matching of wafers and components.

3. Automatic inspection and testing systems: Height scanning, loading and positioning.

4. Scientific research platforms: Material testing, mechanical experiments and precision assembly.

5. General teaching and laboratory equipment.

IV. Technical Advantages

1. High motion accuracy: Enables stable micron-level displacement control.

2. Strong load-bearing capacity: Meets load requirements of various instruments and fixtures.

3. Smooth operation and low noise, suitable for high-standard experimental environments.

4. High reliability, supporting long-term continuous operation.

5. Standardized structure and interfaces for easy customization and expansion.

V. Typical Basic Models & Application Cases

Equipment Appearance Drawing