Precision Linear Module Solution

Ball Screw-Based Linear Motion Solution for High-Precision Linear Drive

DINGS' provides high-precision ball screw linear motion solutions for various precision automation environments. Optimized for optical stages, precision inspection systems, semiconductor automation, and micro-positioning applications, the solution enables compact linear motion platform configurations.

Precision Linear Module Solution

High-Precision Structure Design Based on Ball Screw & Linear Guide

A high-precision linear drive structure combining ball screws and linear guides achieves μm-level repeatability. The linear guide-based transport design ensures a stable motion system with improved space efficiency through a compact structure. Optimized for optical and precision automation systems.

Repeatability Up to ±2 μm

Travel Accuracy Up to 0.01 mm

Ball Screw Grade C3 / C5 / C7

High-Precision Structure Design
Linear Module Motion

Custom Linear Motion Solution

Flexible configuration options for various system structures and control environments. Ball screw lead, motor size, encoder, and driver can be freely combined to meet your specific equipment requirements.

Flexible Configuration Solution

For Optical, Semiconductor & Precision Automation

Widely applicable to optical, semiconductor, and precision automation equipment through high-precision linear drive and compact structure. Optimized linear motion platform for automation systems requiring stable positioning and repeatability.

Precision Automation Application
Demo Video

DINGS' Precision Linear Module Demo Video

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DINGS' Targets Optical and Precision Automation Markets with High-Precision Ball Screw-Based Linear Module Solution

DINGS' Korea, a specialist in precision motion solutions, has announced its push into the optical and precision automation markets with a high-precision ball screw-based linear module solution.

Demand for linear modules that simultaneously deliver high repeatability and stable linear drive performance — alongside equipment miniaturization — is growing rapidly across the optical, semiconductor, and precision automation equipment markets. In particular, applications such as optical platform lens focusing, precision inspection, and micro-positioning processes require compact linear drive solutions with micrometer-level precision control.

DINGS' high-precision linear module has been developed to meet these market requirements. By adopting a linear drive structure based on ball screws and stepping motors, the module achieves stable position control and high repeatability. Its compact design maximizes space efficiency within equipment and enables broad applicability across optical and precision automation systems.

■ Key Specifications

The module offers repeatability within ±2 μm and travel accuracy within 0.01 mm. Ball screw precision grades are available in C3, C5, and C7 options, enabling flexible adaptation to a wide range of customer equipment requirements. The solution is well suited for high-precision applications including optical focusing, precision stages, inspection equipment, and automation modules.

■ Flexible Configuration Options

A range of customizable design options are available, including ball screw lead, motor size, encoder, and driver configuration, allowing optimization for each customer's equipment structure and control environment. Compact custom designs tailored to specific equipment layouts are also supported.

"The high-precision linear module is a core motion solution that determines equipment performance and precision," said a DINGS' Korea representative. "We plan to continue expanding our linear motion solution lineup, with a focus on the optical, semiconductor, and precision automation sectors."

Further product information is available on the DINGS' Korea website and through the Partners Solution page.