Linear Module

Designed to deliver exceptional positional accuracy, high rigidity, and low-noise operation, our Linear modules integrate precision ball screw/linear motor drives, high-grade linear guide rails, and robust aluminum alloy frames to meet the diverse motion control needs of global manufacturing industries.

Built on Deaote's 15+ years of expertise in precision mould and motion component manufacturing, our linear modules are available in multiple series (ball screw-driven, linear motor-driven, belt-driven) to accommodate different speed, load, and precision requirements. With customizable travel ranges (50mm to 4000mm), load capacities (5kg to 800kg), and mounting configurations (horizontal, vertical, cantilever), the Linear modules can be tailored to fit specific equipment designs—from small-scale lab automation to heavy-duty industrial production lines.

Manufactured under strict ISO 9001:2015 quality control standards, Deaote's Linear modules feature anti-corrosion surface treatment, sealed lubrication systems, and temperature-stabilized components to ensure long-term reliability (MTBF ≥20,000 hours) in harsh industrial environments. Compatible with industry-standard control systems (PLC, CNC, motion controllers) and communication protocols (Modbus, EtherCAT), our linear modules enable seamless integration into automated production lines, reducing engineering time and improving overall equipment efficiency (OEE).

Product Series

Ball Screw-Driven Linear Module (DT-BS Series)

Optimized for high precision and load capacity, ideal for applications requiring repeatable positioning (±0.01mm accuracy). Suited for semiconductor wafer handling, LCD panel alignment, and precision machining.

Linear Motor-Driven Module (DT-LM Series)

Direct-drive design for high speed (up to 5m/s) and zero backlash, perfect for high-throughput applications like 10.5G LCD inspection, laser cutting, and automated sorting systems.

Belt-Driven Linear Module (DT-BT Series)

Cost-effective solution for long-travel, high-speed applications (up to 3m/s) with moderate precision requirements, ideal for material handling, packaging machinery, and conveyor systems.

Core Advantages

1. Superior Precision & Repeatability

Ball screw-driven modules achieve ±0.01mm repeat positioning accuracy and ±0.02mm absolute accuracy, while linear motor-driven models deliver sub-micron precision (±0.5μm repeat accuracy). High-precision linear encoders and preloaded guide rails eliminate backlash and ensure consistent performance over millions of cycles.

2. High Rigidity & Load Capacity

Constructed with high-strength aluminum alloy frames and heavy-duty linear guide rails, our modules offer exceptional rigidity (≥150N/μm) and can handle axial loads up to 800kg (DT-BS heavy-duty series). This stability ensures minimal deflection under heavy loads, critical for precision machining and heavy-duty material handling.

3. Customizable & Easy Integration

Full customization of travel length, mounting holes, motor type (stepper/servo/linear motor), and stroke limits to match your equipment design. Pre-assembled and pre-tested modules reduce on-site installation time by up to 40% compared to custom-built motion systems.

4. Low Maintenance & Long Service Life

Sealed lubrication reservoirs and self-lubricating linear guide rails reduce maintenance frequency to once every 10,000 operating hours. Anti-rust surface coating (hard anodization + lubricant) ensures corrosion resistance in humid or dusty industrial environments, extending service life to 5+ years under standard operation.

5. Energy Efficient & Low Noise

Optimized mechanical design reduces friction and energy consumption by up to 25% compared to conventional linear modules. Noise levels ≤55dB at full speed, making them suitable for cleanroom and low-noise production environments (e.g., medical device manufacturing, electronics assembly).

Technical Specifications

Application Scenarios

Deaote's high-precision lLinear modules are widely used across global manufacturing industries, including:

● Semiconductor & Electronics: Wafer handling, PCB drilling, LCD/OLED panel inspection/repair, chip packaging

● Industrial Automation: Robotic arm linear axes, automated material handling, pick-and-place systems, CNC machine tools

● Medical Devices: Diagnostic equipment positioning, pharmaceutical packaging, medical robot motion axes

● Automotive Manufacturing: Welding robot positioning, component assembly lines, quality inspection systems

● Precision Machining: Laser cutting/engraving, 3D printing, micro-machining equipment