Inspire Robots LAS30 Micro Linear Servo Actuator, 30mm Stroke, 80N Force, ±0.06mm Precision for Robotics & Automation

Overview

The Inspire Robots LAS30 Series Micro Linear Servo Actuator is a high-precision, lightweight actuator designed for compact robotics and automation systems. Compared to the LA series, the LAS series achieves a smaller footprint and reduced weight by arranging the motor and lead screw in a parallel configuration, making it ideal for applications where space and weight are critical constraints. The LAS30 features a 30 mm stroke, maximum output force of 80 N, and positioning accuracy of ±0.06 mm, providing exceptional performance in demanding micro-motion applications.

Key Features

• Compact and lightweight design – 35 g total weight with an integrated drive and control system.

• High precision – ±0.06 mm repeatability ensures accurate positioning in precision tasks.

• High power density – Delivers up to 80 N maximum force and 110 N self-locking force.

• Integrated drive and control – Built-in servo driver, position sensor, and reducer gearbox for simplified system integration.

• Versatile interfaces – Supports standard and octagonal mechanical interfaces and LVTTL or PWM electronic control ports.

• Wide operating range – Functions reliably in temperatures from -10 °C to +60 °C.

• IP40 protection level – Suitable for controlled environments and laboratory automation systems.

Specifications

Standard Parameters

Performance by Speed Level

Mechanical Dimensions

• Length: 88.0 mm (fully retracted)

• Width: 24.8 mm

• Rod Diameter: 5.0 mm

• Cable: 200 mm length, 2.3 mm diameter

Accessories

• 8.5 V power adapter

• Communication cable and interface module for easy integration with control systems

Applications

The LAS30 is engineered for a wide variety of high-precision automation and robotic applications, including:

• Constant pressure retaining and micro-press control

• Precision grinding and machining

• Automated adhesive dispensing

• Precision placement and workpiece alignment

• Microneedling and aesthetic medical devices

• Electronic injection systems

• Multichannel pipettes and laboratory automation equipment

Advantages

• Reduced size and weight due to parallel motor and screw layout

• Simplified integration with built-in servo driver and position sensor

• High efficiency and reliability for continuous use in compact environments

Details