Guangdong Cowest Machinery Equipment Co.,ltd.

Guangdong Cowest Machinery Equipment Co.,ltd.

WSR-800LA 800KG Glass Manipulator | Cowest Glass Lifting Equipment

2026 01/26

The WSR-800LA, a high-performance glass robot developed by Cowest Machinery, stands out as a professional glass manipulator and top-tier glass lifting equipment for construction and industrial sectors. This advanced system redefines glass handling and installation processes, combining robust performance with intelligent safety features to enable efficient, precise installation of large glass panels while minimizing manual labor and operational risks.
With a maximum lifting capacity of 800 kg and an impressive working height of 4.6 meters, the WSR-800LA glass manipulator is engineered to streamline complex tasks, enhance productivity, and ensure operator safety. As a leading glass lifting equipment, it sets a new benchmark for automation in glass installation, making it ideal for large-scale projects that demand high efficiency and reliability—whether handling flat or curved glass panels.
 
 

Core Advantages of the WSR-800LA Glass Robot

1. High-Efficiency Operation

Equipped with a 4 kW high-power motor, this glass lifting equipment achieves a smooth driving speed of 0–4 km/h, ensuring rapid positioning and reduced downtime. Its 650mm+500mm electric telescoping arm and 360° unlimited rotation capability allow flexible access to installation areas, even in confined spaces. A 12% climbing capacity further ensures stable performance on slopes or uneven job sites, making it a versatile glass robot for diverse scenarios.

2. Precision Installation

The WSR-800LA glass manipulator delivers millimeter-level accuracy with ±50mm lateral adjustment and ±75mm vertical adjustment functions, enabling micro-positioning of the suction cup frame. An electric tilt mechanism (0°–180°) and rotatable suction cups adapt to diverse glass shapes and angles, while optional curved suction cup frames extend its applicability to specialized projects—solidifying its role as a precise glass robot.

3. Advanced Safety Systems

Safety is prioritized in thisglass lifting equipment, featuring multiple protections: vacuum alarm, overload alarm, anti-tip device, automatic braking, emergency stop, and low-battery alerts. A dual-pump vacuum system provides redundant suction power, maintaining secure glass fixation even in dynamic conditions, ensuring fail-safe operation for operators and valuable glass panels.

4. Remote Control & Ergonomics

All mechanical actions of this glass manipulator—including movement, lifting, and adjustments—are controlled via a remote-operated system, allowing operators to maintain a safe distance while reducing physical strain. The 24V front-wheel drive with directional assist guarantees responsive steering and smooth navigation, enabling one-person operation to cut labor costs effectively.

5. Long-Lasting Durability

Powered by dual 12V-190AH batteries, the WSR-800LA glass robot delivers 6–8 hours of continuous operation on a single charge. It is compatible with global AC 220V/110V–240V charging standards, making it a reliable glass lifting equipment for international projects.
 
 

Product Specifications

This glass manipulator (Model: WSR-800LA) weighs 2190 kg, with minimum dimensions of 3233mm×880mm×1620mm (L×W×H). It supports a maximum glass panel size of 7m×3m, equipped with 2×850mm×500mm rotatable square suction cups (curved suction cup frame optional). The 24V front-wheel drive system ensures stable mobility, while comprehensive safety certifications reinforce its reliability as professional glass lifting equipment.
The WSR-800LA glass robot from Cowest Machinery is an indispensable tool for modern construction and industrial applications. It integrates power, precision, and safety to solve labor shortages and operational risks, making it a trusted glass manipulator for global projects. Whether for glass curtain walls, decorative panels, or specialized curved glass installations, thisglass lifting equipment delivers consistent, efficient performance.