The equipment platform adopts an optimized wide design, which can fully adapt to all brands and all series of vehicles, significantly improving the convenience of maintenance operations and reducing the operational threshold.

Supports vertical lifting and unilateral tilting dual adjustment functions, allowing various accident vehicles to be easily lifted without additional lifting machines. The maximum lifting height exceeds 1 meter, flexibly meeting different operation height requirements and enhancing comfort and efficiency.

Equipped with a dedicated positioning system for new energy vehicle models for rapid and precise positioning. Combined with multi-sized height bases and adjusting screws, it supports front, rear, left, right, and up and down three-dimensional movements, solving flat chassis fixing challenges.

Equipped with 7 sets of XYZ three-dimensional auxiliary positioning systems with high accuracy, compatible with professional electronic measurement systems. Features a built-in latest global vehicle database for real-time data query across various generations and models, providing solid data support for precise maintenance.

A patented low-pressure electric hydraulic system with a maximum working load exceeding 5000KG, featuring large lifting capacity, strong stretching force, and low failure rate. Designed for heavy new energy vehicles and new body materials such as aluminum alloy, high-strength steel, and ultra-high-strength steel.

The high-precision working platform features an enhanced structure ensuring no deformation over long-term use, and is highly compatible with electronic measurement systems for multi-purpose use. Equipped with a Φ12 high-strength chain with excellent tensile strength, fully ensuring the safety of stretching operations.

As a professional equipment focusing on the maintenance needs of new energy vehicles and modern body repair, the M3E body correction instrument, with its dedicated auxiliary positioning system for new energy vehicles, can achieve precise positioning and measurement in the X, Y, and Z directions, ensuring the effective restoration of the safety performance of the repaired vehicle, and helping maintenance enterprises improve service quality and core competitiveness.