360° Rotating Universal Smartphone Repair Stand

Description

The universal rotating repair stand is a high-precision holding tool designed to secure mobile devices during the most complex micro-maintenance interventions. Unlike traditional fixed vices, this model features a multi-directional ball joint offering full 360° rotation as well as adjustable tilt on all axes. This flexibility allows the technician to position the device at the exact angle required for micro-soldering, adhesive residue cleaning, or track reconstruction operations, while maintaining an ergonomic posture and optimal vision under a microscope.

The tool's structure combines the robustness of a metal alloy ball joint with the lightness of a high-density industrial ABS body. Its worm screw clamping system allows for micrometric adjustment of the pressure exerted on the device's edges. The jaws are protected by high-resistance soft silicone inserts, guaranteeing a perfect grip without the risk of marking anodised chassis or weakening the edges of modern OLED and LCD screens.

The major innovation lies in its base equipped with a high-vacuum suction cup, operated via a quick-lock lever. This mechanism ensures total immobilisation on the workbench, preventing any slipping or tipping when applying leverage (opening glued batteries) or when using precision tools requiring absolute stability.

Technical Specifications

• Material: Zinc Alloy (ball joint), reinforced ABS and Silicone
• Dimensions: Total height approx. 155 mm / Suction cup base diameter 80 mm
• Weight: Approximately 320g
• Rotation Mechanism: Spherical ball joint lockable by ring
• Fixing Type: Vacuum lever suction cup

Workshop Advice & Usage

To ensure maximum and lasting adhesion of the suction cup, your workbench must be free of glass dust or solder flux residue. Regularly clean the soft PVC base with a microfibre cloth slightly dampened with isopropyl alcohol to restore its suction power. When using a heat gun to soften adhesives, be careful not to direct the hot air flow directly onto the ball joint or the plastic base for a prolonged period (max 100°C on the tool) in order to preserve the integrity of the locking mechanism.