Shining 3D χειροκίνητη περιστρεφόμενη πλάκα 500mm

This 500 mm manual turntable from Shining 3D stands apart from motorized alternatives by offering a completely silent, maintenance-free rotation solution that requires no power source. Its large aluminum alloy platform and 50 kg load capacity make it ideal for scanning or photographing medium to large objects with precision and stability.

Highlights

• Large 500 mm diameter platform accommodates a wide range of object sizes
• Manual 360-degree rotation with smooth, low-friction bearing system
• Robust aluminum alloy construction with matte black finish
• Supports up to 50 kg, suitable for heavy items
• Anti-slip rubber feet ensure stability during rotation
• Compatible with Shining 3D EinScan Pro HD, H, HX, SP, SE, SP V2, SE V2
• Ready to use out of the box, no assembly required

In daily use

The turntable's manual operation gives you complete control over rotation speed and angle, allowing for precise alignment during 3D scanning or product photography. The matte black surface minimizes reflections, improving scan accuracy. Its portable design and low maintenance requirements make it a practical addition to any scanning workflow.

Full specifications

• Turntable Diameter: 500 mm
• Rotation Type: Manual
• Maximum Load Capacity: 50 kg
• Rotation Angle: 360 degrees
• Material: Aluminum Alloy
• Surface Finish: Matte Black
• Base Design: Stable with Anti-slip Rubber Feet
• Power Requirement: None (Manual Operation)
• Bearing System: High-quality internal bearing
• Compatibility: Shining 3D EinScan Pro HD, EinScan H, EinScan HX, EinScan SP, EinScan SE, EinScan SP V2, EinScan SE V2
• Application: 3D Scanning, Product Photography, Display
• Portability: Designed for easy repositioning
• Durability: Robust construction for long-term use
• Setup: Ready to use out of the box
• Maintenance: Low maintenance, wipe clean

Final note

For professionals seeking a reliable, no-fuss rotation platform, the Shining 3D Manual Turntable 500mm delivers consistent performance without the complexity of motorized systems.