A high-precision, automated wire bending system designed for orthodontic applications

A high-precision, automated wire bending system designed for orthodontic applications, integrating hardware and software for intelligent dental appliance production.

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Riton WBM-V2

Smart integration of machine and software,
‍creating a new mode of intelligent production

Riton WBM-V2

Extreme bending capacity <60 seconds

Complete bending of standard structural components (such as hyperbolic labial arch).
Provide double safety by ensuring that the bending angle deviation of the final product is <±0.5°.
It achieves an extreme 10° convergence angle with a tip radius of only 0.9 mm and a minimal internal forming clearance of 1.3 mm. It produces natural, smooth arcs and stable clamps for small premolar arrowheads, redefining the industry standard for precision bending.

Wide bending range

Maximum feeding length: 220mm
Feeding speed: 120 mm/s
Feeding accuracy: ±0.05mm
Bending speed: ≤200°/s
Bending repeatability: ±0.5°
Compatible wire diameter: 0.5–1.2 mm

Specifications

Power supply: AC 220V, 50Hz
Power consumption: ≤1200W
Air source: 0.6 MPa Dry and clean air
Overall dimensions: 335 × 800 × 1650 mm
Weight: Approx. 100kg

features

Precision Bending Advanced Intelligence

Capable of bending steel wires with diameters ranging from 0.5 mm to 1.2 mm.
Suitable for producing various types of removable orthodontic appliances.

Smart design

Leverages advanced digital modeling to transform dental scan data into precise orthodontic wire designs. The system enables efficient customization of appliances while ensuring accuracy and consistency across different cases. By combining automation with flexible design tools, it supports a streamlined transition from concept to production-ready models.

The routing algorithm

Utilizes optimized routing algorithms to calculate the most efficient bending paths for each wire structure. This ensures smooth transitions, minimizes material stress, and maintains geometric accuracy throughout the process. The algorithm enhances repeatability while reducing errors in complex multi-step bending operations.

Control system

Incorporates a high-performance industrial control system to manage and execute bending operations with precision. It coordinates multiple axes and processes in real time, ensuring stable performance and consistent output quality. The system is designed for reliability, supporting continuous operation in demanding production environments.

Digital workflow

Integrates seamlessly with digital dental workflows, enabling smooth data exchange between design software and production equipment. From case input to final fabrication, the workflow reduces manual intervention and improves efficiency. This connectivity supports better traceability, faster turnaround times, and scalable orthodontic production.