Riton Desktop Automatic Orthodontic Wire Bending Machine

WBM-G1

Digital Precision Wire Bending Solution

Intelligent Design
Path Algorithm
Digital Workflow
Bio-Inspired Bending Algorithm
Direct Software Control
Multi-Device Connectivity

Wire Bending Machine WBM-G1 Technical Specifications

Item	Parameter
Power Supply	DC 24 V
Air Source	0.6 MPa Dry and Clean Air
Weight	Approx. 40 kg
Maximum Feed Length	220 mm
Feeding Speed	80 mm/s
Feeding Accuracy	±0.1 mm
Bending Speed	≤150°/s
Bending Repeatability	±0.5°
Available Wire Diameters (mm)	0.7. 0.8,09 1.0

Intelligent Design

Al recognizes model feature points and quickly generates common appliance structures. The smooth-design function naturally rounds sharp bends, creating smoother, better-fitting products with high shape fidelity.

Path Algorithm

3D dynamic calculation automatically optimizes path planning, ensuring continuous, interference-free forming of the structure.

Digital Workflow

Enables coordinated design of wires and base plates, covering the full digital manufacturing chain from design → wire bending + base printing → assembly.

Bio-Inspired Bending Algorithm

Multi-axis coordinated, bio-inspired bending significantly reduces localized stretching and metal fatigue.

Direct Software Control

Manage data transfer and machine control from
a single software platfom, reducing manual
intervention and streamlining production.
Multi-Device Connectivity
Supports many-to-many connectivity between software and machines for scalable production with cloud-synchronized design data that remains consistent across connected devices.

Bent Sample

Hawley Retainer

Begg Retainer

Lingual Bar

Removable Partial Denture Clasp

Space Maintainer

Nance Appliance

Tongue Shield Appliance

Face Mask Appliance

Frankel Appliance

Lingual Arch

Transpalatal Expander TPA

Single Arm Clasp

Self-developed Software

Riton Cloud & OrthoWireLab

Bridge the gap between doctors, technicians, and devices, achieving seamless online connectivity. Building a New Ecosystem for Digital Production of Removable Orthodontic Appliances