Orthodontics is becoming increasingly digital, but aligners represent only one part of the transformation. Today, digital workflows can connect patient data, appliance design, automatic wire bending, resin printing, and metal additive manufacturing into a more complete production process. For dental laboratories and clinics, this expansion creates opportunities to improve production efficiency while maintaining control over precision and repeatability.
At Riton, we approach digital orthodontics as a connected manufacturing ecosystem. Rather than treating each machine as an isolated tool, we connect equipment, materials, and software around specific orthodontic production workflows. Our portfolio combines resin and metal 3D printers, orthodontic wire bending equipment, dental materials, software, and digital platforms.
From Aligners to a Complete Orthodontic Workflow
Aligner production helped demonstrate the value of additive manufacturing in orthodontics, particularly for customized models and treatment workflows. Yet digital orthodontics now extends much further. Removable orthodontic appliances are a good example because their production can involve appliance design, archwire formation, printed components, and metal structures.
For us, the key opportunity is not simply printing more products. It is connecting the individual production steps. Instead of manually transferring information between separate design and manufacturing processes, a digital workflow can move from patient data to design and then to automated production with fewer manual interventions.
This is particularly valuable for B2B dental laboratories handling different appliance types and production volumes. A connected workflow can help standardize repeatable tasks while supporting case-specific geometries.
WBM-V2 Connects Digital Design With Wire Bending
Removable appliances illustrate why orthodontic production needs more than aligner-focused technology. These appliances can include archwires and other customized components, making accurate wire forming an important manufacturing step.
Riton’s WBM-V2 automatic orthodontic steel wire bending machine is designed for this application. It supports orthodontic steel wire from 0.5 to 1.0 mm and is designed for orthodontic appliances including space maintainers, Nance appliances, tongue shields, face masks, Frankel appliances, lingual arches, and transpalatal expanders.
The WBM-V2 also integrates with Riton Cloud and OrthoWireLab, which connect doctors, technicians, and equipment through a digital order and design workflow. Its software provides AI-assisted design, archwire occlusion interference analysis, model editing, and cloud data storage.
This means the wire bending machine is not simply an automated replacement for manual bending. It becomes one manufacturing step within a broader digital orthodontic workflow.
Where Metal 3D Printing Enters the Workflow
Wire bending and 3D printing address different manufacturing tasks, which is why combining them can create a more complete orthodontic production system. While WBM-V2 focuses on automatically forming orthodontic wires, metal additive manufacturing can support the production of customized metal components and structures where the properties of CoCr or titanium alloys are appropriate.
When comparing top 3D metal printing companies, we recommend evaluating the complete production process rather than focusing only on laser power. Build volume, material compatibility, process monitoring, software, gas management, and production consistency all influence the usefulness of a system in a commercial dental laboratory.
M-200D Adds High-Capacity Metal Production
Riton’s M-200D is an SLM metal 3D printer designed for higher-volume metal production. It uses dual fiber lasers, with a single-laser output of ≤500 W, a melting area of 220 × 150 × 140 mm including the build platform, and a 20–60 μm layer thickness range.
Riton specifies production of up to 430 crowns or 35 pieces of partial frames in 5.5 hours, although actual production varies according to geometry, material, build arrangement, and operating conditions. The system supports CoCr and titanium, with titanium requiring a glove box and explosion-proof circulation system.
The M-200D therefore complements the wire-bending capability from a different production angle: WBM-V2 automates orthodontic wire formation, while M-200D provides higher-capacity metal additive manufacturing. Together, they demonstrate how orthodontic production can move beyond a single-product focus toward a broader digital manufacturing ecosystem.
Software Makes the Equipment Work as a System
The connection between equipment is only useful when the digital data can move reliably through the workflow. Riton Cloud and OrthoWireLab are specifically developed for WBM-V2, providing functions from AI-assisted archwire design to model editing and interference analysis.
Riton also provides dedicated control software for its metal 3D printers. This allows laboratories to approach wire bending, metal printing, and digital design as connected production capabilities rather than independent machines.
Riton’s digital orthodontic solutions connect design functions, automated wire bending, and 3D printing equipment within a broader production workflow.
What Leading 3D Printer Manufacturers Should Offer
As digital orthodontics expands, equipment selection should become more systematic. We believe leading 3D printer manufacturers should provide more than standalone machines. For B2B dental customers, the real value increasingly lies in whether a supplier can connect printers, materials, software, automation, and technical support into a usable production workflow.
Riton’s portfolio includes metal and resin 3D printers, WBM-V2 wire bending equipment, dental materials, and proprietary digital platforms. This broader product matrix allows laboratories to build capabilities according to their production requirements instead of relying on one machine for every orthodontic application.
Building the Next Digital Orthodontic Workflow
3D printing in orthodontics is no longer limited to aligner-related production. The next stage is about connecting multiple manufacturing technologies around the same digital patient workflow. WBM-V2 can automate orthodontic wire formation, while M-200D can provide higher-capacity metal additive manufacturing for appropriate dental applications. Digital platforms connect these capabilities with design and order management.
At Riton, we are developing this connected approach through equipment, materials, software, and digital services. By combining WBM-V2 with our metal and resin 3D printing solutions, we help dental laboratories move from isolated production steps toward a more integrated digital orthodontic workflow—one designed around precision, automation, and scalable production.
