Oqton
Oqton
Dental Manufacturing OS
Automated manufacturing operating system (OS) for dental labs, powered by AI
Oqton is an all-in-one manufacturing operation system designed for dental labs and powered by artificial intelligence. Thanks to its automated data preparation, you can streamline additive manufacturing and CAM operations while improving machine productivity and managing your entire production workflow creating full traceability.
Oqton. AI-driven dental production.
Oqton provides automated dental workflows to help you meet growing production goals while significantly reducing manpower requirements. An end-to-end, integrated dental production system, Oqton ensures full traceability to future-proof your business.
The Oqton platform is agnostic and can replace multiple disconnected software applications across your machines.
Features
AI-driven software
AI-driven automated and flexible workflow for RPD frames.
One-of-a-kind Connectivity
Oqton can connect and automate the workflow for all manufacturing processes, including CNC milling, metal and polymer 3D printing and hybrid/subtractive CAM workflows.
SOC 2-certified Cloud-based software
Oqton is entirely cloud-based, allowing design & production across multiple remote locations.
Compatibility
Oqton supports various industry-recognized metal 3D printers and has validated application-specific settings for common machine models for RPD frame production.
Maximum Productivity for Milling & 3D Printing
With parallel cloud computing, Oqton can handle 100s of parts simultaneously irrespective of computer hardware.
Full Traceability
Oqton tracks all orders, material batches, and part history, including revision history for easy compilation of Design History Files and Device History Records.
Additive Manufacturing Data Preparation
Layer, nest, slice, and prepare your RPDs and crown & bridge applications for metal additive manufacturing with minimal post-processing
Production Management
Prepare, plan, schedule, track, and trace your entire production workflow throughout your facility
Flexible Production
Whether you are 3D printing, milling, thermoforming, or using other processes, Oqton provides the flexibility to manage your workflows
Oqton’s partners. Industry well-known players.
Applications
Connect and Automate Clear Aligners Production
- Oqton connects design, 3D printing, thermoforming, laser marking, CNC milling, labelling and packaging manufacturing processes.
- Fully automated data preparations and optimized nesting for cost-effective production
- Easily scalable, across multiple locations, and ready for any volume
No More Repetitive Tasks in CNC Milling
- AI-driven automation of CAM workflows, including automatic stock selection, nesting, and toolpath generation
- Machine learning capabilities for orientation and pin placement
- Optimized machining efficiency and consistent results based on feature detection and automated assignment of milling templates.
Highly Efficient Production Management
- Prepare, plan, schedule, track and trace your entire production facilities
- End-to-end traceability of materials, tools, parts and jobs with full revision history
- Rich data can be gathered automatically by integrating and connecting CAM, MES and IoT
Dental CNC Milling Workflow
Discover how Manufacturing OS can enhance productivity in your dental CNC milling workflow.
FILE IMPORT & HEALING
Automated conversion from all common file formats and mesh healing ensure watertight designs. There is no need for metadata, as Manufacturing OS will auto-generate the data relevant for production.
Connect your ERP or file management system to push designs to Manufacturing OS and create a direct link with production.
PART ORIENTATION
Automated orientation minimizes undercuts while respecting tool-axis limitations and aligning the anatomical area in multi-layered disks for optimal colour results.
PART LABELING
Quickly identify individual parts with automated labelling. Significantly speed up sorting, reduce mistakes and strengthen traceability.
PIN PLACEMENT
Automated, intelligent placement of connector pins, respecting interproximal areas and margin lines.
NESTING
The most suitable disk is automatically selected based on colour, the minimal disk thickness possible, and available stock. Parts are nested in high density.
SMART TOOLPATH GENERATION
Automated toolpath generation, automatically applying validated strategies based on the detected part features.
