Freeform for HealthcareOqton
Oqton Freeform is the industry’s most comprehensive design software for products across many healthcare specialties. Solve patient-specific design challenges in the digital world.
Vendor
Oqton
Company Website
Product details
Organic. Engineered. Automated
Redefining the boundaries of organic 3D design. Freeform enables designers to model traditionally handcrafted sculptural or organic forms, difficult or even impossible in traditional CAD.
Negating the need for time-consuming and expensive physical-to-digital conversion workflows, Freeform is the preferred solution of many of the world’s household name companies.
Benefits for many specialties
- Craniomaxillofacial
- Orthopaedic
- Anatomical models
- Orthotics
- Prosthetics
- Medical training models
- Sports medicine
Features
- **Design in hours, not days: **Break through the limitations of traditional CAD systems with Freeform’s intuitive UI to unlock the incredible advantages of working in the digital world. Start from a blank slate, integrate scan data, or import existing CAD parts to: - Create manufacturable models without complicated file conversions. - Model faster, using the optional haptic interface. - Naturally and easily transition from your traditional bench techniques to Freeform’s digital workflows.
- **Automate without limits: **Create macros and automate your workflows for maximum productivity. Swap between extensive automated and manual toolset for complete modeling flexibility.
- **Design for every stage of the product lifecycle: **A single solution to support your growth and success. - Concept design requires the most flexible and unconstrained solutions for experimentation. - Market introduction and early evolution requires workflow optimization, partial automation and repeatability for regulated workflows. - Growth requires progressive automation for maximum productivity.
- Unlock complete design flexibility - Work directly with scan, DICOM, or existing CAD data. - Design with confidence, whether you’re 3D printing, machining, or both.