Kris Wouters
CEO
Oqcam
Oqcam provides dental cloud software that automates digital production workflows for metal 3D printing, aligner production, and CNC milling using artificial intelligence. This technology reduces data preparation time by up to 90% and increases machine productivity, enabling dental labs and production centers to meet growing production demands with less manpower.
- Artificial Intelligence
- Enterprise Software
- Manufacturing / Industry 4.0
- Software Only
Updated 6 months ago
Funding
Funding rounds are not available yet.
Founders
Product
Problem
Dental labs face challenges in efficiently managing digital production workflows for various applications like metal 3D printing, aligner production, and CNC milling. Traditional methods often involve disconnected software applications and manual data preparation, leading to bottlenecks and increased labor costs. Meeting growing production demands while maintaining quality and traceability can be difficult with these fragmented systems.
Solution
Oqcam offers a dental lab software platform that automates digital production workflows for metal 3D printing, aligner production, CNC milling, and overall production management. The AI-powered software streamlines data preparation, optimizes nesting, and automates CAM workflows, reducing data preparation time and increasing machine productivity. Oqcam's platform replaces multiple disconnected software applications with an end-to-end, integrated system, ensuring full traceability and scalability. By automating repetitive tasks and optimizing machine utilization, Oqcam enables dental labs and production centers to meet growing production goals with reduced manpower requirements.
Target Audience
Oqcam primarily targets dental labs and production centers seeking to automate and optimize their digital production workflows for metal 3D printing, aligner production, and CNC milling.
Features
- AI-driven automation of CAM workflows for metal 3D printing, aligner production, and CNC milling
- Automated nesting algorithms for denser part placement and reduced material waste
- Optimized support generation for easier removal and reduced finishing time in metal 3D printing
- Machine learning capabilities for automatic stock selection, orientation, and pin placement in CNC milling
- End-to-end traceability of materials, tools, parts, and jobs with full revision history
- Integrated production management tools for scheduling, tracking, and tracing the entire production process
- Agnostic platform compatible with various machines, replacing multiple disconnected software applications
- Cloud-based platform enabling scalability across multiple locations