Revolutionizing Pharmaceutical Dosing with Precision 3D Printing

Feasibility Study

• Objective: Demonstrate that our technology could accurately dose gelatin-based materials.
• Solution: Using the FELIX food printers, we heated gelatin to 45°C and precisely dosed tablets on a scale. Each extrusion produced tablets with a consistent weight, well within the legal range of 5mg per dose.
• Outcome: The successful feasibility test led to a quick prototype development, enabling us to produce a demonstration unit for the client’s showcase event within one month.

2. Prototype Phase

• Objective: Integrate lab-grade requirements and refine specifications for precise tablet production.
• Solution: We consulted a laboratory equipment institute to ensure the printer met all regulatory standards. A detailed specification document guided the design and allowed us to create a prototype that withstood rigorous testing.
• Outcome: The prototype exceeded the client’s expectations, meeting all accuracy and regulatory requirements.

3. 0-Series Production (30 Units)

• Objective: Gather feedback from the client and end-users to finalize design adjustments.
• Solution: Using insights from initial testing, we redesigned key components, reordered parts, and produced a 0-series batch of 30 units, each incorporating improvements for optimal performance.
• Outcome: The 0-series batch was completed in four months, serving as a reliable model for scaling up production.

4. Final Product Stage

• Objective: Transition to full production as an OEM partner.
• Solution: With the last updates finalized, we now deliver the Pharma Printers on demand, built to meet the client’s ongoing requirements.
• Outcome: A fully developed, lab-grade pharma printer now in consistent production, supporting precise, compliant tablet manufacturing.