Advanced Prototyping
Driving Precision and Speed in Cardiovascular Device Development
Specialized Solutions for Complex Medical Applications
Diagnics Workflow at a GlanceFrom consultation to final iteration—clear, fast, and reliable.
Design
Consultation
Align goals & constraints
Material
Selection
Match performance to use‑case
Prototype
Fabrication
High‑fidelity build & fast
Testing &
Validation
Bench & in vitro
Iteration &
Finalization
Refine, approve & release
EOS 290
Powder Bed Fusion
High precision metal 3D printing
Precision metal additive manufacturing for biocompatible implants and high-performance components. With validated materials like titanium alloys, stainless steel, and cobalt chrome, it ensures regulatory compliance and patient-specific solutions for cardiovascular applications.
Rapid Prototyping & Advanced 3D Printing at DIAGNICS
Diagnics accelerates innovation by transforming ideas into precise, high-performance prototypes. Our expertise ensures faster design cycles, reduced development costs, and superior validation for complex applications—especially in cardiovascular medical device development, where accuracy and reliability are critical.
We offer a comprehensive range of capabilities, including:
- FDM Prototyping for strong, functional parts and low-volume production.
- Binder Jetting for complex metal and composite geometries without costly tooling.
- PolyJet Printing for lifelike, multi-material anatomical models.
- Laser Powder Bed Fusion for precision metal components and biocompatible devices.
By integrating these technologies, Diagnics provides a complete rapid prototyping ecosystem—empowering innovators to move from concept to reality faster, safer, and with greater confidence.
Stratasys Polyjet J750
Multi-material, full-color PolyJet technology for lifelike anatomical models
Multi-material, full-color PolyJet technology for lifelike anatomical models. Perfect for cardiovascular device development, it combines rigid, flexible, and transparent materials to simulate tissue properties, enabling accurate testing and clinician feedback.
ExOne M-Flex
Binder Jetting Technology
3D prints functional metal and composite parts and devices
A versatile binder jetting system for producing complex geometries in metals, ceramics, and composites without the need for expensive tooling. This technology is perfect for rapid production of functional prototypes and end-use components, reducing lead times and enabling cost-effective customization for industrial and medical applications.
Stratasys F370
Fused Deposition Manufacturing
Industrial-grade FDM printing for functional prototypes
A reliable industrial-grade FDM printer for functional prototyping, manufacturing tools, and low-volume production. It supports a wide range of engineering-grade thermoplastics such as ABS, PC-ABS, and TPU, enabling strong, durable parts for real-world testing. Its precision and repeatability make it ideal for creating robust prototypes.
EfficientPracticalPrecise rapid prototypingto speed up time to market
Molding & Machining for Complex Medical Designs
Diagnics complements advanced prototyping with precision molding and CNC machining to address challenges in replicating intricate geometries—such as the sophisticated morphologies of cardiovascular devices. Molding enables the creation of detailed forms with consistent dimensional accuracy, while CNC milling ensures tight tolerances and superior surface finishes for critical functional areas. These capabilities are essential for producing components that meet stringent performance and regulatory requirements, providing a seamless transition from prototype to clinically viable solutions.
Let’s collaborate
to build your functional cardiovascular device prototypes