Accelerating innovative MedTech concepts from feasibility through rapid prototyping, verification, and seamless commercial scale-up.
Viant’s unique approach to medical device design & development delivers the high-touch, agile responsiveness of a specialized R&D engineering firm, combined with the global mass-manufacturing power of an ISO 13485-certified contract manufacturer.
We partner with leading global OEMs and fast-growing MedTech innovators to break technical barriers, reduce design risk, and ensure complete compliance with FDA, EU MDR, and international quality standards.
Insourcing technical capability, streamlining design transfers, and de-risking mass production for global healthcare leaders.
Plug in at any stage of your development lifecycle to plug technical resource gaps and optimize design performance.
We bring high-energy ingenuity and a practical problem-solving mentality to every engagement. Our dedicated R&D engineering labs allow us to iterate designs rapidly, 3D print complex geometries, and test prototype components under real clinical conditions.
With 100+ creative MedTech engineers handling over 60 active global projects, Viant brings commercialization experience that eliminates design bottlenecks and ensures your device moves efficiently toward regulatory clearance.
Dedicated domain experts delivering custom medical device components, sub-assemblies, and smart electronics.
Advanced micro-molding and precision machining for minimally invasive surgical instruments, bioelectronics, and diagnostic implants.
Custom PCB layout, power management circuits, and sensor integration for active implantable and wearable medical electronics.
Seamless Bluetooth, NFC, and telemetry antenna integration for smart drug delivery devices and remote patient monitoring monitors.
Embedded software compliant with IEC 62304 standards, delivering robust, secure device operation and diagnostic data transfer.
Turnkey integration of motors, actuators, gearboxes, and sensors into high-precision surgical robotic instruments and auto-injectors.
Expert selection of implant-grade PEEK, titanium, nitinol, and UHMWPE along with laser welding and hermetic sealing techniques.
Design and fabrication of automated test benches, fatigue testers, and simulated anatomical models for rigorous verification.
Multi-lumen tubing, co-extrusions, micro-extrusions, and radiopaque compounds engineered for vascular catheters and delivery sheaths.
ISO Class 7 and 8 cleanroom production for clinical trial units, human factors testing, and early market launch batches.
Transitioning your product from engineering lab to high-volume commercial production without supply chain friction.
Eliminate multi-vendor complexity. Viant controls tooling, molding, metal tubing, assembly, packaging, and sterilization management under one quality system.
Our design engineers work directly alongside manufacturing operators, incorporating lean manufacturing and automated quality inspection early in the design stage.
Scale production seamlessly across 26 global facilities with 2.3M sq. ft. of manufacturing footprint and 300K+ sq. ft. of certified cleanrooms.
Explore how our design and engineering teams helped top MedTech companies solve complex technical challenges.
By combining high-performance polymers with biocompatible stainless steel, our engineering team reduced instrument tray weight while elevating ergonomic performance for orthopedic surgeons.
Viant transferred an innovative European medical device design into rapid US production ramp, shortening total time-to-market by 5 months through single-source program management.
Integrated automated assembly and micro-molding DFM improvements eliminated component scrap, improved shaft flexibility, and achieved superior commercial stability for a leading OEM.
Clear insights into our engineering workflows, prototyping capabilities, and quality systems.
Medical device design and development is the end-to-end engineering process of translating user needs and clinical requirements into a safe, compliant medical device ready for commercial production. It encompasses feasibility studies, concept ideation, rapid prototyping, DFM (Design for Manufacturability), verification and validation testing, risk management, and design transfer to full-scale manufacturing.
Viant acts as an agile innovation partner, conducting Voice of Customer (VOC) research, defining technical specifications, creating 3D CAD models, performing risk analysis, and providing rapid iterative prototypes. Our dedicated engineering team ensures your product concept is optimized for performance, regulatory approval, and scalable mass production.
Yes. Viant offers turnkey rapid prototyping, SLA/SLS 3D printing, CNC machining, rapid tooling, and micro-molding. This allows MedTech companies to test functional prototypes quickly and refine product designs prior to expensive production tooling.
Our technical highlights include device miniaturization, electrical hardware engineering, wireless communication integration, embedded firmware/software development, electromechanical device design, hermetic sealing, medical implant material selection, custom test method development, and complex extrusions.
Viant bridges the gap between design engineering and mass production using our ViaLaunch™ program management framework. We generate full Design History Files (DHF) and Device Master Records (DMR), conduct IQ/OQ/PQ process validation, and leverage our 26 global ISO-certified manufacturing facilities for seamless scale-up.
Connect with Viant’s engineering specialists to request comprehensive technical documentation, capability brochures, and design consultation.
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