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Medical Design and Outsourcing
for High Accuracy Mechatronics

Siloed development stages frequently cause expensive rework and extend your market entry timeline. We synchronize mechatronic engineering, medical design and outsourcing from the very first innovation step. You receive a validated hardware solution that satisfies every ISO 13485 requirement and moves into series assembly without friction.
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Concept to
Product design

From early ideation visuals
to refined & fully realizable industrial design

Feasibility &
Risk Insight

Material, mechanics, & regulatory considerations
built in early

Rapid Prototyping

3D printing & CNC validation
for faster decisions

Human-Centered Design

Creative, intuitive, & ergonomically optimized product usability

What is Medical Design and Outsourcing?

Medical design and outsourcing involves a strategic partnership where an OEM utilizes external expertise for the research and development and manufacturing of healthcare technology. This discipline transforms a clinical idea into a validated product that meets international medical standards such as ISO 13485. By delegating complex mechatronic tasks, companies combine technical functionality with strict safety requirements while focusing on their core clinical competencies.MedTech design is more than aesthetics – it determines usability, compliance, and clinical reliability. Fragmented workflows between design, engineering, and production often cause rework, higher costs, and regulatory delays. Design as a Service eliminates these gaps through unified industrial design and engineering integration.

The Process of Medical Design and Outsourcing

We transform your concept into a production ready device through a synchronized engineering cycle. Our approach removes barriers between aesthetics and mechanical performance by validating every step within the development flow.

1

Visual Grounding

We create realistic concept visuals within days to facilitate technical decision making.

2

Technical Modeling

CAD-experts embed material compatibility and risk analysis directly into the mechanical design.

3

Physical Prototyping

CNC-machining and 3D-printing confirm ergonomic fit and functional performance before the final series launch.

4

Certification Readiness

We prepare risk management and usability files to satisfy CE, FDA audit requirements from the start.

Medical design solutions of gKteso

Our team engineers specialized hardware modules that integrate into existing clinical workflows. We specialize in high performance mechatronics that endure the rigors of oncology and imaging environments.
  • RPS Positioning Platforms: These systems provide submillimeter patient alignment for stereotactic radiotherapy.
  • Beam Shaping Units: Tailored multileaf collimators manage radiation field geometry for specific clinical protocols.
  • Ophthalmology Laser Beds: Ergonomic motion units support LASIK and microsurgery through smooth and vibration free control.
  • Diagnostic QA-Tools: Tissue equivalent phantoms enable accurate dose calibration and system commissioning.
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Advantages of Medical Design and Outsourcing

Accelerated Launch

Outsourcing reduces technical risks and shortens the path to global market entry.

Regulatory Accuracy

Integrated risk management ensures all documentation meets ISO 13485 standards.

Synchronized Workflows

A unified design to engineering process eliminates expensive rework during later stages.

Scalable Output

In house assembly and design transfer facilitate a seamless move to series production.

Operational Clarity:

Realistic visuals and rapid prototypes provide a grounded vision for technical leads.

Material Longevity

Selecting radiation hard or MR safe materials from the start ensures the durability of imaging hardware.

Why gKteso Elevates Your Product Lifecycle

We bridge the gap between academic innovation and industrial reality by providing the engineering infrastructure necessary for market success. Our experts handle the complexity of mechatronic assembly so you focus on clinical applications.

Proven Compliance

We create realistic concept visuals within days to facilitate technical decision making.

Deep Mechatronics

CAD-experts embed material compatibility and risk analysis directly into the mechanical design.

Modular Customization

Our engineers modify every system to match your specific electronic and mechanical interfaces.

Unified Ownership

We handle the entire journey from the first design sketch to prototyping and series assembly in house.

Navigating the Global MedTech Market with Outsourced Engineering

Technical buyers often struggle with the transition from a university project to a market ready medical device. Medical design and outsourcing solves this by providing the necessary engineering infrastructure and regulatory knowledge. This allows startups and established OEMs like Siemens to bypass mechanical bottlenecks and focus on their specific clinical applications. We manage the complexity of mechatronic assembly so you can deliver hardware that supports safer treatments and smoother clinical workflows.
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    Get in Touch
    Bring Your MedTech Product Vision to Life

    Contact us to learn how Design as a Service transforms MedTech concepts into ergonomic, regulatory-ready products: from first sketch to full-scale production.

    • From first sketch to CE/FDA-ready, production-ready devices
    • Seamless integration with your existing R&D and supply chain
    • Over 30 years of experience in MedTech hardware & engineering

    +49 8234 966 38 41

    info@gkteso.com

    Request Your Technical Design Quote for the Design of Medical Devices

    Plan your next medical device project with an engineering partner who understands mechatronic complexity. Request a consultation with our project engineers or ask for technical data sheets for our modular platforms. We provide a detailed offer for your specific OEM requirements including the full medical design and outsourcing service from concept to series.Design as a Service integrates directly with OEM R&D and engineering teams. Advanced CAD modeling, digital simulation, and interface planning ensure that every design is manufacturable, cleanroom-ready, and regulatory-compliant.

    Prototypes undergo usability and ergonomic validation before transfer to scalable production. Materials are selected for radiation compatibility, biocompatibility, and long-term durability. The result: MedTech products that unite functional performance, regulatory reliability, and visual identity in one cohesive design language.

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    Learn more about our design and engineering solutions for OEM partners

    Discover how gKteso’s Design as a Service supports global MedTech companies in creating compliant, innovative, and manufacturable devices. From early ideation to validated production, we help OEMs realize new products faster and more reliably.

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    Flexible MLC solutions for advanced radiotherapy applications

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    Schedule an appointment now!

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    FAQ: Frequently asked questions for medical design and outsourcing

    How does medical design and outsourcing shorten approval times?

    Integrated documentation and risk management files ensure your product remains audit ready from the initial design phase. This proactive approach reduces the likelihood of regulatory delays during CE, FDA submissions.

    Development must follow ISO 13485 for quality management and ISO 14971 for risk management. Additionally, mechatronic hardware must meet IEC 60601 standards for electrical safety in medical environments.
    We oversee the formal handoff from research and development to the production floor. This includes providing assembly guides and material lists to ensure uniform quality in series manufacturing.
    Yes, our engineers modify every system to match your specific interfaces and clinical requirements. You receive a tailored solution rather than standard hardware for your platform.

    Explore Our Contract Manufacturing Capabilities

    Contract Manufacturing

    Developed for medical technology innovators and OEMs, our Contract Manufacturing Services turn complex device concepts into certified, market-ready products. From rapid prototyping to validated large-scale production, we ensure regulatory compliance, precision, and supply chain reliability

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    Customized MLC

    Tailored for OEMs, research centers, and novel radiotherapy platforms, our customized MLCs are co-developed to meet unique geometric, electronic, or integration needs. We support you from CAD concept to validated hardware, whether for FLASH, MRI-based therapy, compact systems, or proton beamlines.

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    Customized OEM QA tools

    Customized OEM QA Phantoms and Water Phantom Transport Units from gKteso provide tailored solutions for commissioning, routine QA, imaging calibration, and OEM system integration. With reproducible precision, MDR/FDA compliance, MR compatible options and scalable manufacturing, they ensure reliability in clinical and research environments worldwide.

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