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OUR SERVICES

We take pride in leading our projects from the initial "Idea" stage all the way through to the final product. Our comprehensive process includes concept development, meticulous mechanical and electronic design, precision prototyping, feasibility and clinical trials, navigating complex regulatory requirements, and securing patents to protect our clients innovative solutions

EARLY-STAGE EVALUATION

Our wide-ranging entrepreneurial expertise enables us to offer comprehensive due-diligence of the viability and potential of different medical device projects

Evaluation
DEVELOPMENT LIFECYCLE

Our development services span from conceptualization and design to prototyping and engineering, all adhering to strict FDA and CE regulations

R&D
VERIFICATION AND VALIDATION

Our team can help you navigate complex regulations, ensuring the safe and effective performance of your medical device through testing, risk management, and hazard analysis.

V&V
PROTOTYPING

We excel in delivering swift prototype manufacturing in a clean environment. Our in-house arsenal of advanced services ensures that we uphold top-notch quality and precision

Prototyping
CLINICAL TRIALS

We design and manage both pre-clinical and clinical trials, ensuring meticulous evaluation of our customer’s products

Clinical trials
ENDOSCOPE CUSTOMIZATION & REPAIRS

As one of our specializations, we offer endoscopic repair and customization services that encompass minor to major parts replacement

endoscope repair and customization

OUR IN-HOUSE CAPABILITIES

Located in our modern and well-equipped offices, our workshop is designed to bring ideas to life. We have created an environment where creativity thrives, and innovation flourishes. Our workshop is facilitated with:

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3D Printing

3D printing, or additive manufacturing, fabricates objects by sequentially adding material layers based on digital models, enabling complex geometries with reduced material waste

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Press molding

Press molding compresses material into a mold using a press, shaping it into a desired form. Common in manufacturing composites and plastics, it's valued for high-volume, consistent production

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Laser Welding

Laser welding uses a concentrated laser beam to fuse materials, often metals, offering high precision, speed, and minimal heat impact, ideal for complex, delicate assemblies

3d-printing

Milling

Milling is a subtractive machining process using rotary cutters to remove material from a workpiece, achieving precise geometries and features. It's integral in manufacturing complex parts.

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Clean room assembly

Clean room assembly involves product assembly in environments with minimal pollutants, crucial for sensitive industries like electronics and medical device manufacturing to ensure high product quality

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Multi-functional integration

Multifunctional integration combines various functions into one structure, improving efficiency and reducing size, crucial in electronics and engineering for enhanced functionality

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Vacuum Forming

Vacuum forming shapes heated, pliable plastic sheets over molds using a vacuum, ideal for cost-effective, lightweight parts in packaging and consumer goods.

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Film Welding

Film welding is a process of joining thin plastic films, typically using heat or ultrasonic energy to create a bond. It's widely used in packaging and textile industries for sealing and creating airtight or watertight joins

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Nitinol Shaping

Nitinol shaping involves heat treatment and mechanical deformation to set its shape memory, enabling the alloy to return to a predetermined shape, widely used in medical devices.

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Micro Needle Sharpening

Microneedle sharpening involves precision techniques to create fine, sharp tips on microneedles, used in medical applications like drug delivery and skin treatments.

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