Lyntop Medical offers comprehensive contract manufacturing solutions that empower your brand and improve patient lives. We understand the challenges of bringing innovative medical devices to market, and we’re here to be your reliable partner every step of the way.
Turnkey solutions from design optimization to mass production, our design and manufacturing experts will strongly support your diverse needs.
Dual-certified facilities (ISO 13485 Certified), fully regulation compliance to FDA 21 CFR Part 820 & EU MDR.
Rapid response capability – 98% on-time delivery rate for urgent orthopedic implants & instruments
High-precision, heavy-duty CNC machines are known for rigidity and robust construction. Ideal for complex machining of large parts requiring high accuracy and stability.
Cost-effective, user-friendly CNC machines for general-purpose machining. They offer a good balance of performance and affordability for smaller shops and startups.
Highly reliable and versatile CNC lathes particularly focused on Swiss-type machining. They excel in producing small, intricate parts with demanding tolerances.
EDM(Electrical Discharge Machining) carves intricate shapes in tough implant materials, ensuring flawless fit and function for lasting patient recovery.
Enhances the strength and corrosion resistance of orthopedic instruments by heating and cooling them in an oxygen-free environment, ensuring durability and biocompatibility
This method can create a rougher, textured surface for improved grip, remove rust or paint layers, or prepare surfaces for further treatments like painting or anodizing.
A finishing process that uses a controlled electrochemical reaction to smooth metal surfaces, enhancing their luster and corrosion resistance.
A chemical treatment that forms a protective oxide layer on a metal surface, significantly improving its resistance to corrosion.
Imagine a gentle buffing, smoothing out rough edges and leaving a gleaming finish. Polishing utilizes abrasive materials or wheels to achieve a highly reflective, smooth surface.
A precision welding technique that uses a high-energy density laser beam as a heat source to melt materials and create strong bonds.
After treatment, an oxide layer will be formed on the material surface. The oxide layer can prevent corrosion, reduce the risk of failure, and adverse reactions within the body.
It is a highly beneficial surface treatment for the instruments. By applying a thin layer of chrome onto the surface, it offers excellent corrosion resistance and protecting the instruments from damage.
We initiate contact to comprehensively understand your design specifications, target markets (e.g., FDA/CE compliance requirements), and production timelines. Our engineering team collaborates with your designers to align technical parameters with manufacturing feasibility.
Leveraging 20+ years of orthopedic device expertise, we conduct a 360° technical evaluation of your CAD designs. Our proprietary simulation tools optimize materials (e.g., titanium alloys/Stainless Steel/PEEK polymers) and manufacturing processes (CNC machining/Post Treatment) while ensuring compliance with ISO 13485 standards.
A legally binding NDA and OEM agreement will be executed, incorporating:
Within 15-25 working days, we deliver functional prototypes accompanied by:
Lyntop Medical is on a mission to make high-quality orthopedic medical devices accessible and affordable across the globe. We believe that every patient deserves to live a pain-free and mobile life. Our commitment is to provide surgeons with reliable and innovative instruments to make this a reality.
