🔷 Medical Device Optics

Precision Optics for Life-Saving Technologies

At Yighen Ultra Precision, we specialize in the design, prototyping, and manufacturing of medical-grade optical components tailored for diagnostic, therapeutic, and surgical devices. From handheld diagnostics to robotic surgical systems, our medical optics solutions combine clinical-grade precision with manufacturing scalability—empowering the next generation of medical innovation.

🔬 Applications of Medical Optics

Our optical components are trusted in a wide range of medical technologies:

Our optics are used in both clinical and research-grade medical instruments worldwide.

🛠️ Capabilities – From Concept to Clinical-Grade

Yighen supports the entire lifecycle of medical optical components:

✅ Optical Design & Simulation

• Zemax, Code V, LightTools

• Tolerance analysis for temperature, stress, sterilization impact

• Optimization for NA, FOV, resolution, and transmission

✅ Precision Manufacturing

• Diamond turning for PMMA, COP, ZEONEX, CaF₂, MgF₂ components

• Ultra-precision grinding for glass lenses (aspheres, prisms, windows)

• Surface roughness Ra ≤ 1 nm, Form accuracy P-V ≤ 0.05 µm

✅ Materials

• Biocompatible plastics: COP (APEL), COC (ZEONEX, TOPAS), PMMA

• Medical-grade optical glass: BK7, fused silica, CaF₂, SF11

• IR materials: ZnSe, Ge, Chalcogenide glass (custom)

✅ Optical Coating

• AR/HR coatings for 400–1600 nm

• Hydrophobic, oleophobic, biocompatible coating  layers

• UV-curable coatings for disposable medical optics

✅ Metrology & Testing

• Interferometry, MTF, centering, birefringence control

• ISO 13485-ready documentation and traceability

• Simulated sterilization/environmental testing

🧪 Typical Medical Optics We Provide

• Micro aspheric lenses for endoscopes and microfluidic chips

• Beam shaping optics for phototherapy or laser surgery

• Collimators and condenser lenses in diagnostic imaging

• Custom prisms and mirrors for scanning systems

• Disposable lens modules for single-use medical devices

🧭 Regulatory Awareness & Manufacturing Standards

Yighen follows industry best practices aligned with medical device quality standards:

• Full traceability from raw material to finished part

• Production documentation and metrology reports provided

• Cleanroom-ready packaging for sensitive optics

• Partnership with medical device OEMs and startups alike

❓ FAQ – Medical Optics

Q: Do you support biocompatible materials for Class I–III devices?
A: Yes. We work with COC, COP, and approved medical-grade glasses, and provide traceable documentation.

Q: What is your typical lead time for medical optics prototyping?
A: 10–15 working days for plastic prototypes. Coated or complex glass optics: 3–4 weeks.

Q: Can you deliver sterile or cleanroom-packaged components?
A: Yes, optional Class 1000/100 packaging is available on request.

🩺 Custom Optics for Medical Imaging & Diagnostics

Yighen supplies ultra-precision optics for a range of medical devices — from compact endoscopes and wearable diagnostics to OCT systems and biosensors.
We support biocompatible materials, IR-transparent elements, and micro-optics assembly in cleanroom environments.
Our engineering team understands the critical balance between optical performance, size, sterilizability, and cost.

🔵 Request Medical Optics Consultation or RFQ
📩 Share your device type, optical requirements, and regulatory considerations — we’ll respond with a feasibility plan within 24 hours.

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Need component drawings or cleanroom manufacturing capabilities?
📄 Download Medical Optics Brochure

Curious how we support startup medtech and clinical-grade OEMs alike?
👤 About Yighen

🔗 Related Content

• 🧬 Micro Optics
  Sub-millimeter lenses and prisms for endoscopes, probes, and sensors.

• 🧪 Optical Coating Services
  AR coatings and bio-compatible films for visible to NIR ranges.

• 🔧 Optical Assembly & Lens Modules
  We assemble miniaturized optical modules in Class 1000 cleanroom conditions.

• 🔍 Optical Metrology & Testing
  End-face geometry, MTF, and optical alignment validation for medical optics.