Factory Tour

Introduction of MYPRO Ultrasound Probe Repair Production Line

At MYPRO, we're pride of our advanced production line dedicated exclusively to the production and repair of ultrasound probes.

Our vertically integrated facility ensures full control over every step of the repair process, guaranteeing the highest standards of quality, reliability, and cost-effectiveness for our clients.

Our production line is meticulously designed to follow a rigorous workflow:

1. Ultrasound Probe Repair Workshop

• The process begins with a comprehensive diagnostic assessment.Each probe undergoes rigorous electrical and mechanical testing to identify all existing and potential faults.
• Faulty probes are carefully disassembled by our skilled technicians in a controlled,clean environment. Specialized tools are used to prevent any damage to sensitive components.

2. Ultrasound Crystal Production Workshop

This is the core of our expertise.Our production line is equipped to handle a wide range of repairs, including:

• Acoustic Array Re-crystalling: Replacing damaged piezoelectric elements.
• Lens Re-molding: Repairing or replacing worn-out acoustic lenses to restore optimal image clarity.
• Cable Re-cabling: Installing new, high-flexibility coaxial cables to eliminate signal noise and breaks.
• Housing & Connector Repair: Fixing physical damage to the probe's shell and electrical connector.

3. Precision Reassembly & Sealing Workshop

After repair,the probe is meticulously reassembled. We use medical-grade adhesives and follow strict sealing protocols to ensure the probe is fully waterproof and maintains its original acoustic integrity.

4. Final Quality Assurance & Testing Workshop

• Each probe must pass a final,stringent quality control protocol. This includes:
• Electrical Safety Testing: Ensuring the probe meets all international safety standards.
• Performance Validation: Testing on clinical-grade ultrasound machines to verify image quality, depth penetration, and resolution match OEM specifications.
• Leak Testing: Submerging the probe to confirm its complete waterproof integrity.

Why Choose MYPRO Production Line?

• Quality Control: Full in-house control means we never cut corners.
• Expert Technicians: Our team is highly trained in the latest repair methodologies.
• Cost-Effective: Bypassing OEM channels saves you 50-70% on repair costs.
• Fast Turnaround: Our efficient production line minimizes your probe's downtime.

Contact us today to experience MYPRO difference and give your ultrasound probes a new lease on life!

MYPRO: Your Trusted Partner in Ultrasound Probe OEM & ODM Solutions

At MYPRO, we are dedicated pioneers in the precision engineering and manufacturing of ultrasound probes. With years of expertise, we have established ourselves as a leading force not only in probe repair but also as a premier manufacturing partner for medical device brands worldwide.

We understand that in today's competitive market, flexibility and innovation are key. That's why we offer comprehensive OEM and ODM services to help you bring superior, reliable ultrasound solutions to market efficiently.

Our OEM Services: Precision Manufacturing

Your Brand leverage our state-of-the-art production facilities and rigorous quality control to manufacture your designed ultrasound probes.

• Build to Your Specifications: We meticulously produce probes based on your exact design, technical specs, and performance requirements.
• Uncompromising Quality: Every probe is built to meet international standards, ensuring patient safety and diagnostic accuracy.
• Cost-Effective Production: Our optimized manufacturing processes and supply chain management allow for scalable production runs that reduce your costs without compromising on quality.
• Consistent & Reliable Output: You can count on us for consistent, high-volume production, ensuring a steady supply for your business.

We are the ideal OEM partner if you have your own design and are looking for a reliable, high-quality manufacturer.

Our ODM Services: Innovation, Designed for You

Go beyond manufacturing. Tap into our extensive R&D capabilities to create a custom ultrasound probe solution from the ground up, tailored to your market needs.

• End-to-End Development: From concept and acoustic design to prototyping, software integration, and final production, we manage the entire development lifecycle.
• Technical Expertise: Benefit from our deep knowledge in transducer technology, array design, acoustic testing, and materials science.
• Customization at its Core: We can develop probes for specific applications (e.g., cardiology, radiology, veterinary, musculoskeletal) with unique form factors, connector types, and performance characteristics.
• Speed to Market: Our experienced engineering team accelerates the development process, helping you launch your innovative product ahead of the competition.

Choose our ODM services to create a unique, market-differentiating product with the backing of our full technical expertise.

Whether you need a trusted manufacturing arm for your existing products (OEM) or a full-service innovation partner to develop the next generation of ultrasound probes (ODM), MYPRO is your solution.

Let's build the future of ultrasound imaging together!

MYPRO: Pioneering the Future of Ultrasound Imaging Through Advanced R&D

At MYPRO, we are not just manufacturers and repairers of ultrasound probes; we are innovators at heart.

Our commitment to advancing ultrasound technology is driven by our dynamic and forward-thinking Research and Development (R&D) team. This core division is the engine of our company, relentlessly pushing the boundaries of acoustic performance, probe durability, and user experience to shape the future of medical imaging.

Our R&D Philosophy: Innovation Rooted in Practicality

Our R&D philosophy is built on a deep understanding of the clinical environment. By collaborating with clinicians and listening to end-users, we identify real-world challenges and translate them into engineering solutions. This user-centric approach, combined with our extensive experience from repairing thousands of probes, provides us with unparalleled insights into failure modes and opportunities for enhancement. We don't just design for performance; we design for reliability, longevity, and clinical excellence.

Our multidisciplinary R&D team specializes in several key technological domains:

1. Advanced Acoustic Engineering & Transducer Design

• Developing next-generation piezoelectric composites and materials for superior sensitivity and bandwidth.
• Optimizing array designs (linear, convex, phased, volume) to achieve higher resolution and deeper penetration.
• Precision micro-machining and assembly of acoustic stacks for consistent, high-fidelity imaging.

2. Materials Science & Structural Integrity

• Researching and testing advanced polymers, epoxies, and shielding materials to enhance probe durability and patient safety.
• Designing robust acoustic lenses and matching layers that withstand repeated sterilization and mechanical stress.
• Developing ergonomic housings that improve sonographer comfort and reduce repetitive strain injuries.

3. Signal Processing & Beamforming Algorithms

• Creating proprietary software algorithms to optimize image clarity, contrast, and speckle reduction.
• Implementing advanced beamforming techniques for high-frame-rate imaging and specialized modalities.

4. Connectivity & System Integration

• Engineering reliable interconnection systems compatible with a wide range of ultrasound platforms.
• Researching future-forward connectivity solutions, including wireless and miniaturized probes.

5. Reliability Testing & Validation

• Subjecting every new design to extreme accelerated life testing, including thermal cycling, drop tests, and cable flex cycles.
• Ensuring all probes meet or exceed international regulatory and safety standards.

At MYPRO, R&D is the bridge between today's needs and tomorrow's possibilities. We are committed to investing in the science that makes better diagnostics a reality.

Contact us to explore how our R&D expertise can power your next breakthrough.