Precision Cooling, Safeguarding Life Science High-Reliability Thermal Solutions for the Medical Device Industry

From precision diagnostics to minimally invasive therapies, the performance and reliability of advanced medical devices are paramount. Winshare Thermal provides precision thermal solutions compliant with medical industry standards (ISO 13485), ensuring the ultimate safety, stability, and accuracy for your medical imaging, in-vitro diagnostic, and therapeutic equipment, contributing to the cause of life and health.

Four Key Thermal Challenges in Medical Devices

In the medical field, cooling is not just about performance; it is directly related to patient and operator safety, as well as the accuracy of diagnostic results.

Patient & Operator Safety

The temperature of device surfaces and patient-contacting parts must be strictly controlled within safe limits. The thermal system must eliminate any heat-related safety risks from the initial design.

Diagnostic Accuracy & Image Quality

The performance of precision sensors like CT detectors and ultrasound probes is extremely sensitive to temperature. Fluctuations can cause signal drift and image artifacts, compromising diagnostic accuracy.

Long-Term Operational Reliability

The consequences of medical device failure are dire. As a core component, the thermal system must possess exceptionally high reliability to support 24/7 continuous operation.

Low Noise & Vibration Control

Devices used in quiet environments like patient rooms have strict noise limits. The cooling solution must achieve ultimate silence while ensuring performance.

Precision Thermal Solutions for Diverse Medical Devices

We offer a diverse technology portfolio, with liquid cooling for high-end applications and air cooling as the foundation, to precisely meet the special thermal requirements of various medical devices.

Large Imaging Systems: High-Power Liquid Cooling

For high-power systems like CT, MRI, and radiotherapy equipment, high-performance liquid cooling is essential to guarantee image quality and stable operation.

CT X-ray Tube/Detector Cooling

Providing high-heat-flux solutions to ensure constant detector temperature and reduce image artifacts.

MRI Gradient Amplifier Cooling

Delivering stable cooling for gradient coils and power amplifiers to ensure magnetic field uniformity and imaging quality.

High-Reliability Chillers

Offering closed-loop liquid cooling units with precision temperature control and multiple safety protections.

Diagnostic & Therapeutic Devices: Compact, Low-Noise Cooling

For devices like ultrasound, endoscopes, in-vitro diagnostics (IVD), and therapeutic instruments, we provide solutions that achieve silent, efficient cooling in limited spaces.

Ultrasound Probe/System Cooling

Using micro heat pipes and VCs to provide fanless or silent cooling for highly integrated systems and handheld probes.

IVD Thermostatic Control

Providing TEC-based precision thermostatic control modules for reaction disks and sample chambers in biochemical analyzers.

Medical Laser Cooling

Ensuring wavelength stability through high-reliability cooling for the core light sources of surgical and cosmetic laser devices.

Our Success Stories

We partner with the world's leading medical device manufacturers, providing critical thermal support for their core products.

Improving High-End CT Image Quality

Challenge: A global imaging leader's flagship CT scanner experienced image noise during low-dose scans due to detector temperature drift.

Solution: We designed a liquid cold plate with complex micro-channels and integrated high-precision temperature sensors.

Result: The overall detector temperature difference was controlled to within 0.1°C, improving the image signal-to-noise ratio by 15% to an industry-leading level.

Achieving Silent Design for a Portable Ultrasound

Challenge: A client's new handheld ultrasound required its enclosure temperature to remain below 41°C at full load without a fan.

Solution: We provided an integrated magnesium alloy thermal enclosure solution incorporating an ultra-thin VC and graphene.

Result: Achieved completely silent operation, met medical safety regulations, and the product won a Red Dot Design Award.

Ensuring Wavelength Stability for a Surgical Laser

Challenge: An ophthalmic surgical laser device experienced reduced surgical precision due to laser wavelength drift.

Solution: We custom-developed a closed-loop thermal control module integrating a TEC and micro-liquid cooling.

Result: Laser temperature fluctuation was controlled to ±0.05°C, improving wavelength stability by an order of magnitude and helping the client's product gain FDA approval.

Why Partner with Winshare Thermal for Medical Cooling

We are your trusted partner, dedicated to contributing to the advancement of medical technology through superior thermal solutions.

Medical-Grade Quality System

We are certified to the ISO 13485 quality management system for medical devices, ensuring our products and services comply with regulatory requirements throughout the entire process.

Precision Engineering & Design

We excel at handling complex thermal problems, achieving the optimal balance of performance, noise, and cost through precision simulation, design, and manufacturing.

Long-Term Trust from Global Leaders

We are a strategic partner to many of the world's top medical device manufacturers, with numerous successful applications in a variety of high-end medical equipment.

Stable Supply Chain & Delivery

We have a stable, reliable global supply chain and strict production process control to ensure continuous and steady product delivery for the demanding medical industry.

Our Medical-Grade Collaboration Process

We follow a rigorous medical device development process to ensure the safety, effectiveness, and compliance of our products.

Risk Analysis & Requirement Definition

Conducting thermal risk analysis (ISO 14971) early on to jointly define thermal requirements and safety goals.

Simulation, Design & Material Selection

Performing multi-physics simulations and selecting materials that comply with biocompatibility and other medical regulations.

Prototyping & Design V&V

Rapidly delivering prototypes and conducting rigorous Design Verification and Validation (V&V) for thermal, acoustic, and safety performance.

Compliant Mass Production & Traceability

Manufacturing in bulk under our ISO 13485 quality system, ensuring all products have complete production traceability.

Design the Ultimate Thermal Solution for Your Laser System

Thermal management should not be the bottleneck limiting your laser technology innovation. Contact our thermal experts today to co-create a precision cooling solution that unleashes your product's full potential.

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