Jindu: Medical Equipment Precision Thermal Management
Enabling the next generation of medical devices with mission-critical cooling solutions that ensure accuracy, reliability.
The Heart of Medical Innovation Beats Cool
In the medical device industry, there is no margin for error. As devices become more powerful, compact, and complex, managing heat is no longer just an engineering challenge—it’s a critical factor for diagnostic accuracy, therapeutic effectiveness, and operational longevity. We provide the advanced thermal solutions that engineers trust to protect sensitive components and ensure flawless performance.
Solving the Toughest Thermal Challenges in Medicine
We understand the unique demands of the medical field.

High Power Density
Effectively dissipating intense heat from compact, powerful components like laser diodes and processors.

EMI Shielding & Low Interference
Maintaining exact temperatures required for sensitive diagnostics, DNA sequencing, and laser stability.

Rapid Prototyping & Time-to-Market
Accelerating your device development cycle with rapid thermal simulation, prototyping, and collaborative engineering support.
Our Core Solutions for Medical Devices
Tailored thermal technologies for every medical application.
For the most demanding, high-heat-flux applications, our liquid cold plates provide unmatched thermal performance. By circulating fluid directly to the heat source, we can manage extreme heat loads in a compact form factor, enabling more powerful and efficient medical systems.
Ideal Applications:
- MRI Gradient Coil Cooling
- CT and PET Scanner X-Ray Tubes & Detectors
- Surgical & Aesthetic Laser Systems
- DNA Sequencing & Genomic Analysis Platforms
- High-Power RF Amplifiers for Imaging
Our custom-designed heat sinks offer highly reliable and cost-effective cooling for a wide range of low-to-moderate power applications. Using advanced simulation, we optimize fin geometry and material selection for passive or active air cooling that fits perfectly within your device constraints.
Ideal Applications:
- Patient Monitoring Systems
- Ultrasound and Diagnostic Equipment
- Surgical Power Supplies and LED Lighting
- Ventilators and Infusion Pumps
- Laboratory and Analytical Instruments
Engineered for Medical Excellence
We combine advanced technology with deep engineering expertise to deliver solutions you can rely on.This section showcases your company’s specific technologies. The content below is a best-practice example.
Advanced Friction Stir Welding (FSW)
Our FSW process creates robust, monolithic, and leak-proof cold plates. This advanced joining technology is critical for medical devices, eliminating the risks of contamination or damage to sensitive electronics from coolant leakage, ensuring maximum reliability and uptime.
Embedded Tube Liquid Cold Plates
We work as an extension of your team. Our engineers use advanced Computational Fluid Dynamics (CFD) to model and validate thermal performance early in the design phase, reducing development time, minimizing costly prototypes, and ensuring optimal performance from day one.
Quality Systems & Material Traceability
We operate under a rigorous quality management system (e.g., ISO 9001). We provide full material traceability and stringent testing protocols to meet the high standards of the medical device industry, giving you confidence in every component.
Medical Equipment Cooling Application Spotlights
See how our solutions empower leading medical technologies.
Diagnostic Imaging (MRI)
Challenge: Extremely high heat loads from gradient coils require consistent, powerful cooling to ensure clear image resolution.
Solution: Custom-engineered, large-format liquid cold plates with optimized flow paths to maximize heat dissipation and maintain thermal stability.
Medical Imaging (CT & X-Ray)
Challenge: The anode of an X-ray tube generates massive amounts of waste heat, which can shorten its lifespan, degrade image quality, and cause costly system downtime.
Solution: A custom liquid cold plate designed to mount directly to the tube housing, efficiently extracting and dissipating heat to ensure stable, continuous operation and maximum tube life.
Genomic Analysis
Challenge:The polymerase chain reaction (PCR) process requires rapid thermal cycling with extreme temperature accuracy.
Solution: A custom heat sink and thermoelectric assembly providing fast, precise heating and cooling for accurate DNA sequencing results.
Engineering Insights and Resources for Medical Cooling Solutions
Dive into our engineering insights and medical thermal solutions resources for a deeper understanding of thermal management in medical devices, from regulatory considerations to cutting-edge cooling technologies.