R&D Capability and Services

Amulaire provides cutting-edge technology to meet customers’ needs.

Leading Technology

Amulaire has the professional skill set to meet customers’ needs from design, optimization, sampling, new product introduction to mass production.

Amulaire

Leader of MIM Technology

Mold Design and Manufacturing:

The Amulaire mold development team has development experience of over 10 years. The mold design and manufacturing processes are all accomplished internally to ensure mold quality and scheduling.

Product Design and Analysis:

In Amulaire’s Design Team, we have gathered talents with over 10 years’ experiences in heat dissipation and other related fields. We’ve also been working on electric vehicles for more than 7 years. That’s the reason why we can offer optimized designs and analysis results rapidly and customized designs as per the requirements to meet various needs.

Process Planing
and Verification:

There are talents with machining, materials science and chemical engineering related expertise in Amulaire’s Process Team. Most of them have engineering experiences for over 10 years, making it possible for them to make an integrated processing plan and undergo verification. Our R&D team can also offer corresponding planning and verification services if the customer has any specific requirements.

Future Perspectives

The light-weighting method for heat dissipation products has become our key of development in response to the development requirements of electric vehicles. The directions of current development are:

Keep Introducing Innovative Designs

Amulaire has developed innovative designs, such as NanoPinTM, Non-linear Fin, U-cup Fin and I-cut Fin, and obtained the corresponding patents. They are all for the purpose of offering better heat dissipation performance, lower flow resistance and lighter cooling fins. Amulaire is your best choice to fulfill these automotive requirements. We will continue to introduce innovative designs in the future and provide better heat dissipation products.

Aluminum Process Development

Weight is one of the key factors of the automotive parts, hence cooling fins made of aluminum always play an important role. Currently, Amulaire uses aluminum forging and aluminum welding technologies to manufacture cooling plates. We will also dedicate ourselves to the process development of aluminum composite material to offer customers more choices.

Heat Dissipation Structure with New Patterns

Except for the cooling plate inside the thermal module for automobiles, there are special layers of heat dissipation structures between the cooling plate and the heat source. The thermal conductivity, insulativity and long-term reliability of these structures should be considered. Amulaire has devoted itself to the R&D process, developing new patterns of heat dissipation structures based on the characters of cooling plates to satisfy customers’ demands of using thermal modules for automobiles.

R&D Team

The team consists of talents with over 10 years of experience in heat dissipation and other related fields

Educational background

Work experience

Expertise

Facilities

Dispersive Spectrometer

EDS

HIPOT tester

High Potential Tester

Solid Edge

Scanning Electron Microscope

SEM

ProcessingMold processing

WEDM

NX CAM

ProcessingMold processing

EDM drill

ProcessingMold processing

CNC milling machine

TestingReliability test

Constant temperature & humidity chamber

TestingHeat transfer coefficient test

Laser thermal conductivity analyzer

TestingDensity test

True density analyzer

TestingSpecific surface area test

Surface area analyzer

TestingCoefficient of thermal expansion test

Dilatometer

TestingSealing test

Helium leak detector

TestingThermal performance test

Measurement device for the thermal performance of the water-cooled plate

SoftwareMachining simulation software

PowerMILL software

Software3D drawing

SolidWorks

SoftwareThermofluid simulation and analysis

Flow Simulation

Software2D drawing

AutoCAD

Patent Certificates

Amulaire has been granted patents in different countries

US10015907B2 Heat Dissipating Device
發明第I611853號:摩擦攪拌焊接裝置、以及摩擦攪拌焊接方法
發明第I320692號-顯示卡之水冷散熱模組裝置
新型第M566403號 IGBT模組散熱結構
新型第M484133號-複合式散熱裝置
新型第M519388號-散熱裝置