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Solutions for system integration and applied materials
Founded in Taichung, Taiwan, SunRising Associate has spent over 18 years refining the craft of high-precision manufacturing across four core disciplines.
Our capabilities span polishing process engineering, heat sink module design, composite material forming, and UAV structural component manufacturing. Each discipline wasn't chosen — it was earned through real-world demand and years of hands-on development.
Three dedicated facilities. In-house processes. Direct delivery. We don't outsource the critical steps because quality isn't something you can delegate.
Three dedicated facilities. Four core disciplines.
Everything manufactured in-house from start to finish.
Our primary production base. Houses the full polishing process line and heat sink mass production, serving high-volume industrial and automotive clients.
Dedicated to composite material forming and post-processing. Equipped with high-pressure compression molding systems for aerospace and industrial-grade applications.
R&D and manufacturing hub for UAV structural parts and precision assemblies — from prototype to small-batch production under one roof.
Aluminum extruded and copper heat sinks for power modules, industrial controllers, and automotive electronics. Custom dimensions and surface treatments available.
Thermal Management
Metal polishing to controlled Ra values. Suited for semiconductor equipment, optical elements, and medical device surface finishing.
Polishing Process
Prepreg hot-press molding. Lightweight and high-strength, used in UAV airframes, industrial robotic arms, and high-performance sports equipment.
Composite Material
In-house developed carbon fiber and aluminum alloy composite frames. Vibration-resistant, lightweight, compatible with major flight control systems. OEM customization supported.
UAV Components
Integrated modules combining heat sinks, thermal interface materials, and heat pipes. Designed for high-power LEDs, servers, and 5G base station equipment.
Heat Sink Module
CNC turn-mill composite machining to ±0.01 mm tolerance. Applied in aerospace structures, automation equipment, and precision instruments.
CNC Machining
From material selection to forming process — developed entirely in-house.
Delivering lightweight, high-strength composite solutions for full UAV airframes.
Carbon fiber prepreg hot-press molding for UAV fuselages, wing surfaces, and load-bearing structures. High strength-to-weight ratio engineered for demanding flight conditions.
Integrated grinding, polishing, and coating operations after forming. Ensures dimensional accuracy and finish quality to aerospace-grade delivery standards.
From prototype validation to small-batch delivery — full tooling development and process planning included. OEM customization supported.
Engineering team reviews specs, load conditions, and application environment before any material or process is selected.
Matching structural, thermal, and weight requirements to the right composite or metal alloy from our in-house material inventory.
Polishing, CNC machining, composite forming, and heat sink fabrication — all executed across our three dedicated facilities.
Components assembled and integrated into complete modules or structural systems. Fit, tolerance, and function verified at every stage.
Load testing, dimensional inspection, and surface verification before shipment. Every unit quality-cleared before it leaves the floor.
From airframe design and carbon fiber layup to precision CNC integration — every UAV component developed and manufactured in-house across three dedicated facilities.
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Advanced unmanned aerial vehicle solutions integrating precision hardware, intelligent control systems, and mission-specific payloads for commercial and defense applications.
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Cross-disciplinary signal and structural integration research, bridging RF performance with precision mechanical design for next-generation system applications.
Learn MoreWhether you have a sourcing inquiry, a technical collaboration in mind, or need product specifications — reach out directly. Our engineering team responds within two business days.