Core Mechanical Components

🔷Product Overview

• Stamped heatsinks are formed from sheet aluminum using progressive dies and presses that cut, bend and form fin arrays.
• They deliver a balance of thermal performance and cost advantages for LED lighting, power supplies, consumer electronics and appliance markets.

🔷Features

• Low unit cost at scale — optimized for medium-to-high production volumes.
• Repeatable geometry — high dimensional consistency across long runs.
• Design flexibility — various fin shapes, louvers and integrated mounting tabs.

🔷Technical Specifications

• Material: 1050 aluminum (custom alloys available)
• Sheet thickness: 0.3–2.0 mm (typical)
• Fin height: 2–40 mm (depends on design)
• Fin pitch: 0.5–6.0 mm (design dependent)
• Max strip width: up to 350 mm (replace per capability)
• Finish options: anodize, powder coat, plating
• Production rate: presses from 30–300 SPM (strokes per minute)

🔷Manufacturing Process

1. Design for manufacturability (DFM) & tool design
2. Progressive die manufacturing
3. High-speed stamping & forming
4. Secondary operations (bending, tapping, spot welding)
5. Surface treatment (anodize, coating, plating)
6. Quality inspection & packing

🔷Applications

• LED lighting
• Power supply & converter cooling
• Consumer electronics (set-top boxes, chargers)
• Household appliances (motors, inverters)

🔷Custom Order & Contact

• Custom Manufacturing to Your Specifications
  Our engineering team works closely with you. They ensure precise dimensions and optimal thermal performance. They also focus on cost-effective production.
• Send us your requirements today, and we’ll provide a tailored solution and competitive quotation.