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Repair of Electronic Component Pin Molds: The Micro Precision Cladding Advantage of Daokedao Laser Cladding

The cavity size of electronic component pin molds is very small (minimum width ≤ 0.1mm), and tradit...

Thin walled injection mold deformation repair: low temperature cladding to ensure accuracy solution

Thin walled injection molds (such as mobile phone shell molds) are prone to deformation due to their...

Daoke Dao Laser Welding for Medical Ophthalmic Artificial Lens Shipping Cases: Sterile & Shock-Resistant

Ophthalmic artificial lens shipping cases require sterile and shock-resistant welding to protect len...

Hot product

Laser Quenching equipment

Perform phase transformation hardening treatment on the metal surface to improve the hardness, wear ...

Laser Cladding equipment

Used for surface strengthening, repair, and remanufacturing of components, the coating has high adhe...

3D Laser Cutting equipment

Flexible processing of complex curved sheet metal parts, with high cutting accuracy, fast speed, and...

Plastic Laser Welding equipment

Specially designed for seamless welding of precision plastic components, with a small heat affected ...

Daokedao Laser Cladding: Low Energy Consumption for Japanese Electronics Factories

Date：2025-09-28 11:17 Source：daokedao Browse：4

Japanese electronics factories prioritize energy efficiency to reduce carbon footprints. Daokedao’s laser cladding equipment stands out with its low energy design.

It uses a fiber laser with an energy efficiency of 35%—higher than the industry’s 25% average. A Tokyo electronics factory used it to coat 10,000 precision parts monthly: the equipment consumed 20% less electricity than its old machine, saving $12,000 in annual energy costs.

Despite low energy use, it doesn’t compromise performance: the coating’s surface roughness (Ra) is only 0.8μm, suitable for high-precision electronics components. For Japanese factories aiming for sustainability, this equipment balances efficiency and quality.

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