Orienson has newly undertaken the hardware stamping project for SKG K5-2 eye mas - Company news - Dongguan City ORIENSON Hardware Electrical Co.,Ltd.

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Orienson has newly undertaken the hardware stamping project for SKG K5-2 eye mas

Orienson Undertakes SKG Group's K5-2 Eye Massager Project

I. Project Background

As a well-known wearable health product brand under Future Wearable Health Technology Co., Ltd., SKG has been adhering to the brand philosophy of "Dare to be different, only for better" since its establishment in 2007, committed to making everyone younger and healthier through the power of technology. Its business is extensive, deeply rooted in five major health fields: massage technology, sports equipment, health care, healthy home furnishing, and personal care. The products have successfully entered more than 50 countries and regions worldwide, achieving a comprehensive global strategic layout.

In the field of massage technology, SKG has made remarkable achievements, ranking first in global smart massager market sales for three consecutive years (data source: Sullivan Consulting, 2022-2024). With nearly 2,000 patented technologies and numerous domestic and international design awards, such as the German Red Dot Design Award and Hannover Industrial Design Award, SKG has become a leader in the health technology industry. The newly launched K5-2 eye massager project is another innovative exploration of SKG in the field of eye care, aiming to provide consumers with a higher-quality and more efficient eye massage experience.

Orienson, relying on its professional capabilities and rich experience in product manufacturing, has successfully reached a cooperation with SKG Group to undertake the K5-2 eye massager project, jointly committed to creating an eye massage product with excellent quality and unique functions.

II. Surface Treatment Processes

(A) Laser Engraving Process

Principle: Laser engraving, also known as laser marking, is a surface treatment process based on optical principles. By irradiating the product surface locally with a high-energy-density laser beam, the surface material is instantly vaporized or undergoes color changes, thereby clearly and accurately forming permanent patterns, texts, or logos. In the production of K5-2 eye massagers, laser engraving technology is mainly applied to parts such as the product shell and buttons. Laser engraving the brand logo "SKG" and product model "K5-2" on the shell not only enhances the product's recognition but also highlights the brand image; laser engraving function identifiers in the button area, such as "On/Off", "Mode Switch", "Heat Adjustment", etc., facilitates user operation, allowing accurate identification even in dimly lit environments.

Advantages:

High Precision: Advanced laser engraving equipment can achieve micron-level engraving precision, ensuring that even fine lines, complex patterns, and tiny text logos on the massager can be clearly and accurately presented, meeting the requirements for exquisite product appearance. For example, the decorative patterns on the massager shell have smooth lines and rich details, enhancing the overall aesthetics of the product.

High Durability: The marks formed by laser engraving have extremely high wear resistance and corrosion resistance, far superior to traditional printing or sticker labels. Even if the massager frequently rubs against hands, clothes, etc., during daily use, or is eroded by chemical substances such as sweat and cleaning agents, the laser-engraved marks can still remain clear and intact, effectively ensuring the brand image of the product and the durability of the instructions for use.

High Efficiency: Compared with traditional engraving processes, laser engraving does not require cutting tools, avoiding time and cost consumption caused by tool wear and replacement. It can quickly complete mass production tasks, meet SKG's large-scale production needs for K5-2 eye massagers, improve production efficiency, and reduce production costs.

Non-contact Processing: During the laser engraving process, the laser beam has no direct contact with the product surface, which will not cause mechanical damage to the product. It is especially suitable for eye massager products with extremely high surface quality requirements, ensuring that the product's appearance and performance are not affected.

Application Cases: Laser engraving technology is widely used in the electronics field. For example, mobile phone back covers are engraved with brand logos, models, and some decorative patterns through laser engraving technology to enhance the product's aesthetics and recognition; the characters on computer keyboard keys are also realized through laser engraving technology, which has good wear resistance, and the characters will not be blurred after long-term use. The application of laser engraving technology on the K5-2 eye massager, similar to these electronic products, can achieve equally excellent results and improve product quality.

(B) Polishing Process

Principle: Polishing is a processing method that uses polishing tools and abrasives to perform micro-cutting and friction on the product surface under a certain pressure, so as to reduce surface roughness and improve surface flatness and finish. In the production of K5-2 eye massagers, polishing treatment is carried out on metal parts, such as the metal part of the massage head, the metal frame of the internal structure, and some plastic shells.

Advantages:

Improving Surface Quality: After polishing, scratches, sand holes, defects, etc. on the product surface are effectively removed, making the surface smoother and flatter. For parts of the massager that are in direct contact with the skin, such as the surface of the massage head, a smooth surface can reduce friction on the skin, avoid skin discomfort during the massage process, and at the same time improve the texture and grade of the product.

Enhancing Aesthetic Appeal: The polished surface presents a uniform and delicate luster, making the product's appearance more beautiful and elegant. Both the metallic luster of metal parts and the soft texture of plastic parts can be significantly improved through the polishing process, meeting consumers' aesthetic needs for product appearance.

Improving Material Performance: For metal parts, the polishing process can improve the organizational structure of the metal surface to a certain extent, increase surface hardness and wear resistance, and extend the service life of the product. At the same time, a uniform surface state is conducive to subsequent surface treatment processes, such as electroplating and painting, enabling the coating to adhere more uniformly and improving the adhesion and protective performance of the coating.

Application Cases: In high-end watch manufacturing, parts such as watch cases and straps are usually subjected to fine polishing to show high-quality metallic luster and delicate texture. Some decorative parts in automobile components, such as wheel hubs and door handles, also use polishing processes to improve their appearance quality. The application of polishing technology in the K5-2 eye massager draws on the experience of these mature industries, which can effectively improve the appearance and quality of the product.