Industrial Instrument Design

On November 10, 2025, the Aikem team and the Rayboen team conducted detailed planning and communication regarding medical product processing orders. Mr. Zhang, the company’s Project General Manager, personally led the Quality Manager and Business Manager to accompany the client throughout the process, providing the most professional services and guidance. The Aikem team spoke highly of Rayboen’s production equipment and process flow. This exchange is not only a cooperation negotiation, but also an opportunity to achieve complementary advantages and coordinated development at the industrial chain level. We will join hands to explore the future development of the medical industry and realize win-win cooperation! The arrival of the Aikem team at our factory kicked off a splendid exchange tour! The team first visited the Testing Department to inspect our advanced automated testing equipment on site, including engineering design and 3D testing auxiliary equipment, and gained a comprehensive and in-depth understanding of every detail and precision. Subsequently, the team visited the EDM Processing Workshop and the Mold Assembly Workshop one after another to experience the unique charm of mechanical operation firsthand. They also visited the Design Department and Quality Inspection Room to explore the exquisite craftsmanship behind each product. Finally, the Aikem team walked into the Medical Injection Molding Workshop, conducted in-depth exchanges and interactions with our side, and put forward many valuable feedback and suggestions. This visit not only allowed the distinguished guests to intuitively feel our factory’s efficient operation mode and professional management system, but also demonstrated the Aikem team’s ultimate pursuit of quality, technology and innovation. This exchange tour is not only a visual feast, but also a knowledge feast of ideological collisions and inspired inspiration!

On January 13, 2026, Rayboen was approved as a Specialized, Sophisticated, Unique and New Small and Medium-sized Enterprise. Recently, Shenzhen Rayboen Plastic MoldCo., Ltd. has been awarded the title of Specialized, Sophisticated, Unique and New Small and Medium-sized Enterprise, which fully demonstrates the company’s strong strength in technological innovation and professional manufacturing. The company specializes in product development and structural design, mold scheme design and processing, molding technologies including injection molding and ultrasonic welding, as well as product assembly. It has a professional technical team with more than 15 years of industry experience, and is equipped with advanced production and testing equipment such as CNC precision machine tools and all-electric high-speed injection molding machines. Adhering strictly to cleanliness and safety standards, the company is committed to becoming a reliable and trusted provider of integrated plastic mold solutions in the industry.

Product Assembly: The Art of Turning Ideas into Reality The products you use in your daily life all depend on product assembly—a combination of precision, engineering, and craftsmanship. Product assembly is far more than just putting parts together. It starts with careful design and planning, turning ideas into detailed blueprints. The assembly line brought efficiency and mass production to the world, while skilled workers still add the essential human touch for quality and detail. Today, automation and robotics work alongside people to achieve speed, accuracy, and consistency. Lean manufacturing reduces waste and improves efficiency, while strict quality control ensures every product meets high standards. Modern assembly also supports customization to fit individual needs. Product assembly shapes many key industries: Electronics: Compact, high-performance gadgets. Healthcare: Reliable medical devices. Furniture & consumer goods: Functional, well-made daily products. Pet: Safe, comfortable products for pets. With growing focus on sustainability, assembly processes now use eco-friendly materials and energy-efficient methods. Looking ahead, new technologies like AI and advanced automation will make assembly even more efficient, flexible, and sustainable. Product assembly is the vital bridge between imagination and real life—turning concepts into the innovations we depend on every day.

In modern manufacturing, plastic products are popular due to their lightweight, durable, and easy to process characteristics. As one of the main methods of plastic processing, injection molding often determines the quality and performance of its products based on the raw materials used. So, what are the raw materials for injection molded plastic products? What are their unique performance characteristics? Next, let’s unveil the mystery of plastic together! 一、Definition of Plastic Plastic is a material primarily composed of synthetic or natural polymer compounds. Under specific temperature and pressure conditions, it can be molded into various shapes and can maintain its shape unchanged at room temperature. 二、 Composition and classification of plastics The main component of plastics is resin, and according to different types of resins, plastics can be divided into the following categories: Thermoplastic: This type of plastic can become soft and flow when heated, and then harden and maintain its shape when cooled. Common thermoplastic materials include polyethylene (PE), polypropylene (PP), polystyrene (PS), polyvinyl chloride (PVC), etc. Thermosetting plastics: These types of plastics can soften and flow when heated, but when heated to a certain extent, they will begin to undergo chemical reactions, forming an insoluble and non melting network structure. Common thermosetting plastics include phenolic resin (PF), epoxy resin (EP), etc. Universal plastics: These types of plastics have a large production capacity, wide applications, and low prices, such as polyvinyl chloride, polystyrene, polyethylene, etc. Engineering plastics: have certain metallic properties, can withstand certain external forces, and have good mechanical, electrical, and dimensional stability. Common engineering plastics include polyamide (PA), polycarbonate (PC), polyoxymethylene (POM), etc. Functional plastics: plastics with special functions such as radiation resistance, superconductivity, magnetic conductivity, and photosensitivity. For example, fluoroplastics, organosilicon plastics, etc.