From July 17 to 19, 2025, Wishsino Technology Co., Limited., a representative enterprise in China's precision manufacturing sector, was invited to participate in the Medlab Asia & Asia Health held in Kuala Lumpur, Malaysia. This participation not only marks the company's strategic layout in expanding application scenarios in the medical field but also opens up new paths for the innovative application of plastic and hardware products in medical equipment through in-depth exchanges with global medical industry elites.
As one of the largest medical industry events in Southeast Asia, this exhibition attracted over 400 exhibitors from more than 40 countries and regions worldwide, covering the entire industrial chain including medical devices, laboratory equipment, and medical consumables. Wishsino's participation aims to seize the strong demand for high-precision components in Southeast Asia's medical market and the opportunities brought by supply chain restructuring amid the trend of localized production of medical equipment.
Although Wishsino is traditionally known for components for commercial kitchen equipment, it showcased its medical-grade plastic and hardware solutions systematically for the first time at this exhibition, including:
The company's technical director stated at the exhibition: "The medical field has far higher requirements for material safety and processing precision than traditional industries. By introducing ultra-precision CNC machine tools and AI quality inspection systems, we have achieved a leap from 'mass production' to 'medical-grade precision manufacturing'. For example, the custom-made artificial joint components for an international client have passed third-party biocompatibility tests and are about to enter the clinical verification stage."
During the exhibition, the Wishsino team actively participated in the "Medical Precision Manufacturing Technology Forum" and conducted in-depth exchanges with technical experts from international giants such as Siemens Healthineers and Medtronic, summarizing three major industry trends:
Material innovation driving performance upgrading: Biodegradable materials and antibacterial coating technologies have become hotspots. For instance, medical-grade POM plastic raw materials can inhibit 99.9% of bacterial adhesion through surface modification.
Miniaturization and integration: Minimally invasive surgical instruments are developing toward the "millimeter level", requiring components to realize complex functions in extremely small volumes. For example, endoscopic forceps heads need to integrate force feedback sensors and drug release channels.
Equal emphasis on compliance and localization: Southeast Asian countries are gradually tightening access standards for medical devices. For example, Malaysia requires imported components to pass MDA certification, and Wishsino has already initiated the application process for relevant qualifications.
During the three-day exhibition, the Wishsino booth received more than 80 medical equipment manufacturers and distributors from Malaysia, Thailand, Indonesia, etc., with 30% expressing clear cooperation intentions. A representative from a Singaporean medical robotics company commented after experiencing the exhibits: "Chuangliheng's micro-gear components meet medical-grade precision standards, but their cost is 40% lower than that of European suppliers, which is crucial for us to optimize product pricing strategies."
Notably, Wishsino has reached a preliminary cooperation agreement with KPJ Healthcare, a local medical group in Malaysia, to customize core metal components for its operating table lifting systems. The project is expected to complete sample delivery by the end of 2025 and achieve mass production in 2026.
" The medical field will become Wishsino's next growth driver," said the company's general manager at the closing ceremony of the exhibition. "We plan to obtain ISO 13485 certification by 2026 and establish a technical service center in Malaysia to provide customers with full-chain services from material selection and mold development to mass production."
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