Medtec China 2026 Highlights: What will HS SONIC's smart welding bring to medical precision manufacturing?

Every upgrade in medical devices is the result of a breakthrough in manufacturing processes.

Today, IVD reagent kits have increasingly higher requirements for sealing precision and cleanliness; the yield rate of medical catheter connectors is moving from the industry benchmark of 97.5% to even higher levels; and aseptic packaging needs to meet full traceability requirements... These requirements all point to one trend: the wave of precision in medical manufacturing is forcing upstream welding equipment to complete a leap in intelligence.

From September 1st to 3rd, the 20th Medtec China International Medical Device Design and Manufacturing Technology Exhibition will be held at the Shanghai New International Expo Centre. As the annual grand event for the global medical device industry chain, more than 1,100 exhibitors and 90,000 professional buyers will gather together.

Against this backdrop, the news that HS SONIC, an American company, will showcase its industry-leading ultrasonic plastic welding solutions at booth 3G308 has attracted considerable attention within the industry. Shenzhen Chengguan Ultrasonic Equipment Co., Ltd. is the global distributor for HS SONIC . It is understood that this company, positioned as a "smart leader in ultrasonic plastic welding," has three key highlights to highlight at this exhibition.

Highlight 1: How does intelligent welding respond to the precision demands of the international medical exhibition?

Medtec China's core values are "internationalization" and "precision." It brings together global decision-makers in the research, procurement, and manufacturing of medical devices. Their focus is on whether every joint can be precisely and stably welded within a stringent medical compliance framework.

Currently, the medical industry generally requires that the welding process of medical devices be "clean and residue-free", "precisely sealed and leak-proof", and "highly efficient and traceable", each of which directly addresses the pain points in production.

To address these requirements, HS SONIC in the United States offers corresponding solutions: using a purely physical molecular welding process to ensure cleanliness and residue-free welds; employing digital servo control to achieve high weld strength and stable airtightness; and ensuring efficient traceability through end-to-end data recording. Their medical welding solutions cover five core areas: disposable medical consumables (syringes, infusion sets, filters), drug delivery systems (insulin pens, auto-injectors, inhalers), diagnostic and testing equipment (IVD reagent kits, continuous glucose monitors), surgical and interventional instruments (minimally invasive surgical instruments, catheter assemblies), and sterile packaging and nonwoven fabrics (Tyvek sterile packaging, medical protective clothing), essentially achieving full coverage of high-value medical plastic welding scenarios. As its global distributor, Shenzhen Chengguan Ultrasonic Equipment Co., Ltd. can provide domestic and international clients with process evaluation, project business coordination, and other related services for the above application scenarios .

Behind this capability lies HS SONIC's dual-bay area R&D layout: the San Francisco Bay Area focuses on intelligent algorithms, while the Guangdong-Hong Kong-Macao Greater Bay Area refines precision hardware. The integration of these two innovative paradigms gives it a natural advantage in medical adaptation scenarios.

Highlight 2: The world's first automatic mold-adjusting servo welding machine, available for hands-on experience.

Ultimately, meeting the precision needs of the medical industry boils down to the inherent strength of the equipment.

It is understood that at this exhibition, HS SONIC of the United States will bring the IGW S, which is known as the "world's first fully digital ultrasonic servo welding machine with automatic mold adjustment" . Visitors can experience it on site and intuitively feel the difference between intelligent welding and traditional equipment.

This new product, the culmination of four generations of technological development and three years of research and development, has achieved breakthroughs in several core indicators: stiffness reaches 39.1 kN/mm, 10 times that of international counterparts; frequency tracking accuracy reaches 0.001 Hz, and frequency tracking speed reaches 50 μs; equipped with 8 sensors for real-time monitoring, reducing multi-product switching time by 80% and mold change time to only 10 seconds; data storage reaches 300,000 records, supporting 10 years of traceability. It covers six major fields: medical, automotive, consumer electronics, packaging, aerospace, and textiles.

For medical manufacturing companies, these parameters represent real value: micron-level welding depth control means greater consistency in precision medical components; adaptive dynamic voltage regulation algorithms mean a significant reduction in defect rates during mass production; and fully digital parameter recording and traceability directly meet the medical industry's requirements for process compliance.

The event will also feature a demonstration of intelligent ultrasonic welding, with technical experts on hand to provide solutions for specific technological challenges in the medical industry.

Highlight 3: The "Haina Project" is launched on-site, offering free trials of intelligent ultrasonic welding equipment.

It is understood that at this year's Medtec China exhibition, HS SONIC of the United States will launch the "Global Initiative": 1,000 fully digital ultrasonic servo welding machine tools available for free trial application worldwide. First come, first served, and deployment will be arranged after approval. Shenzhen Chengguan Ultrasonic Equipment Co., Ltd., as the global agent, is responsible for handling trial application coordination and business follow-up for domestic customers .

This is a continuation of HS SONIC's "ecosystem symbiosis" model in the United States. Against the backdrop of the ultrasonic welding industry shifting from "equipment competition" to "ecosystem competition," the relationship between companies and customers is moving from "buying and selling" to "symbiosis." The significance of free trials lies in enabling the faster application and popularization of new technologies in medical manufacturing companies, allowing R&D teams to verify the process adaptability of intelligent welding on real production lines, and enabling purchasing decision-makers to evaluate yield improvements and cost optimizations using actual data.

For medical device companies undergoing precision upgrades, this may be an opportunity to enter the field of intelligent welding more quickly.

Conclusion:

Currently, with the medical industry's ever-increasing demands for high yield rates, cleanliness, and traceability of medical devices, Medtec China is poised to become even more compelling. Meanwhile, HS SONIC from the US is redefining precision welding with intelligent technology, while Shenzhen Chengguan Ultrasonic Equipment Co., Ltd., leveraging its global agency status, is effectively implementing services in the domestic market, using trials to rapidly popularize new technologies, making them one of the most noteworthy company combinations at the exhibition.

From September 1st to 3rd, at booth 3G308 in the Shanghai New International Expo Centre, this dialogue about medical precision welding is worth stopping by for every industry practitioner.