Focusing on the core application requirements of PET, TUP has specially designed a complete set of PET machine solutions.
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Servo Hydraulic Injection Molding Machine
On December 14, the three-day 2024 Shenzhen International High-End Medical Device Exhibition came to a successful close at the Shenzhen Convention and Exhibition Center (Futian). Centered around the theme "Innovation · Empowering with New Quality," the event brought together leading medical device enterprises, research institutions, and healthcare organizations from both domestic and international markets. Covering an exhibition area of 22,500 square meters, it showcased cutting-edge innovations in high-end medical devices to a global audience.
At this industry, TUP (Booth No. 4C08) presented its all-electric medical specialty machine and injection molding solutions tailored for the medical sector.
At the exhibition, TUP introduced the ES320 all-electric medical specialty machine, designed specifically for the medical industry. With its innovative technology and exquisite craftsmanship, the machine attracted numerous visitors who stopped by for discussions and inquiries.
The on-site demonstration featured a 48-cavity PET blood collection tube, achieving an injection speed of up to 350mm/s and a mold opening/closing repeatability precision of <0.01mm. The complete medical automation packaging solution boasts a monthly output of 12 million units. Each product weighs 3.8g, is made from PET material, and has a molding cycle of just 9.4 seconds. The machine features full servo control, high precision, fast response, and zero contamination, meeting ultra-high standards of cleanliness and accuracy. In-depth exchanges with visitors further expanded cooperation horizons.
Looking ahead, TUP will continue to launch technologically innovative industry-specific machine series, consistently focus on industry events, and more accurately grasp industry development trends. By continuously enhancing technological innovation capabilities and brand influence, we are jointly stepping into a broader new chapter of injection molding.
