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We provide robotic applications and intelligent manufacturing solutions for industrial production processes in various industries, aiming to significantly reduce production and operation costs.

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Mr. James Zhang: 20 Years of Global Expansion, A New Stage for YIZUMI
2026-05-11
Mr. James Zhang: 20 Years of Global Expansion, A New Stage for YIZUMI
YIZUMI CONNECT Day 2 | Global Partners Witness YIZUMI Evolution
2026-04-21
YIZUMI CONNECT Day 2 | Global Partners Witness YIZUMI Evolution
Evolve Beyond Limits | YIZUMI CONNECT 2026 Opens
2026-04-20
Evolve Beyond Limits | YIZUMI CONNECT 2026 Opens
What is Cleanroom Injection Molding?
2026-05-14
What is Cleanroom Injection Molding?
Cleanroom injection molding is a controlled plastic manufacturing process designed to minimize contamination while ensuring high part precision. It is widely used in medical, pharmaceutical, diagnostic, semiconductor, and optical applications, combining cleanroom environments, automation, material control, and process validation to improve product safety, quality, and consistency.
Vertical vs Horizontal Injection Molding Machine: Features, Pros, Cons, Applications, and How to Choose
2026-05-14
Vertical vs Horizontal Injection Molding Machine: Features, Pros, Cons, Applications, and How to Choose
Injection molding machines can be designed in different layouts to suit different production needs. Vertical machines focus on insert molding, overmolding, and compact production cells, while horizontal machines are better for high-speed, automated, and large-mold applications. Choosing the right type depends on part design, production volume, automation plans, and cost targets, with solutions available from YIZUMI.
How to Mitigate Risks in Plastic Injection Molding Operations
2026-05-14
How to Mitigate Risks in Plastic Injection Molding Operations
Plastic injection molding risk reduction depends on controlling the entire production system rather than reacting to defects. By managing material quality, ensuring machine stability, optimizing mold design, establishing stable process windows, monitoring quality during production, performing preventive maintenance, and standardizing operator practices, manufacturers can improve part consistency, reduce scrap, limit downtime, and achieve more reliable, cost-efficient high-volume manufacturing.
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