IV-10

Long-catheter infusion set assembly machine

It is used for the automated assembly of various infusion set products, particularly well-suited for long‑catheter‑type devices. The equipment enables integrated multi‑step operations, including material feeding, connection, assembly, and inspection, ensuring reliable and consistent product connectivity, and is applicable to the production of multiple product specifications.

IV-X

Custom X-piece long-tube assembly machine

This machine is fully equipped with Japanese‑imported PLC electrical components for control, variable‑frequency drive speed regulation, fiber‑optic photoelectric sensing, and a Taiwan‑made touch screen interface, enabling fully computerized, intelligent operation.

SQ-60

Automatic Dropper Assembly Machine

Suitable for the automated assembly of dropper bottles and similar packaging products, it can perform processes such as feeding, press-fitting, and cap‑screwing. The equipment features a robust structure, simple operation, and compatibility with multiple bottle specifications.

SQ-61

Latex Tube Two-Way Assembly Machine

This machine is equipped with an imported Mitsubishi PLC from Japan for circuit control, a Weilun touch screen from Taiwan for operation, fiber-optic photoelectric sensing, automatic stop when no material is present, and automatic start when material is detected.

SQ-62

Flow Regulator Assembly Machine

Equipped with microcomputer control and photoelectric‑controlled drag rollers, the system features SMC pneumatic cylinders from Japan, automatic stop when no material is present, low power consumption, a compact footprint, stable performance, and simple operation. Its sleek design significantly enhances product quality and production efficiency. The equipment integrates automated components for feeder loading, precise positioning, automatic tube insertion, snap‑fit crimping, roller assembly, sliding‑test verification, flow‑rate adaptation inspection, automatic rejection of defective parts, and finished‑product collection—fully automating the entire process. Specifically optimized for the regulator’s sliding mechanism, the assembly process eliminates issues such as wheel jamming, looseness, and misalignment. Following assembly, the rollers rotate smoothly, locking positions are accurate, and flow regulation remains stable and consistent, enabling long‑term, high‑speed continuous operation while seamlessly integrating into the complete infusion set assembly and packaging lines.

SQ-64

Needle‑and‑empty‑pass assembly machine for infusion tubing

This machine can be configured for either two-way single-head assembly or two-way double-head assembly.

SQ-65

Infant Dropper Bottle Top/Bottom Assembly Machine

This machine is fully equipped with Japanese‑imported PLC electrical components for control, variable‑frequency drive speed regulation, fiber‑optic photoelectric sensing, and a Taiwanese touch‑screen interface, enabling fully computerized, intelligent operation.

SQ-67

Customized Children’s Dropper Assembly Machine

This machine is fully equipped with Japanese‑imported PLC electrical components for control, variable‑frequency drive speed regulation, fiber‑optic photoelectric sensing, and a Taiwan‑made touch screen interface, enabling fully computerized, intelligent operation.

Nebulizer Cup Assembly Machine

This machine integrates the feeding, assembly, inspection, and unloading of multiple components—such as the cup body, snap-on lid, core, and sealing ring—into a seamless, synchronized process across multiple stations arranged in a circular or linear configuration.

Centrifugal Pump Cover Assembly Machine

The equipment enables fully automated operation across the entire process: automatic positioning of the pump base, automated feeding of the top cover, automatic arrangement of sealing rings, precise alignment, servo‑controlled constant‑pressure assembly, snap‑fit locking, leak testing for seal integrity, pressure verification, rejection of defective parts, and final product collection. Specifically optimized for the precision fit of centrifugal pumps, this system eliminates issues such as top‑cover misalignment, deformation of sealing rings due to excessive compression, and oversized assembly gaps, ensuring high concentricity and tight mating. With no manual intervention throughout the process, it delivers stable cycle times, can operate as a standalone unit, or seamlessly integrate into an end‑to‑end production line for coordinated assembly and packaging.

Three-way valve assembly machine

The equipment integrates automated feeding of three-way valve bodies, sorting of plug‑in components, automatic placement of sealing rings, precise alignment, servo‑controlled constant‑pressure assembly, snap‑fit locking, smoothness‑of‑rotation testing, leak‑testing for air tightness, rejection of defective parts, and finished‑product collection—completing the entire process in a fully automated workflow. Specifically optimized for the precision mating structure of the three-way valve’s spool, the assembly process intelligently corrects the orientation of the O‑ring, eliminating issues such as distortion, misalignment, and inadequate sealing pressure. This ensures smooth spool rotation, clear gear‑shift engagement, and tight sealing. With no manual intervention throughout, the system maintains a stable cycle time, enabling standalone operation or seamless integration into end‑to‑end fluid‑consumable assembly and packaging lines for mass production.

Filter membrane assembly machine

The filter‑membrane assembly machine is specially designed for the automated feeding, pressing, and assembly of filter membranes and their accompanying components, offering a high degree of automation. It can automatically perform the entire process—from membrane loading and shaping to alignment, press‑fitting, and product discharge. The equipment delivers precise positioning and uniform, robust sealing; the assembled products exhibit excellent flatness, superior sealing performance, and consistent specifications. With smooth operation and a low failure rate, it features a compact structure, simple commissioning, and quick model changes, making it suitable for the mass production of filter membranes in various sizes. By significantly reducing manual intervention, it enhances assembly efficiency and yield, and is ideal for the automated assembly of filter‑membrane modules in industries such as water purification, home appliances, and kitchen & bathroom applications.