YZZ-6

Auto-injector assembly machine

This fully automated assembly system is designed for single-use syringe products, enabling integrated operations across multiple processes, including material feeding, assembly, and inspection. The equipment delivers stable performance and high production efficiency, supports a wide range of product specifications, and can be customized to meet specific customer requirements, making it widely applicable in the medical device manufacturing sector.

YZZ-7

Two-piece syringe assembly machine

This machine is dedicated to two-piece syringes available in 2, 3, 5, 10, and 20 mL sizes. It can assemble standard‑type, screw‑cap, and angled‑tip syringes, followed by negative‑pressure testing of the finished products.

YZZ-8

High-speed syringe assembly machine

A high-speed syringe assembly system designed for mass production, offering high throughput and exceptional stability. The system enables continuous automated manufacturing, supports multiple product specifications, and meets the demands for both high efficiency and superior quality.

SY-51

Syringe printing screen printer

Screen printing for syringe graduations and markings offers excellent print accuracy and stability. The equipment is suitable for products of various specifications, is easy to operate, and meets the medical industry’s requirements for clear and consistent labeling.

SY-52

Automatic Circular-Surface Screen Printer for Syringes (Centrifugal Type)

This equipment can perform scale printing, drying, silicone oil spraying, and other processes on syringe sleeves of various specifications. It features PLC control, an LCD display, speed regulation via a Panasonic variable-frequency drive from Japan, and photoelectric monitoring. It consumes low power, automatically stops when materials run out, automatically resumes feeding when replenished, operates at high assembly speeds, and delivers stable performance, thereby ensuring product quality and production efficiency.

SY-54

High-speed rotary printing machine for syringes

The rotary printing process enables high-speed, continuous printing, making it ideal for large-scale production. The equipment operates reliably, delivering crisp, uniform print quality and boosting overall production efficiency.

DPA-400

Soft/Hard Blister Packaging Machine

Suitable for soft- and hard‑blister packaging of various medical and daily‑use products, this equipment enables automated forming, feeding, sealing, and cutting. It operates with high stability, accommodates multiple product specifications, supports flexible customization, and is widely used in the medical, pharmaceutical, and consumer goods industries.

DPA-200

Syringe Blister Automatic Feeder

This machine employs Mitsubishi PLC programming to control Mitsubishi equipment and Delta servo motors, coupled with photoelectric sensors, to ensure production efficiency.

DPA-100

Inkjet coding machine

Inkjet coders can precisely print dates, barcodes, and other information on a wide range of materials—including plastic, metal, and paper—on high-speed production lines in a non-contact manner. They offer fast printing speeds and allow flexible adjustment of character height. Additionally, they support variable-data printing, facilitating product traceability, while delivering non-contact, high-speed marking that is both versatile and widely applicable.

DPA-300

Automatic needle feeding machine

This machine achieves full-process automation, from bulk needle bodies to orderly placement, completely replacing manual needle‑arranging operations.

Blood-gas spray device

The device integrates automated liquid delivery, high‑pressure precision atomization, quantitative and accurate spraying, constant‑pressure output regulation, self‑cleaning of residual liquid, and fully automated start/stop control. Utilizing micron‑level atomization technology, it produces fine, uniformly sized droplets with a precisely controllable spray pattern—eliminating overflow and dry‑spraying—and can accurately meet the impregnation requirements of blood‑gas analysis consumables. The spray dosage is stable and consistent, supporting continuous cyclic operation and seamless integration with automated testing lines. Designed for precise spray‑impregnation of blood‑gas test strips and carriers, it addresses issues such as uneven manual application, dose variability, sample contamination, and low efficiency. With its accurate dosing and finely uniform mist, this specialized automated equipment is tailored for use in blood‑gas analysis systems.

Automatic silicone oil spraying equipment

The automatic silicone‑oil spraying system is a fully automated, precision‑controlled dispensing device specifically designed for the production of medical consumables. It is primarily used to apply a uniform layer of medical‑grade silicone oil to the inner surfaces of syringes, plungers, plastic tubing, and other components, enhancing product lubricity, reducing insertion and extraction resistance, and addressing issues such as uneven coating thickness, oil pooling, insufficient oil coverage, and product contamination that can arise with manual application. The equipment integrates end‑to‑end automation, including automatic material feeding, precise positioning, quantitative oil delivery, fine‑mist atomization, even coating, residual‑liquid filtration, exhaust‑gas purification, and automatic reset. Leveraging low‑pressure micron‑level atomization technology, it produces an exceptionally fine silicone‑oil mist with highly uniform deposition, enabling pinpoint coating on the interior walls of syringes—without dripping, pooling, or uncoated areas. Spray volume is precisely controllable, allowing seamless integration with high‑speed assembly lines and supporting extended, continuous, unmanned operation.