Product Introduction

The APM model is tailored for syringe screen printing and automatic assembly. It supports customizable feeding systems for different syringe sizes and integrates servo-driven operations with rotary platforms. This high-performance machine handles automatic feeding, printing, drying, and assembly in a streamlined process..

Core Advantages

1. Integrated Printing & Assembly
One machine handles both printing and assembly, streamlining production and reducing labor costs.

2. Customizable Feeding System
Adaptable for various syringe sizes to support flexible and continuous production.

3. High Productivity
Outputs 40–50 pcs per minute, ideal for medium- to high-volume manufacturing.

4. Precision Printing
Supports up to 300mm print length for syringes up to Ø90mm in diameter and 160mm in height.

5. Stable & Reliable Operation
Operates at 6–7 bar air pressure with 380V 3-phase power supply for continuous industrial use.

Technical Parameters

Parameter	Value
Speed (pcs/min)	40–50
Max. Product Size	Ø90mm, H: 160mm
Max. Print Length	300mm
Air Pressure	6–7 bar
Power Supply	380V, 3 phases

Application Scenarios

Ideal for use in medical device manufacturing plants, this machine is suitable for:

1. Disposable syringes

2. Safety syringes

3. Blood collection tubes and related products

FAQ

1. What products is this machine suitable for?
✅Mainly used for printing and automatic assembly of various syringes and their consumables.

2. Is the feeding system customizable?
✅ Yes, the feeding system can be customized according to different syringe sizes to improve compatibility and efficiency.

3. Does the equipment support multi-specification conversion?
✅ Yes, it has a quick mold change design and is suitable for a variety of syringe models.

4. Is the operation complicated?
✅ The operation interface is user-friendly and equipped with an intelligent control system to simplify settings and adjustments.

5. How high is the production capacity?
✅It can process 40–50 products per minute, which is suitable for large-scale continuous operations.