Overview

Metal water pipe joints are key components in plumbing and industrial fluid systems. Their precision and sealing integrity directly affect system safety and durability. Traditional manual inspection is inefficient and prone to inconsistency — that’s where Openex’s automated AI vision inspection system comes in.

Our Metal Water Pipe Joint Inspection Machine provides high-speed, high-accuracy measurement and defect detection for both color zinc and white zinc plated joints. By combining optical vision, AI algorithms, and precision automation, the system guarantees each joint meets dimensional and visual standards before it leaves the production line.

Specifications

• Inspection Object: Metal water pipe joints
• Inspection Type: Dimensional measurement & surface defect detection
• Inspection Speed: ≥ 60 pcs/min
• Inspection Accuracy: ±0.02 mm (depending on component type)
• Compatible Models: metal water pipe joints with 6 different sizes of similar shape
• Dimensional Measurement: Outer diameter of the joint, Total length, Step height and depth of each section, Concentricity and geometric accuracy
• Defect Detection: End-face chipping or damage, Hole blockage or clogging at the bottom, Surface dents or scratches, Missing machining or plating irregularities.

Key Features

1. Dual-Function Inspection
Integrated dimensional measurement and surface defect detection in a single compact system.

2. Multi-Model Compatibility
Handles six different specifications of similar-shaped pipe joints without mechanical reconfiguration.

3. Material Versatility
Fully compatible with color zinc and white zinc plated components, ensuring flexibility in production.

4. High Throughput
Inspects over 60 parts per minute, ideal for high-volume manufacturing environments.

5. Easy Operation & Reliable Performance
Simple HMI interface, stable operation, minimal maintenance, and customizable inspection parameters.

6. Smart AI Vision
Deep learning algorithms enhance detection accuracy for small scratches, chipping, and blocked holes.