Pfs Pre-Filling-Sealing Syringe Leakage Test Machine
Main application
Main technical parameters
| Product model | JLYZ400 |
| Scope of application | 1-3ml prefilled syringe |
| Inspection items | leakage of micro holes, cracks, etc. at the bottle body and seal |
| Detection speed | 400 pcs/min |
| Detection accuracy | ≥0.5um |
| Electric capacity | 1.5kW |
| Voltage | AC 380V 50Hz |
| Table height | 900±25mm |
| Dimensions | 1810*900*1840 |
Technical Features
The syringe is fed into the bottle by the bottle feeding winch, and two inspection stations (bottom rubber stopper defect detection and base crack detection station, 2 cameras) are set on the bottle feeding winch, and then passed through the bottle feeding pulsator (a birdcage detection is set up). Station, this station detects needle defects, 3 cameras are evenly arranged at 120 degrees), enter the large plate, and set up four sets of inspection stations in the large plate, followed by side rubber plug defect detection stations (using the edge-rotating edge inspection method, 3 cameras), foreign body and filling detection station (with backlight detection, 3 cameras), foreign body detection station (with strip light backlight combination detection, 3 cameras), foreign body detection station
The first group of stations adopts the ring light lighting method to detect the defects of the bottom rubber plug (such as white spots, black spots and missing rubber plugs);
The second group of workstations uses a ring light source lighting method to detect base defects (such as base cracks, base gaps);
The third group of stations adopts the ring light source lighting method, and the three cameras are distributed at 120-degree intervals, and 360-degree detection of needle defects (such as missing needles, cracks in the needle cover, etc.)
The fourth group of stations adopts the front small panel lighting method to detect the defects of the side rubber plugs (such as white spots, black spots and the lack of rubber plugs);
The fifth group of workstations adopts the backlight lighting method, and the brake is detected after the high-speed rotation of the bottle to detect the foreign matter and the filling amount of the liquid medicine (detect non-reflective foreign matter, such as fibers, hair, etc.);
The sixth group of workstations adopts the combined lighting method of backlight and strip light, brake detection after high-speed rotation of the bottle or side rotation inspection, and detect foreign objects in the liquid medicine (detect reflective foreign objects or non-reflective foreign objects, such as glass, fibers, hair, etc.);
The seventh group of workstations adopts the combined lighting method of backlight and strip light, and adopts high-speed rotary bottle rear brake detection to detect foreign objects in the liquid medicine (detecting reflective foreign objects or non-reflective foreign objects, such as glass, fibers, hair, etc.);
