A Closer Look: 14heads Linear Round Square Can Leak Tester 28cpm Automatic Pressure Leakage Tester

大方罐翻封组合机
December 16, 2025
Category Connection: Can Leak Tester
Brief: Watch as we walk through the full process, from initial setup to real-world testing of the 14-head Linear Round Square Can Leak Tester. This video demonstrates how the system automatically seals cans, injects compressed air, and uses precision sensors to detect pressure differences, showcasing the reliable rejection of defective containers at speeds up to 28 CPM.
Related Product Features:
  • Automatically tests round and square cans from 10L to 25L capacity at speeds up to 28 CPM.
  • Features 14 independent testing heads with separate air circuits to prevent cross-interference.
  • Uses precision pressure sensors to capture initial and holding pressure readings for accurate analysis.
  • Automatically rejects defective cans when pressure difference exceeds the set tolerance threshold.
  • Supports can heights from 100mm to 500mm with testing accuracy as fine as 0.12mm.
  • Available in multiple models with 8, 10, or 12 heads and testing speeds of 17, 20, or 25 CPM.
  • Compact machine dimensions tailored for round and square can formats to fit production lines.
  • Operates with a total power consumption of 2KW across all model variants.
Faqs:
  • Can the system handle different can sizes or pressures?
    Yes. Detection heads and pressure parameters are customizable to accommodate various diameters, materials, and required test pressures.
  • How is defective can rejection triggered?
    The system automatically ejects cans when the pressure difference between the two readings exceeds the predefined tolerance threshold.
  • What types of cans can this leak tester handle?
    It is designed for both round and square cans with capacities from 10L to 25L and heights ranging from 100mm to 500mm.
  • How does the system ensure testing accuracy?
    Each testing station has an independent air circuit to eliminate cross-interference, and precision sensors compare pressure readings before and after the holding period.