PYT-144 Condom Package Integrity Tester
The Peyotal Condom Package Integrity Tester operates through a micro-computer control system equipped with an LCD display and an intuitive PVC operation panel for streamlined configuration and immediate data viewing. The pneumatic control module incorporates components from SMC to ensure repeatable vacuum evacuation and long service life. Digital settings allow operators to preset the target vacuum level and vacuum holding dwell times. An automatic constant pressure air supply ensures that the testing chamber maintains stable sub-atmospheric levels without drift, while integrated software automates post-test blowback unloading and ends the test routine smoothly. During standard testing, specimens are submerged under water inside the acrylic vacuum tank. As the chamber evacuates to negative pressure across a range of 0 to -90 kPa, the internal-to-external pressure differential causes escaping gas to emerge as continuous streams of bubbles from micro-leaks, or reveals package deformation and shape recovery post-venting. Accommodating multiple interchangeable vacuum chamber dimensions (such as Φ270 mm * 210 mm, Φ360 mm * 585 mm, Φ460 mm * 330 mm, or custom sizes), this 30 kg benchtop unit (400 mm * 300 mm * 500 mm) connects via standard Φ6 mm polyurethane tubing to an external 0.7 MPa pneumatic supply, providing quality assurance across the pharmaceutical, medical packaging, food, and daily chemical industries.
product details
The Condom Package Integrity Tester is a specialized vacuum submersion leak detection apparatus engineered and manufactured by Peyotal to assess the seal hermeticity, package integrity, and manufacturing process of flexible packaging pouches. Engineered specifically for individual condom foil sachets, pharmaceutical blisters, and sterile medical device enclosures, the instrument enables laboratories to determine seal quality and identify package defects by analyzing bubble emission and structural recovery under controlled sub-atmospheric conditions.
Standards: Fully compliant with international testing frameworks including GB/T15171-1994, GB 7544-2009, ISO 4074:2002, and ASTM D3078.
| Model | PYT-144 |
| Brand | Peyotal |
| Power Supply | AC 220V / 50Hz (customizable) |
| Standard Compliance | GB/T15171-1994, GB 7544-2009, ISO 4074:2002, and ASTM D3078 |
| Dimension | 400(mm)300(mm)500(mm) |
| Warranty | 12 months |
Q1: What are the primary testing principles Peyotal utilizes to determine a package leak?
A: The tester uses two professional observation methods via differential pressure. First, by pulling a vacuum in the water-submerged chamber, it creates an internal-external pressure difference in the package, allowing operators to visually locate escaping gas bubbles. Second, by vacuuming the dry chamber, it observes whether the package correctly expands and fully recovers its original shape after vacuum release, determining micro-leakage behavior.
Q2: Why does Peyotal choose imported SMC pneumatic components for this integrity tester?
A: In high-frequency factory QC lines across Southeast Asia and Africa, equipment durability is vital. Peyotal integrates genuine imported SMC pneumatic components from Japan to guarantee stable, wear-resistant, and ultra-reliable vacuum pressure maintenance. This specialized pneumatic setup combined with our automatic constant pressure air supply ensures that the machine strictly holds your preset vacuum conditions without fluctuations during long test cycles.
Q3: Can this integrity tester be adjusted to test non-standard medical packages or rigid containers?
A: Yes, absolutely. Beyond the standard flexible foil pouch testing, this equipment offers wide application versatility. It is fully capable of testing rigid medicine bottles, plastic cans, glass tubes, boxes, and even rubber plugs or electronic components. Peyotal offers three standard acrylic testing tank sizes, and our manufacturing facility can custom-engineer specialized chamber dimensions to accommodate your unique laboratory samples.
Q4: What automated digital functions does the software provide to simplify laboratory audits?
A: The system is controlled by an intelligent micro-computer core. Operators can digitally preset the target vacuum degree and retention time via the chemical-resistant PVC panel. Once the test finishes, the professional software automatically executes blowback unloading and cleanly terminates the cycle, allowing laboratory technicians in research institutes or science departments to quickly review precise, human-error-free results on the LCD screen.
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