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Pressure/ Vacuum Decay Method for Reliable Vial Seal Integrity Test

Pressure/ Vacuum Decay Method for Reliable Vial Seal Integrity Test

50000 USD ($)/Set

Product Details:

  • Specimen Size Up to 60 mm diameter
  • Power Supply AC 220-240V, 50 Hz
  • Response Time < 5 sec
  • Test Material Glass, Plastic Vials
  • Test Range 0 to -90 kPa
  • Operating Temperature Ambient
  • Display Digital LCD Display
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Pressure/ Vacuum Decay Method for Reliable Vial Seal Integrity Test Price And Quantity

  • 50000.00 - 100000.00 USD ($)/Set
  • 1 Set
  • 50000 USD ($)/Set

Pressure/ Vacuum Decay Method for Reliable Vial Seal Integrity Test Product Specifications

  • 1 to 6
  • Glass, Plastic Vials
  • 0.5% FS
  • High-precision differential pressure sensor
  • Up to 100 kPa
  • 32 kg
  • Vial Seal Integrity Test
  • 10C to 40C
  • 85 % RH
  • 1/4 inch BSP
  • 230 V AC
  • Stainless Steel
  • Automatic / Manual
  • 90 mm
  • AC 220-240V, 50 Hz
  • Up to 60 mm diameter
  • Pressure / Vacuum Decay Method
  • Pressure / Vacuum (Air)
  • Ambient
  • Digital LCD Display
  • < 5 sec
  • 0 to -90 kPa

Product Description

Featuresnote1

Batch Testing

  • Equipped with fully-automatic gravity fed sample feeder, which is Labthinks latest scientific and technological achievement that can facilitate continuous testing of 20 to 120 samples.
  • A & B dual-channel design can test samples of two different specifications simultaneously.
  • The target vacuum degree can be set by the operator to meet testing requirements of different samples.
  • Dual methods of vacuum decay and pressure decay provide the flexibility to accommodate various types of package samples.

Precise Data

  • Advanced pressure detection technology, using world renowned components for data stability which is not affected by ambient environment.
  • Advanced microflow automatic flow control technology that can accurately simulate different sizes of leakage holes without manual adjustment.
  • Both the differential pressure transducer and flow meter are traceable to NIST.
  • The system can achieve a higher test repeatability of 1um.

Intelligent Control

  • 15.6" embedded touch tablet computer with Windows OS.
  • New longitudinal interface layout, and easy to use graphic user interface.
  • Automatic alarm, automatic capture, automatic collection of unqualified samples.
  • The pressure curve is displayed in real time, and the test results are counted automatically.
  • Leakage rates are calculated automatically.
  • The system is equipped with various sensors as intelligent reminders for safer operation and control.
  • Universal printer can be connected for test results output.
  • The system features embedded with USB and network ports to facilitate the external access and data transmission of the system, which can be upgraded remotely

Security Compliance

  • Verified by compensation and calibration methods.
  • The leak tester meets GMP requirements for data traceability and meets the needs of the pharmaceutical industry.
  • User operation permission is managed at multiple levels, and the permission content can be configured on demand.
  • Electronic signature is designed according to the standard requirements of 21 CFR Part11.

Test Principle

The sample is placed in the sample feeder and automatically delivered into the test cell. The leak rate and other results can be calculated and obtained by analyzing pressure changes measured by the sensor.

Reference Standards

ASTM F2338, YY-T 0681.18, and USP<1207>

Applications

Basic Applications Vials Various vial sealing test.
Extended Applications Ampoule Various ampoule bottle sealing tests.
Cartridge Bottles Various cartridge bottle sealing tests.
Injection bottles Various injection bottles sealing test.

Technical Parameters

Table 1: Test Parameters Note2

ParameterModel C690H
Testing Range um(Reference aperture size USP1207) 3i8igreat leakage
Detection Lower Limit um 3
Resolution um 0.1
Repeatability um 1
Pressure Range kPa -100i0ii14100
Extended Functions 21 CFR Part11 Optional
GMP computer system requirements Optional

Table 2: Technical Specifications

Testing Cell 1 set for A group and 1 set for B group
Sample Feeder 1 set for A group and 1 set for B group
Sample Size I45 mm80mmNote3
Sample Quantity 20120 pieces
Gas Specifications Compressed Air (Gas source is provided by the user)
Gas Source Pressure 40.6 PSI / 500 kPa
Port Size I6 mm Polyurethane tube
Dimensions 33.4 H x 19.6 W x 28.7 D (85cm 50cm 73cm)
Power 120VAC10% 60Hz / 220VAC10% 50Hzi14select one from the twoi14
Net weight 209Lbs (95kg)

Product Configuration

Standard Configuration Mainframe, embedded tablet computer, software, flow meter, European vacuum pump, I6 mm polyurethane tube
Customization Test cell and sample feeder of group A, test cell and sample feeder of group B, negative standard reference sample and positive standard reference sample designed according to sample specifications
Optional Parts GMP computer system requirements, 21 CFR Part11, air compressor, IQ/OQ/PQ documents

Note 1: The described product characteristics are subject to the specific annotation of the "Technical Parameters" table.
Note 2: The parameters in the table are measured in the Labthink laboratory by professional operators according to the requirements and conditions of the relevant laboratory environmental standards.
Note 3: Group C test cell can be customized for samples beyond the "Sample Size", but the lower detection limit and test range will change according to the sample size, and the actual delivery shall prevail.



Advanced Leak Detection Precision

Equipped with high-precision differential pressure sensors and offering a leak detection resolution of 0.1 kPa, this system swiftly identifies even the smallest breaches in vial seals. Both pressure and vacuum decay testing methods are supported, making it versatile for a diverse range of sealing conditions and ensuring reliable assurance of product sterility and safety.


User-Friendly Operation and Data Management

The microprocessor control and touch screen menu provide an easy-to-navigate user experience, enabling flexible test parameter adjustment and seamless data management. Test results are accessible via USB storage, real-time printouts, and network connectivity (RS232/LAN), ensuring all test data is recorded, traceable, and ready for regulatory review.


Rugged Safety and Regulatory Compliance

Meeting USP <1207> and ISO 8871-5, the system is engineered with comprehensive safety features, including overpressure protection, automatic shut-off, and visual/audible alarms for detected leaks. Its stainless steel shell and IP54-rated enclosure allow robust operation in demanding environments, protecting both operator and equipment during daily use.

FAQ's of Pressure/ Vacuum Decay Method for Reliable Vial Seal Integrity Test:


Q: How does the Pressure/Vacuum Decay Method detect vial seal leaks?

A: This method applies controlled pressure or vacuum to the vial and monitors for any decay using high-precision differential pressure sensors. Even small leaks cause measurable changes, which the system can reliably detect with a resolution of 0.1 kPa.

Q: What is the advantage of using a microprocessor-based system for this test?

A: A microprocessor-based control system ensures enhanced accuracy, real-time monitoring, and automated data management. It allows flexible test cycles, precise calibration, and integration with USB or network data transfer to simplify compliance and data recording.

Q: When should the system be calibrated, and how is calibration performed?

A: Calibration can be performed automatically or manually, as prompted by the service reminder displayed on the touchscreen. Regular calibration ensures ongoing accuracy and reliability, meeting regulatory requirements.

Q: Where can the test results be stored or accessed?

A: Test results can be saved directly to a USB storage device, printed in real-time, or transferred through the RS232/LAN ports, enabling secure and efficient data handling suitable for audits and record-keeping.

Q: What safety features are included to protect operators and maintain equipment integrity?

A: The system incorporates overpressure protection, automatic shut-off, visual and audible leak alarms, and an IP54-rated stainless steel enclosure, ensuring safe operation and long-term durability under laboratory conditions.

Q: How does adjustable test cycle duration improve testing flexibility?

A: With the ability to set test cycles from 10 to 60 seconds, users can tailor the testing process to specific vial types, sizes, or regulatory standards, optimizing throughput and precision for diverse testing scenarios.

Q: What types and sizes of vials can this system test?

A: The system is designed to accommodate 1 to 6 specimens per cycle, handling glass or plastic vials up to 60 mm in diameter, making it suitable for a broad range of pharmaceutical applications.

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