World’s Smallest Cube Chamber Leak Tester With ASTM F2096

Manufactured by Burhani Engineering Technology

Company Overview

Burhani Engineering Technology is a global leader in designing and manufacturing precision package integrity testing equipment. Our solutions provide reliable, standards-compliant testing for medical, pharmaceutical, and food packaging industries, ensuring quality, safety, and regulatory compliance.

Product Introduction

The World’s Smallest Cube Chamber Leak Tester is a compact yet highly precise system for detecting leaks and seal defects in packages. Utilizing ASTM F2096 methodology, this miniature leak tester combines portability with the same accuracy and repeatability as full-sized systems, making it ideal for small laboratories, on-site quality control, and R&D applications.

Standard Compliance

The tester is fully compliant with ASTM F2096 – Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization (Bubble Test), ensuring internationally recognized reliability and regulatory acceptance.

Key Applications

The cube chamber tester is ideal for:

• Sterile medical pouches and trays

• Pharmaceutical sachets, blisters, and laminated packs

• Flexible and semi-rigid packaging

• Small-scale laboratory testing, R&D, and on-site QC

Working Principle

Packages are internally pressurized and placed in a small transparent cube chamber. Any leaks are detected as visible bubbles escaping from the package, allowing precise, immediate visual confirmation of gross leaks or seal defects. The compact design does not compromise accuracy or compliance with ASTM F2096 standards.

Salient Features

ASTM F2096 compliant internal pressurization bubble test
World’s smallest cube chamber for space-efficient testing
Transparent chamber for easy observation of leaks
Controlled pressurization for repeatable results
Manual and semi-automatic operation modes
Compact, portable design suitable for laboratories and production lines

Technical Specifications

Test Method: Internal Pressurization Bubble Leak Test
Standard Compliance: ASTM F2096
Chamber Material: Transparent Acrylic / Polycarbonate
Pressure Control: Adjustable and calibrated
Operation Mode: Manual / Semi-Automatic
Compatibility: Flexible, semi-rigid, and medical packaging

Benefits

Highly accurate detection of gross leaks and seal failures in a compact footprint
Supports regulatory compliance and validation documentation
Ideal for small laboratories, R&D, or on-site testing
Reduces the risk of product failures and recalls
User-friendly design for routine quality control

Optional Customization

Burhani Engineering Technology offers digital pressure gauges, automated pressurization cycles, data logging, and validation-ready configurations tailored to specific testing requirements.

                   Download Brochure

Industries Served

Medical Device Manufacturing
Pharmaceutical Packaging
Food and Beverage Packaging
R&D and Quality Control Laboratories

After-Sales Support

Complete installation, operator training, calibration assistance, and responsive after-sales service to ensure long-term reliability and consistent performance.

Manufacturer

Burhani Engineering Technology

+91 9677296252

                                                

                                                                    https://www.bhfvacuum.com/

 

Equipment for Sterile Barrier System Validation

Manufactured by Burhani Engineering Technology

Company Overview

Burhani Engineering Technology is a leading manufacturer of precision package integrity testing equipment for medical devices, pharmaceutical products, and sterile packaging industries. Our solutions ensure compliance with global standards and provide reliable validation of sterile barrier systems.

Product Introduction

The Equipment for Sterile Barrier System Validation is designed to evaluate and verify the integrity of sterile packaging systems, ensuring that medical devices and pharmaceutical products remain sterile throughout their shelf life. The system supports rigorous quality control, regulatory compliance, and validation protocols.

Standard Compliance

This equipment adheres to internationally recognized standards for sterile barrier system validation, including ASTM F2096 and ISO 11607, providing confidence in packaging integrity and sterility assurance.

Key Applications

The system is suitable for:

• Sterile medical device pouches, trays, and blisters

• Pharmaceutical packaging requiring sterility assurance

• Flexible and laminated sterile barrier systems

• Quality control and validation laboratories

Working Principle

The system evaluates sterile barriers using controlled pressurization, vacuum decay, and bubble emission or dye penetration tests. Leaks or defects in the barrier system are identified through visual inspection or digital measurement, ensuring compliance with sterility requirements. The process allows standardized, repeatable validation of sterile packaging systems.

Salient Features

Comprehensive sterile barrier system testing
ASTM F2096 and ISO 11607 compliant
Vacuum decay, bubble emission, and dye penetration methods
High-visibility test chambers for visual detection
Adjustable pressure and vacuum controls for accurate testing
Manual and semi-automatic operation options
Industrial-grade construction suitable for laboratory and production use

Technical Specifications

Test Methods: Bubble Emission, Vacuum Decay, Dye Penetration
Standard Compliance: ASTM F2096, ISO 11607
Chamber Material: Transparent Acrylic / Polycarbonate
Pressure/Vacuum Control: Adjustable and calibrated
Operation Mode: Manual / Semi-Automatic
Compatibility: Flexible, laminated, and rigid sterile packaging

Benefits

Ensures sterile barrier integrity for medical and pharmaceutical products
Supports regulatory compliance and validation documentation
Reduces risk of contamination and product recalls
Provides reliable and repeatable results for quality assurance
User-friendly design for routine testing in QC and validation labs

Optional Customization

Burhani Engineering Technology provides optional features including digital monitoring, automated test cycles, data logging, custom chamber sizes, and validation-ready configurations tailored to specific sterile barrier systems.

Industries Served

Medical Device Manufacturing
Pharmaceutical Packaging
Quality Control and Validation Laboratories
Sterile Barrier System Manufacturers

After-Sales Support

Complete installation, operator training, calibration assistance, and responsive after-sales service to ensure consistent long-term reliability and performance.

Manufacturer

Burhani Engineering Technology

+91 9677296252

                                                          Download Brochure 

                                                          https://www.bhfvacuum.com/

ASTM F2096 Testing for Non-Porous Packaging Manufactured by Burhani Engineering Technology

 

ASTM F2096 Testing for Non-Porous Packaging

Manufactured by Burhani Engineering Technology

Company Overview

Burhani Engineering Technology is a trusted manufacturer of high-precision package integrity testing equipment for medical, pharmaceutical, and food industries. Our solutions ensure compliance with international standards while supporting quality control, validation, and regulatory adherence.

Product Introduction

ASTM F2096 Testing for Non-Porous Packaging is a standardized method to detect gross leaks and seal failures in rigid or semi-rigid packages that do not allow fluid penetration. This method ensures that even non-porous packaging meets strict integrity requirements for medical, pharmaceutical, and high-value products.

Standard Compliance

The testing process adheres to ASTM F2096 – Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization (Bubble Test), making it suitable for validation, quality control, and regulatory documentation of non-porous or semi-rigid packaging.

Key Applications

The method is suitable for testing:

• Rigid and semi-rigid medical device containers

• Non-porous pharmaceutical packaging

• Plastic trays, blister packs, and laminated rigid packs

• Quality control and validation laboratories requiring high integrity verification

Working Principle

Non-porous packages are internally pressurized in a controlled environment and submerged in a water-filled transparent chamber. Leaks are indicated by the appearance of bubbles, providing immediate visual confirmation of seal defects or package integrity failures. The method allows repeatable and standardized evaluation of non-porous packaging integrity.

Salient Features

ASTM F2096 compliant internal pressurization method
High-visibility transparent chamber for clear leak detection
Controlled pressurization for accurate and repeatable results
Non-destructive testing method for rigid and semi-rigid packaging
Manual and semi-automatic operation options
Industrial-grade construction suitable for laboratory and production use

Technical Specifications

Test Method: Internal Pressurization Bubble Leak Test
Standard Compliance: ASTM F2096
Chamber Material: Transparent Acrylic / Polycarbonate
Pressure Control: Adjustable and calibrated
Operation Mode: Manual / Semi-Automatic
Compatibility: Rigid, semi-rigid, and non-porous packaging

Benefits

Accurately detects gross leaks and seal failures in non-porous packaging
Supports regulatory compliance and validation documentation
Enhances product safety, sterility, and shelf-life
Reduces the risk of product failures, contamination, or recalls
User-friendly operation suitable for routine quality control

Optional Customization

Burhani Engineering Technology offers digital pressure gauges, automated pressurization cycles, data logging, custom chamber sizes, and validation-ready configurations for specific packaging requirements.

Industries Served

Medical Device Manufacturing
Pharmaceutical Packaging
Food and Beverage Packaging
FMCG Products
Quality Control and Validation Laboratories

After-Sales Support

Complete installation support, operator training, calibration assistance, and dependable after-sales service to ensure consistent long-term performance.

Manufacturer

Burhani Engineering Technology

+91 9677296252

                                                                Download Brochure

                                                                https://www.bhfvacuum.com/

Bubble Leak Test vs Dye Penetration Test With ASTM F2096 Manufactured by Burhani Engineering Technology

 

Bubble Leak Test vs Dye Penetration Test With ASTM F2096

Manufactured by Burhani Engineering Technology

Company Overview

Burhani Engineering Technology is a leading manufacturer of advanced packaging integrity testing equipment for medical, pharmaceutical, and food industries. Our solutions are designed to ensure compliance with international standards while delivering reliable, repeatable quality control.

Product Introduction

Bubble Leak Testing and Dye Penetration Testing are two complementary methods for evaluating package integrity under ASTM F2096. Both techniques detect gross leaks and seal defects in sealed packages, enabling accurate and standardized assessment of packaging quality.

Standard Compliance

The testing methods comply with ASTM F2096 – Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization (Bubble Test), ensuring results are internationally recognized and suitable for regulatory validation.

Testing Method Overview

Bubble Leak Test:
Packages are internally pressurized and submerged in a water-filled transparent chamber. Leaks are identified by the formation of visible bubbles escaping from the package. This method provides quick, clear visual detection of gross leaks and seal failures.

Dye Penetration Test:
Packages are immersed in a methylene blue dye solution while internally pressurized. Leaks are indicated by dye penetration into the package, allowing precise visual identification of defect locations. This method is particularly effective for detecting micro-channels and fine leaks not always visible with bubbles.

Key Differences

• Detection Type: Bubble Leak Test highlights gross leaks visually, while Dye Penetration Test detects both gross and fine leaks.

• Medium Used: Bubble Leak Test uses water; Dye Penetration Test uses methylene blue dye solution.

• Result Interpretation: Bubble Leak Test provides immediate visual confirmation; Dye Penetration Test provides a more detailed visual mapping of leak points.

• Applications: Bubble Leak is ideal for routine QC; Dye Penetration is used for validation, fine leak detection, and regulatory documentation.

Salient Features

ASTM F2096 compliant testing methods
High-visibility transparent chambers
Controlled internal pressurization for repeatable results
Non-destructive or dye-based testing options
Manual and semi-automatic operation modes
Rugged design suitable for laboratory and production use

Technical Specifications

Test Methods: Bubble Leak Test and Dye Penetration Test
Standard Compliance: ASTM F2096
Chamber Material: Transparent Acrylic / Polycarbonate
Pressure Control: Adjustable and calibrated
Operation Mode: Manual / Semi-Automatic
Compatibility: Flexible, semi-rigid, and medical packaging

Benefits

Provides accurate detection of gross and fine leaks
Supports regulatory compliance and validation documentation
Improves product safety, sterility, and shelf-life
Reduces risk of product failures and recalls
Cost-effective solution for in-house quality control

Optional Customization

Burhani Engineering Technology offers digital pressure gauges, automated test cycles, data logging, custom chamber sizes, and validation-ready configurations tailored to customer requirements.

Industries Served

Medical Device Manufacturing
Pharmaceutical Packaging
Food and Beverage Packaging
FMCG Products
Quality Control and Validation Laboratories

After-Sales Support

Complete installation, operator training, calibration support, and reliable after-sales service to ensure consistent long-term performance.

Manufacturer

Burhani Engineering Technology

+91 9677296252

                                                                Download Brochure 

                                                                 https://www.bhfvacuum.com/

Detecting Gross Leaks in Medical Pouches With ASTM F2096 Manufactured by Burhani Engineering Technology

 

Detecting Gross Leaks in Medical Pouches With ASTM F2096

Manufactured by Burhani Engineering Technology

Company Overview

Burhani Engineering Technology specializes in manufacturing precision package integrity testing solutions for the pharmaceutical and medical device industries. Our systems support regulatory compliance, quality assurance, and process validation with reliable, standards-compliant methods.

Product Introduction

This system is designed to detect gross leaks and seal defects in medical pouches using ASTM F2096 methodology. It provides a standardized, repeatable, and highly sensitive approach for verifying package integrity in sterile medical packaging.

Standard Compliance

The testing process is fully compliant with ASTM F2096 – Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization (Bubble Test), ensuring results meet international regulatory requirements and quality standards.

Key Applications

The method is ideal for:

• Sterile medical device pouches

• Pharmaceutical packaging requiring leak integrity verification

• Flexible and laminated pouches used in hospitals and laboratories

• Quality control and validation laboratories

Working Principle

Medical pouches are internally pressurized and submerged in a transparent water-filled chamber. Leaks are identified by the formation of visible bubbles escaping from the package, providing immediate visual confirmation of gross leaks or seal failures. This method allows standardized, repeatable detection for quality assurance.

Salient Features

ASTM F2096 compliant gross leak detection
High-visibility transparent chamber for easy observation
Controlled internal pressurization for accurate results
Quick and repeatable test procedure
Manual and semi-automatic operation options
Durable construction suitable for laboratory and production use

Technical Specifications

Test Method: Internal Pressurization Bubble Leak Test
Standard Compliance: ASTM F2096
Chamber Material: Transparent Acrylic / Polycarbonate
Pressure Control: Adjustable and calibrated
Operation Mode: Manual / Semi-Automatic
Compatibility: Flexible and sterile medical pouches

Benefits

Ensures accurate detection of gross leaks and seal failures
Supports regulatory compliance and validation documentation
Enhances product safety and sterility assurance
Reduces risk of product failures and recalls
User-friendly operation suitable for routine quality control

Optional Customization

Burhani Engineering Technology offers optional features including automated pressurization cycles, digital pressure gauges, data recording, custom chamber sizes, and validation-ready configurations.

Industries Served

Medical Device Manufacturing
Pharmaceutical Packaging
Quality Control and Validation Laboratories

After-Sales Support

Complete installation support, operator training, calibration assistance, and dependable after-sales service to ensure consistent, long-term performance.

Manufacturer

Burhani Engineering Technology

+91 9677296252

                                                                 Download Brochure

                                                                 https://www.bhfvacuum.com/

Methylene Blue Dye Leak Test Machine & ASTM F2096 Manufactured by Burhani Engineering Technology

 

Methylene Blue Dye Leak Test Machine & ASTM F2096

Manufactured by Burhani Engineering Technology

Company Overview

Burhani Engineering Technology designs and manufactures high-precision packaging integrity testing solutions for medical, pharmaceutical, and food industries. Our equipment ensures compliance with international standards and supports reliable quality control and validation.

Product Introduction

The Methylene Blue Dye Leak Test Machine is a visual leak detection system that identifies gross leaks, seal failures, and micro-channels in sealed packages. Combined with ASTM F2096 methodology, this machine provides a standardized and validated approach for quality control and regulatory compliance.

Standard Compliance

The machine adheres to ASTM F2096 – Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization (Bubble Test), ensuring results meet global packaging integrity standards.

Key Applications

The system is suitable for testing:

• Sterile medical device pouches and trays

• Pharmaceutical blister packs and sachets

• Flexible and laminated packaging

• Food and snack pouches requiring visual leak verification

Working Principle

Packages are immersed in a methylene blue dye solution and subjected to controlled internal pressurization. Leaks allow dye to penetrate into the package, providing clear visual evidence of defects. The method combines dye penetration with ASTM F2096 internal pressurization for precise, reliable leak detection.

Salient Features

ASTM F2096 compliant dye leak testing methodology
High-visibility transparent test chamber
Controlled internal pressurization
Accurate detection of leaks, seal failures, and micro-channels
Non-destructive for most package types
Simple, repeatable, and operator-friendly procedure
Rugged construction suitable for lab and production use

Technical Specifications

Test Method: Methylene Blue Dye Penetration with Internal Pressurization
Standard Compliance: ASTM F2096
Chamber Material: Transparent Acrylic / Polycarbonate
Pressure Control: Adjustable and calibrated
Operation Mode: Manual / Semi-Automatic
Compatibility: Flexible, semi-rigid, and medical packaging

Benefits

Provides reliable visual confirmation of leaks
Supports regulatory compliance and validation documentation
Enhances product safety, sterility, and shelf-life
Cost-effective and efficient in-house quality control solution
Easy interpretation for operators without specialized training

Optional Customization

Burhani Engineering Technology offers optional features including automated pressurization cycles, digital pressure control, data logging, custom chamber sizes, and validation-ready configurations.

Industries Served

Medical Device Manufacturing
Pharmaceutical Packaging
Food and Beverage Packaging
FMCG Packaging
Quality Control and Testing Laboratories

After-Sales Support

Installation assistance, operator training, calibration support, and dependable after-sales service for long-term, reliable performance.

Manufacturer

Burhani Engineering Technology

+91 9677296252 

                                                                Download Brochure

                                                                https://www.bhfvacuum.com/

Vacuum Decay vs. Bubble Leak Testing Under ASTM F2096 Method Manufactured by Burhani Engineering Technology

 

Vacuum Decay vs. Bubble Leak Testing Under ASTM F2096 Method

Manufactured by Burhani Engineering Technology

Company Overview

Burhani Engineering Technology manufactures precision package integrity testing solutions for medical, pharmaceutical, and food packaging industries. Our systems support regulatory compliance, quality assurance, and validation through reliable and repeatable testing methods.

Product Introduction

Vacuum Decay and Bubble Leak Testing are two complementary methods for detecting leaks and seal defects in sealed packages. Both techniques can be applied under ASTM F2096 methodology to verify package integrity for medical devices, pharmaceutical products, and other sealed packaging applications.

Standard Compliance

The testing methods comply with ASTM F2096 – Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization (Bubble Test), ensuring accurate, standardized, and reproducible results for regulatory and quality control purposes.

Testing Method Overview

Vacuum Decay Testing:
Vacuum Decay is a quantitative, non-destructive method that measures pressure changes within a sealed test chamber. A leak is detected when vacuum loss exceeds predefined limits. This method is highly sensitive and suitable for detecting micro-leaks without using water or submersion.

Bubble Leak Testing:
Bubble Leak Testing is a visual method where the package is submerged in a water-filled chamber and internally pressurized. Leaks are identified by visible bubbles escaping from the package, providing a clear and immediate indication of gross leaks or seal defects.

Key Differences

• Sensitivity: Vacuum Decay is more sensitive for detecting micro-leaks, while Bubble Leak Testing is ideal for gross leak detection.

• Method: Vacuum Decay is non-destructive and dry; Bubble Leak Testing requires submersion in water.

• Result Type: Vacuum Decay provides quantitative results; Bubble Leak Testing provides visual confirmation of leak location.

• Applications: Vacuum Decay is suitable for sterile or high-throughput testing; Bubble Leak Testing is effective for visual validation and routine QC.

Salient Features

ASTM F2096 compliant testing methods
High-visibility chambers for visual leak confirmation
Adjustable vacuum or pressurization controls
Non-destructive or visual detection as required
Manual or semi-automatic operation modes
Robust construction for laboratory and industrial use

Technical Specifications

Test Methods: Vacuum Decay and Bubble Leak (Internal Pressurization)
Standard Compliance: ASTM F2096
Chamber Material: Transparent Acrylic / Polycarbonate
Vacuum / Pressure Control: Adjustable and calibrated
Operation Mode: Manual / Semi-Automatic
Package Compatibility: Flexible, semi-rigid, and medical packaging

Benefits

Provides accurate detection of micro- and gross leaks
Supports regulatory compliance and validation documentation
Enhances product safety, quality, and shelf-life
Reduces product failures and recalls
Cost-effective and efficient in-house testing solution

Optional Customization

Burhani Engineering Technology offers digital vacuum/pressure gauges, automated testing cycles, data logging, custom chamber sizes, and validation-ready configurations tailored to specific applications.

Industries Served

Medical Device Manufacturing
Pharmaceutical Packaging
Food and Beverage Packaging
FMCG Products
Quality Control and Validation Laboratories

After-Sales Support

Complete installation, operator training, calibration assistance, and dependable after-sales service to ensure long-term reliability and consistent performance.

Manufacturer

Burhani Engineering Technology

+91 9677296252

                                                                Download Brochure

                                                                https://www.bhfvacuum.com/