Medical Packaging Test Devices and Their Importance

The safety and quality of medical products are among the most critical factors directly affecting human health. For this reason, the durability, strength, and long-term protective capability of medical packaging must be thoroughly tested. Medical packaging test devices enable the evaluation of physical properties of packaging materials, particularly through tensile and compression tests. These devices scientifically measure the resistance of packaging materials against forces encountered during transportation, storage, and use.

Main Purpose of the Device

The primary purpose of medical packaging test devices is to determine the opening resistance, tensile strength, and compression resistance of packaging materials. These tests ensure that products remain sterile, are transported safely, and are protected without degradation throughout their shelf life.

What Is a Tensile and Compression Test?

  • Tensile testing measures the maximum force a packaging material can withstand when pulled from both ends.

  • Compression testing analyzes the deformation and failure behavior of the material under applied pressure.

These two tests are among the most widely used methods in quality control processes for packaging materials.

Importance and Purpose of the Test

The sterility of medical products must be preserved not only during production but also until the moment of use. Even minor tears, punctures, or unintended openings in packaging may compromise product integrity and pose serious health risks. Test devices provide reliable data to eliminate these risks and ensure product safety.

Scientific Basis of the Test

Tensile and compression tests reveal the mechanical properties of materials. Through these tests, the following parameters are scientifically measured:

  • Tensile strength

  • Elongation at break

  • Elastic modulus

  • Deformation behavior under compressive force

This data allows manufacturers to predict material performance under real usage conditions.

Device Operation

Medical packaging test devices are operated via a color touchscreen interface. Thanks to the sensitive load cell and precise motion system, even minimal force variations are accurately recorded. During testing, users can select automatic stop at break, displacement-based control, or time-based operation modes. Multilingual support makes the device suitable for international use.

Technical Specifications

  • High accuracy: Reliable results with ±0.5% accuracy.

  • Precise motion control: Measurement resolution of 0.001 mm.

  • Wide speed range: Adjustable between 1,000 and 500,000 mm/min.

  • User-friendly interface: Touchscreen control and emergency stop system ensure safe operation.

  • Energy efficiency: Operates with 220V, 50Hz power supply and low energy consumption.

Advantages

Technical Advantages

  • High accuracy compliant with international testing standards

  • Adaptable grips and fixtures suitable for different materials

  • Multiple test functions allowing measurement of various mechanical properties with a single device

Contribution to Quality Control

Supports quality assurance systems during production. Defective or insufficient packaging materials are detected at an early stage, preventing material waste and financial losses.

Export and Certification Support

Test results obtained using the device comply with international standards, facilitating certification processes and supporting manufacturers in export activities.

Areas of Application

  • Medical packaging industry: For secure packaging of sterile products

  • Plastic and polymer industry: Testing durability of packaging films and pouches

  • Food packaging: Ensuring long-term protection of hygienic products

  • Textile and rubber products: Measuring strength of medical textiles and elastic materials

  • Defense and automotive industries: For durability testing of high-performance materials

Beyond medical packaging, these devices play a vital role in ensuring product safety and quality across many industries.

Applicable Standards

  • TS EN ISO 7500-1: Specifies calibration and accuracy requirements for force-measuring systems of material testing machines.

  • TS EN ISO 527-3: Defines test methods for tensile properties of plastic films.

  • TS EN ISO 6892-1: Covers general methods for tensile testing of metallic materials.

  • TS 1398-1: Specifies tensile testing methods for rubber materials.

  • EN ISO 527-1: Describes general tensile test methods for plastic materials.

  • TS ISO 37: Determines tensile properties of rubber and latex materials.

  • ASTM F 3067: Specifies mechanical test methods for medical packaging.

  • DIN 30670: Defines mechanical testing of polyethylene coatings.

Conclusion

Medical packaging test devices are essential for ensuring the safety of healthcare products. By measuring the mechanical strength of packaging through tensile and compression tests, the sterility and integrity of medical products are maintained. These devices enable manufacturers to deliver reliable, certified products to both domestic and international markets.