Packaging Testing Services
Comprehensive testing validates a packaging system in accordance with ISO 11607, including distribution simulation, accelerated and real-time aging, and sterile barrier integrity testing.
The highest quality standard. Every time.
To achieve this together, our expert team provides laboratory services to customers, which include advising, problem-solving, and consulting on all aspects of packaging regulation and standards.
We offer a comprehensive range of tests for the medical device, pharmaceutical, packaging, life science, and food & beverage industries – all under One Nelipak. We can work with you to select, or develop, the right test protocol for your packaged product to fit your specific needs.
Comprehensive testing validates a packaging system in accordance with ISO 11607, including distribution simulation, accelerated and real-time aging, and sterile barrier integrity testing.
Nelipak Clara’s lab is accredited by the Irish National Accreditation Board (INAB) to ISO/IEC 17025. Nelipak Venray’s lab operates in accordance with ISTA Standards.
In addition to providing high quality testing and analysis, our team of experts have considerable experience in advising, problem-solving, and consulting on all aspects of packaging industry regulation and standards.
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Simulate the hazards a product can potentially encounter in the distribution process. Transportation studies meet customers’ requirements and provide detailed reports that outline the package performance. Typically Seal and Pack Integrity Testing is carried out in conjunction with Transportation Testing.
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Exposure to known temperatures and humidities to simulate environmental conditions that occurs during transport or life cycle. Typically we expose speciments to cold/hot/humid conditions.
Evaluates the capability of a container to withstand sudden shock resulting from a free fall and to study the capability of a
container and its inner packaging to protect its contents.
Simulates Vehicle / Warehouse stacking forces based on the mass and dimensions of the specimens. It will determine the Compressive Resistance of containers under a constant load for either a specified time or to failure.
Subject test specimens to random vibrations and varying
frequencies to simulate truck and air transit.
Simulates the effects of high altitude / low pressure during air travel or over mountain passes – by subjecting a specimen to a controlled vacuum. This is required for specimens sensitive to low pressure, e.g. non porous packaging.
Resistance against concentrated low-level impacts we’d find in distribution environments. This test is commonly used for lighter grade corrugated boards.
Sample Testing is a vital part of packaging validation. This testing verifies the packaging and the package seal has remained intact, keeping the product sterile. Packaging failures can compromise the sterility of the product which can be hazardous to the end-user.
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Establishes the strength of a seal on flexible and rigid packaging materials such as trays, blisters, pouches and header bags.
This test determines the ability of the seal to withstand internal pressurization until the seal fails. It can identify the weakest point in the packaging.
A dye penetrate solution is applied locally to the material sample or sealed edge. After contact with the dye for a specified time, the samples or seals are visually inspected for channels. The integrity of the materials or seals formed between film and porous or non-porous materials are analyzed.
Packaging is submerged in water and internally pressurized to the pre-established pressure. During testing, package is visually inspected for steady streams of bubbles indicating punctures and tears in substrates or channels and voids in seals.
Age Testing determines a product’s shelf life as required with ISO 11607-1. Nelipak has a number of chambers operating at various conditions offering choice to customers – and we customize every request.
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Exposes specimens to elevated controlled temperatures and humidities to simulate the effects of real time aging over a shorter period of time. We calculate the length of time to age the specimen is determined by the Arrhenius Equation.
A designated storage area exposed to continuously monitored ambient conditions for a specific period of time.
At Nelipak Laboratory, we can use FTIR and DSC separately or in combination to identify polymer blends and compositions. This can be most useful when identifying problem batches and monitoring quality control.
DSC is a thermo-analytical test which characterizes the thermal behavior of a polymeric material. We are accredited to measure Temperature and Enthalpy of Melting and Crystallization and also Glass Transition Temperature and Step Height
An analytical test where infrared light passes through a specimen and results in a spectrum. The spectrum provides a chemical “fingerprint” unique to that specimen.
It can be used to identify unknown samples or determine the quality / consistency of a sample.
Our independent, certified laboratory offers a range of Analytical Testing Services. We work with you to select, or develop, the right test protocol for your packaged product to fit your specific needs.
Determines the starting and sliding friction of plastic film, sliding over itself or other substances. Slip properties are important to consider when looking at automated filling processes, stacking properties of filled packages.
Determines the mechanical properties of films such as tensile yield, strength, elongation and modulus. The sample is subjected to a known and controlled tension until failure.
The test allows a flexible barrier sample to be characterized for slow rate penetration resistance with a driven probe. The test is performed by applying a biaxial stress at a single test velocity to the sample until perforation occurs.
Determines the flexural resistance of flexible barrier material by applying repetitive strain through a combination of twisting and compression motions. Measures the materials resistance to pin holing.
Together we select the right test regime for your packaged product to fit your specific requirements.
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IQ, OQ for validation of Tray heat sealing machine and tooling validation conform to ISO 11607-2
Determine the air permeance of a porous material by measuring the resistance of airflow through the material.
Determine the resilience of the material by applying a force until the sample breaks, e.g. Tyvek®.
Determine the impact resistance of plastic films by Free-Falling Dart Method. The test finds the energy needed to cause a plastic film to fail under the impact of a free-falling dart.
Used to determine area per unit mass of flexible materials.
Basis weight per area of paper and board.
We test the openness of uncoated stock using a Gurley porosity tester. The instrument forces air through the sheet to measure the rate of flow.
Bendtsen surface roughness is calculated from the airflow in the contact surface between a flat, circular measurement land and a paper or Tyvek® test piece.
Provide a convenient method for determining the impact resistance of packaging materials under conditions that closely approximate the strain rates that the material is subject to in end-use applications.
Defined as the maximum pressure on the paper surface or paperboard in a perpendicular direction, required to rupture the paper.
Tear resistance is the required force to tear a single thickness of a sample of plastic film, textile, paper or board. Tear testing can be undertaken using the pendulum method (Elmendorf tear tester).
Speak to a Nelipak commercial sales representative about how Nelipak’s Performance Packaging solutions are right for any and all sensitive medical products.
Our business partnerships is built upon helping our clients successfully build brands, sell products and deliver their products successfully to market. We will work with your team to deliver on time and on budget – from concept to end-use, we’re with you through it all.