PTI’s inspection technologies are deterministic test methods that produce quantitative test result data. We specialize in offering the entire solution including test method development and equipment validation. Plastic testing instruments are widely used in industries all across the globe for testing various types of plastics that are used and manufactured in different industries. From a children toy to a space shuttle module, plastic products and components are used everywhere for various applications. Some of these applications are very crucial and need only the most accurate and bets quality parts and components to operate smoothly and successfully. The manufacturers need to be aware of the fact that if the quality of the plastics is not up to the level they can be easily led to failure. There are some extremely harsh working conditions where the plastic components are meant to be functioning. In this case, the bad quality of the plastic products can be very lethal and dangerous. Additionally, the integrity and quality of the plastic products is also important for smooth running of production line in the industries. This is the reason the manufacturing industries of plastic components need to use the best possible ways to check the quality of the products they are delivering to the customers.

An Arrhenius equation is often used to correlate certain chemical reactions at different temperatures, based on the proper choice of Q10 coefficients. Some laboratory tests are conducted but still result in an observation by people. Some test procedures call for a judgment by test engineers whether or not pre-established acceptance criteria have been met. People use their senses (taste, smell, etc.) to determine if a package component has tainted the food in the package. Packages can be tested for their ability to be recycled and their ability to degrade as surface litter, in a sealed landfill or under composting conditions. Testing measures the effects and interactions of the levels of packaging, the package contents, external forces, and end-use. One basic test that is performed by each maker is bottle burst test to check the manageability of the container under outrageous weight. Particularly in circulated air through refreshments, because of exorbitant shaking, there are odds of age of high weight inside the jug.

packaging testing equipment

Perhaps the most critical feedback is repeated sales items in the new package. The consumer responses are treated qualitatively for feedback into the new packaging process. Some types of package testing do not use scientific instruments but use people for the evaluation. When a final package design is complete, the specifications for the component materials needs to be communicated to suppliers. Packaging materials testing is often needed to identify the critical material characteristics and engineering tolerances. Ultra-low deep freezer is a novel test bureau intended to make temperature inside the chamber to recognize the adjustment in the physical attributes of material and to determine the genuine working existence of testing gadget. Furnished with CFC free refrigerants and air cooled blowers, performs molding techniques required plastic ventures. It accompanies launderable condenser channels and efficiently molded fan for keeping up cooling productivity. Blood transfusion has now turned into an exceptionally normal medicinal practice, required in numerous medications.

APR’s test method library offers a diversity of test methods from basic screening tests to complex Critical Guidance tests. Testing also determines the effectiveness of package cushioning to isolate fragile products from shock. Instrumentation is used to measure the shock transmitted to a cushioned product. Engineers have found it important to know the effects of the full range of expected conditions on package performance. This can be through investigating published technical literature, obtaining supplier documentation, or by conducting controlled tests at diverse conditions. A new package may be evaluated in a test market that uses people to try the packages at home. Consumers have the opportunity to buy a product, perhaps with a coupon or discount.

Different weights are used in the pendulum for defining different weight scales. A pointer is also given to the pendulum which helps in taking accurate readings and test results. This paper presents the development of a method to measure damage to packaging laminates by penetration. A hemispherical probe was shown to provide the most reproducible results and the rate of loading was found to be a small factor. It was shown that the presence of paper in the structure has a decisive effect on puncture resistance. For paper-based laminates, the paper layer limits the strength by rupturing first and then producing premature rupture of the other layers; the result is a 4-10-fold improvement in strength by eliminating paper as an outer layer. For laminates without paper, all layers rupture together so changing the composition of the non-paper layers has a direct influence on the puncture resistance. The direction of the penetration through the laminate usually has an effect on the energy to puncture.

We can get a real time graph of this data and we can see how it changes at different points in cycles. This package offers an assortment of manual gauges, semi-automated laboratory devices for top load, pressure and volume plus Agr’s Gawis system that provides automated dimensional gauging and thickness measurement of PET bottles, all-in-one compact unit. Includes an assortment of products that can be used in the laboratory or at-the-line to greatly enhance the quality of the bottles manufactured. The standard bottle quality control package includes popular hand gauges for basic dimensional measurement functions as well as semi-automated devices for more complex measurements such as top load, pressure and volume expansion. ProfessionalHORIZON owns a 10 years team focusing on testing instruments and packaging testing equipment manufacturing. VAC-V2 can be used to measure gas permeability rate, solubility coefficient, diffusion coefficient and permeability coefficient at various temperature of plastic films, laminated films, high barrier material, sheets, foils, etc. Besides these, there are tons of other standard testing strategies for specific rigid containers. Manufacturers use these tests to determine the durability and life of the packaging. Rigid containers not just help manufacturers deliver the products to the consumers, they also stay a significant amount of time with the consumers.

Several types of accelerated aging of packaging and materials can be accomplished in a laboratory. We are the lab solution and testing service provider for the food, pharmaceutical, packaging, printing industries, research institution and college with qualified instruments & service. The machines are running well in over 30,000 laboratories to guarantee the highest quality and service. In this paper, by simulating the friction process of the packaging material itself when the film roll is drawn, the friction coefficient of the inner surface of the rice cake packaging film to the outer surface is detected. Both load compression and load containment are very highly influenced by the film tension setting. Higher F2 settings results in higher compression and also greater containment force. Offsetting this relationship results in a loss in propagated tear resistance for some film formulations.

This packaging testing equipment is used for testing materials such as boxes, cartons, glass, and ceramic. Packaging testing equipment is expected to gain traction in food and beverages industry. The key objectives of food and beverages industry is to ensure longer shelf life of products for avoiding the loss of revenue generation. Also, demand for packaged food is increasing which is increasing production of food and beverages and ultimately driving the growth of packaging testing equipment. Moreover, the environmental factors such as humidity, sunlight, and temperature easily affects the product quality when it comes in direct contact and packaging acts as insulation for these products. This parameter is accelerating the adoption of packaging testing equipment in healthcare and pharmaceutical industry. Our CNAS and ISO 9001 certified company is serving testing equipment of standard configurations in printing, packaging, pharmaceutical and other industries. We have a capable R&D team to meet special request of customers by designing and developing customized equipment for application specific use.

Analysis in polymer manufacturing is essential for packaging, construction, automotive, aviation, electronics, paints, resins and more. We are conscious about reducing the amount of packaging that goes to waste, so we don’t use any boxes to house our products in. Removable aerosol disinfection and sterilization equipment, manual and automatic control, timing and quantitative spraying, adjustable spray volume Suitable for hospitals, campuses, stations, airports, and other large public places. It is used to test the percentage of materials containing bacteria suspended particles at the specified flow rate. ​We help with real-life situations affecting the packaging and manufacturing industries. In a tendering process, compare performance of offerings from different suppliers. Model is a user-friendly microprocessor controlled instrument to determine bending resistance. The Lab Master® Slip & Friction Tester determines the friction qualities of a variety of materials. Request more information to see how we can help you with a plastics testing solution that suits your needs.

The plastic testing instruments help in testing the quality of the plastic products with great accuracy and hence ensure the best quality of products. There are many different types of plastics that are in used in both industrial as well as domestic fronts. W3/062 is based on cup method to measure water vapor transmission rate of plastic films, foils and finished packages. It has Six independent testing cells and can be easily connected with 9 satellite systems. These standards help to identify characteristics such as chemical content, acidity or alkalinity, tensile breaking strength, peel adhesion, and water, oil, and tear resistance among others. Modern and advanced testing technology for measuring the scratch resistance can supply an accurate increasing force while the testing sample is dragged against a durable, diamond-tipped stylus. These types of Scratch testers can additionally be equipped with sensors to monitor penetration depth, lateral friction force, and acoustic emission. This is a world of reporting critical coating failures as “12.3 N” rather than “Yes”! This modification opens the door to highly advanced coating process and quality assurance to a degree that can never be imagined. Moreover, the distribution of critical failure loads across individual samples or batches provides an excellent measure of the homogeneity or repeatability of the production process, respectively.

food packaging materials testing to ensure there’s minimal waste or non biodegradable materials used by reducing the net packaging waste and identifying solutions to become more eco-friendly and safer. There may be times when it is helpful to understand the performance of a plastic article when treated with new technology, or to understand the performance of a new technology vis a vis the current recyclable stream. For example, companies are interested in optimizing the ability of NIR sortation machines to handle flexible packaging constructions. APR’s membership includes many equipment suppliers who may be willing to provide their test facilities for technology evaluations. The testing instruments range we offer are in high demand for their user-friendly operations, robust design, low power consumption, longer functional life and high performance. We precisely engineer our machines utilizing finest quality materials including metals and alloys that are sourced from well-known and certified vendors. We also provide Calibration Services, Remote & Online Support, and Annual Maintenance Contracts to our customers. After the test, the instrument will automatically display the test value of oxygen transmission rate of the sample.

C650M Headspace Gas Analyzer is featured with handheld design and equipped with high precision sensors and air pump supplied by globally well-known manufacturers. It can provide accurate and fast evaluation of the volume of oxygen and carbon dioxide in sealed packages, bottles and cans, etc. C650B Headspace Gas Analyzer is featured with handheld design and equipped with high precision sensors and air pump supplied by globally well-known manufacturers. The need for testing the dimensions arises from the need to be bundled properly and the ability to be filled and labeled using an automated assembly line. However, assembly lines have very precise machinery that may not work if the bottles or jars are of different sizes. Moreover, while labeling or sealing, the correct dimensions ensure that the automated processes can take place without any errors. At CMTL we recognize the need for business development in order to quickly service the ever changing world marketplace. Today, after 35 years in business, we are proud to service a wide variety of industries adding new capabilities to our scope regularly.

For an SVP with a daily dose volume of 10 mL, the resulting AET of 0.15 µg/mL can be challenging to achieve in chemically complicated parenterals. For an LVP with a daily dose volume of 1 liter, the AET of 1.5 ppb can be challenging in even the simplest parenteral drug product. Such an “AET challenge” makes extractables and leachables profiling even more difficult. Simply stated, the health of patients using drug products is adversely affected in direct proportion to the dose of leachables to which they are exposed, with the greatest adverse effect occurring at the highest dose of the most toxic substances. Parenterals are classified by volume; a small volume parenteral has a solution volume per unit package of 100 mL or less and is intended for intermittent intravenous administration (usually defined as an infusion time not lasting longer than 6-8 hours). SVPs can be packaged in ampules, vials, prefilled syringes, bottles, and plastic bags. If the friction of a material is too high then the film may too ‘tacky’ for the process, too low and the film may be too ‘slippy’ for the process. Optimising friction parameters can help understand how the finish of a blown film can influence the feeding and running speed. Surface slip is a key factor when printing or filling packaging materials on an automated line.