strives to provide a high level of technical support and quality service to each of our customers because when you succeed we succeed. Cambridge Materials Testing Limited is an independent laboratory servicing a broad range of clients. The company’s operations include two facilities in southern Ontario located in Cambridge and Mississauga, Ontario. We believe that independant third party testing is a cost effective way to protect and limit liability for all parties involved in supplying any manufactured product or production process. The packaging operation can involve many complex operations, all of which require careful control if product quality and security are to be maintained. The packaging operation means either the filling and packaging of non sterile products or the packaging stage of filled sterile products. The main specifications requirements are the component drawing, artwork and the quality control testing and standards. a) Water vapour permeability- the water vapour permeability of the pack containing the product is required. This is necessary because although the bottles will comply with the water vapour permeability test described in USP, permeation through the bottle wall will depend on wheather the product has a high or low affinity for the water. The test split into two parts to enable the maximum amount of information to be obtained and hence possibly eliminating the necessity to perform further time consuming experiments.
Often the package is conditioned to the specified environment and tested under those conditions. With some testing, the package is conditioned to a specified environment, then is removed to ambient conditions and quickly tested. With some types of packaging such as food and pharmaceuticals, chemical tests are conducted to determine suitability of food contact materials. Testing programs range from simple tests with little replication to more thorough experimental designs. PET containers have numerous points of interest over different structures, similar to, glass. These are a portion of the regular advantages of utilizing a PET, yet the greatest preferred standpoint is that it is anything but difficult to re-evaluate the plan of plastic pressing in the event that it is bombing over and again. The revaluation procedure does not cost the fortune to the organization but rather unquestionably requires a correct testing process.
In this case, it is fundamental to ensure that the samples undergo the same processes. There is also, however, the option of including different sample preparation methods as part of the comparison test method. Moreover, parenteral formulations are chemically complex and diverse, thereby having variable and potentially aggressive “leaching powers” and presenting potentially great challenges with respect to their analytical characterization. Furthermore, the conditions of contact between a parenteral and its packaging can be relatively harsh, increasing the likelihood of leaching. For example, packaged parenterals may be subjected to high energy sterilization or may have relatively long shelf lives. In addition to the high risk associated with a parenteral and its packaging, parenterals and their packaging have certain unique features which complicate the chemical and biological safety assessment. First, parenteral packaging is compositionally diverse, consisting of a multitude of materials of construction including elastomers, glass, stainless steel, LDPE, HDPE, PP, PETG, COC, COP, PVC, multilayer films, etc. As such materials will have varied and potentially complex compositions, the universe of potential foreign drug product impurities is large and chemically diverse. Polymers and polymer-based composites represent the largest and fastest-growing area of materials for engineering and other structurally-demanding applications.
With advances in production machinery, the film has become more even, and its thickness is already down to 100 micrometers. If the material is to compete against thin plastic films, the thickness needs to be reduced further. The aim is also to orient the film and thereby improve its strength and its protective qualities. LIGHTHOUSE scientists provide you with in-depth expertise in designing and executing studies to identify appropriate packaging components ensuring good package integrity. LIGHTHOUSE’s analytical packaging science methods enable critical characterization of the package performance in relation to the critical quality attributes of the product. Container closure integrity defects and permeation properties of a package that pose risk to the product sterility and stability can be readily identified and characterized. Seal-Scan® and Seal-Sensor technology characterize seals that appear visually acceptable yet possess defects that affect product quality and shelf-life. Seal-Scan® is an offline inspection system used for the detection of seal defects, seal characterization and material analysis. Seal-Scan® is an excellent tool to analyze the sealing process that is ultimately the key to a good quality seal.
Employees standing along the line also pick out problematic materials before they reach equipment. What wasn’t anticipated at that time was the impact that increasing consumer recycling ease would have on the addition of flexible plastic packaging into the recycling stream. J.P. Mascaro & Sons, a solid waste and recycling company in Pennsylvania, is testing additional equipment this year that would allow its MRF in Birdsboro, near Reading, to readily accept flexible packaging. We understand your requirement perfectly and aim to give you top notch solution. Your manufacturing unit can produce the quality work to satisfy your customers. We have developed with the changing trend have brought the latest design for each machinery. No matter of your industry, you can ensure that your customers get the paramount quality products. Our machines also help you reduce your production cost as it consume less electricity and give you better results.
Our film material specialist, John Cook, has an extensive background in plastics and film development. We recognize that our work in the Film Lab and our work to get our customers set up with the right films and the right equipment is not a “one and done” project. F2 allows us to fully measure the capabilities of a candidate stretch wrap by determining how it responds to a range of low to high post stretch conditions at a variety of prestretch levels and turntable speeds. Film tension is developed by slowing the film output of the stretch carriage relative to the speed of the turntable. The goal of our Film Lab is to gather data, utilize the knowledge and experience of our film technicians, analyze the results, and make recommendations that match the best film to a particular application. Based on the data gathered during the audit, alternate films are tested in the lab tofind opportunities for a more optimal filmfor the particular application. Once we’ve determined the best films to use in your application, we follow up with training, monitoring, and technical service.
Single-stream, because of the economics of not having to sort materials at the curb, ultimately won out. MRFF, the program aimed at finding a solution, estimates it will cost $3 million to $5 million to retrofit the recycling centers, to augment existing equipment to handle flexibles. This Scanning Calorimeter has an intelligent, miniaturization, unit combination takes three major characteristics of the new type of thermal analysis instrument. Morrish has more than 23 years of experience in the equipment finance and leasing industry and a degree in managerial finance from the University of Mississippi. Recycling Technologies, Swindon, England, in collaboration with Barclays, installed 25 on-site recycling bins at the 2019 British Summer Time music festival in Hyde Park, London, to collect and recycle single-use plastic that is typically discarded. The bins were trialed at the music festival July 8-11 to “show the potential at a large-scale event,” according to a news release. Currently, approximately 61,000 households in the city recycle through the services of Toronto-based GFL Environmental. Detroit’s Office of Sustainability released its Sustainable Action Agenda July 5. By early 2020, the city hopes to add 16,000 single-family homes, 1,500 multifamily and commercial properties and 150 parks and bus stops to the city’s recycling infrastructure. Cut off one corner of one edge of the sample, insert the air inlet and outlet through the special sample holder into the sample from the cutting opening, and then seal the sample on the tray with quick fix adhesive.
When it comes to the paper and packaging testing instruments manufacturers and suppliers, Pacorr is a leading name in the field. We have the best accuracy testing instruments that are being provided to the paper and packaging industries to test the quality and strength of the materials with great accuracy and precision. IN addition to that, all our instruments are designed with great ergonomics and high end safety feature which assures easy operation and high level of safety of the users during the operation of the machine. High quality of materials used for manufacturing of these machines allows them to serve for a long time without any problem. With the help of our paper and packaging testing instruments, the manufacturers can rest assured that their products are of best quality which are delivered to the customers. Packaging of any product is very important aspect as it is responsible for keeping the products safe and intact during various phases of delivery from handling to storage and then transportation. A product has to bear a lot of pressure and damaging forces during transportation and handling. These forces can easily damage the packaging of the products and hence the packaging materials used for packaging of any product needs to be strong enough so that it could bear the forces that are exerted on them.
impact solutions through their laboratory have extensive capabilities and experience in plastic testing. Our facility houses a mix of state of the art plastic testing equipment and bespoke designed plastic testing rigs allowing us to undertake a wide range of different test techniques on plastics. Objective laboratory procedures are frequently used to help determine performance. Most common are “jerk testing’’ by modified drop test procedures or use of the constant pull rates of a universal testing machine. Other procedures use a static force by hanging a heavily loaded package for an extended time or even using a centrifuge. The physical properties, and sometimes chemical properties, of the materials need to be communicated to packaging engineers to aid in the design process. Suppliers publish data sheets and other technical communications that include the typical or average relevant physical properties and the test method these are based upon. Other times, additional material and component testing is required by the packager or supplier to better define certain characteristics. Package testing or packaging testing involves the measurement of a characteristic or property involved with packaging. This includes packaging materials, packaging components, primary packages, shipping containers, and unit loads, as well as the associated processes.
Our cost effective machineries are perfect for completing any kind of challenging project. Our machineries are suitable for small scale, medium scale and large scale business organizations. Fall Dart Impact Testing Machine is used to test the impact resistance of various plastic films and slices, which meets the standards of ASTM D1709. HD-AA520 Pneumatic Single-Wing Drop Tester is suitable for testing the damage of product packaging when it is dropped, and assessing the strength of impact resistance during transportation and handling. The campaign aimed to collect more than 4,000 litres of plastic at the festival. Snack packets, plastic bags and bottle caps were collected and were be taken to Recycling Technologies, which recycles single-use plastics into a raw material used to make new plastic packaging products, the company says. These evaluations are employed when laboratory tests are not yet available or may not be able to predict recycling performance of a package component or innovation. In these cases, it may be desirable to test under regular production scale conditions.
We are now partnering with that facility to get their equipment up to optimal performance and to provide our technical services. Our test box has an electrically driven ram that will push that disc out the same distance each time, at the same speed, with the same force each time, so there’s no bias. Our test environment removes inconsistencies so we’re able to capture an accurate measurement for comparing films. Load containment is the ability of the film to prevent palletized loads from shifting by offering enhanced resistance to being further stretched. It’s measured by a load cell attached to a ram/plate combination which is extended into the film a specified distance. At a given turntable speed, we will determine what prestretch level and F2 setting will provide the best balance of puncture propagated tear resistance and load containment for a particular film. Typically, we can present a customer with a proposal for a new film, upgraded or serviced equipment, and new application settings that can save significant amounts of money and put out a better performing wrapped pallet that avoids load failure . John Cook is a polymer chemist who has been innovating polyethylene resins and films since 1973. John’s work at Atlantic brings material knowledge and insight that benefits our customers. High quality, dependable, and optimized packaging equipment is the cornerstone of what we can offer our customers.
Properties like straightforwardness, strain dispersion and divider thickness require a solid thought for fruitful outline. These products are presented to various climate conditions all the time at the season of its use. So as to guarantee that the items need to make due in unforgiving natural conditions, it is basic for the producers to test the impact of climate conditions on the properties of the plastics. This should be possible with the assistance of high calibre of natural test chambers. The liquefy stream list analyzer by Labtiger is a noteworthy property of any plastic material that can help in deciding different substance and physical properties of the materials. It is a very exact and precise instrument that offers correct and precise assurance of soften stream file of a plastic tar.