When applied properly, induction sealing provides a hermetic and air-tight seal that is tamper-evident. The U.S. Food and Drug Administration’s (FDA’s) tamper-resistant packaging requirements even stated that seals applied using heat induction to containers produce more reliable tamper-evident packages. Printing QR codes and promotional materials on the heat induction liner foil is even a trend. To help you better understand what induction sealing is including induction sealing machines, we have created this guide for you. So keep on reading to know more! What is Heat Induction Sealing? Heat induction sealing produces hermetically sealed containers in a non-contact process. These containers have closures that include foil laminates which are heated to create a seal. Using heat induction sealing is effective in: Extending the shelf life of products Enhancing the value of your products Preserving freshness Preventing costly leakage Typical inner induction seals begin as multi-laminate liners inside a container closure. The liners are composed of four layers: A pulpboard layer A wax layer A layer of aluminum foil A polymer layer (heat seal film) The polymer layer matches the material the container is made from and can be heated to seal the lip of a container.
Deciding to buy a high-quality watch is not an easy process. Aside from considering your resources, you also need to know what you have gotten yourself into. Doing some research about what the different watch movements are and how to choose the right timepiece is deemed necessary. However, you also have to learn about the different watch complications present as they will help you decide the additional features you want your watch to have.
Technology is disrupting every industry that it touches. It has revolutionized how things are done and, more so, making things easier. Among the sectors that have experienced a significant transformation due to tech adoption in the construction industry. The industry has some of the sophisticated technologies that are disrupting it in a big way. Technologies such as the IoT, virtual reality, robotics, AI, and machine learning are some of the most disruptive in this industry. How has technology disrupted to this industry? Well, we have identified so of the ways that tech trends are disrupting this industry. Here are ways that technology is disrupting the construction industry.
An active warehouse helps to ensure accurate and quick shipments, and therefore, it plays a vital role in customer gratification. Without an efficient warehouse, the business has to increase the workforce so as to maintain a high level of service. Although increasing the number of employees can allow the company to satisfy the demand, it can also lead to a less profitable business in the long run. To overcome this obstacle, a lot of warehouses right now are turning to technology for minimizing errors by automatically performing repetitive tasks. In the subsequent paragraphs, we are going to mention three techniques for improving warehouse efficiency.
To every supervisor, stuck pipe in a wellbore is a nightmare. You try hard to pull it out, but you failed. The stuck pipe might even cost you thousands of bucks a day. Most of the causes of stuck pipe occur due to highly porous shale formations, sloughing, depleted reservoirs, and overpressured drilling liquid hydrostatic. Further, a stuck pipe situation can be time-consuming, expensive, at high risk of failing the wellbore itself if not considered re-drill it again. Damages occur due to the stuck pipe might also build a poor quality well and not up to the mark as it was in the beginning. Here are the five most common reasons for stuck pipe:
Market studies report that almost 52% of Oculus Rift users use a play area of roughly 54 sq ft for playing VR games. However, to get the most out of VR gaming technology, you’d need a larger space. Since the Rift has to be set up with a gaming PC or compatible laptop, the network of cables could restrict movements, especially in a small room. So, what is the best way to avoid tripping over the mess of tangled heap of cables? Undoubtedly, the most practical approach would be to extend the headset cables connected to the external sensors. And fortunately for you, it’ll make you lighter by roughly $20-$22 for extending the wires on the headset and as much for the sensor extensions.
The process of manufacturing a new product, particularly of an electrical nature, is littered with complex steps involving a number of teams with differing expertise. Beginning with design and leading all the way up to product release, the path is dependent on a whole host of data being shared diligently to ensure development opportunities are maximised. Measurements should be taken at every stage which involve everything from the product’s capacity to trial performance, ensuring that possibilities are explored before the product is finally released on the open market. It can be a stressful process too with tight deadlines and budget constraints meaning that development is often performed with one hand tied behind the back. “Thankfully the approach of Test Development Operation (TestOps) – implementing technologically advanced software which measures every step of the design and manufacturing process, sharing critical data along the way – is leading the charge in streamlining these processes, creating an open, sharing culture which truly maximises development possibilities,” enthuses Mark T. Burnett, a TestOps developer at Australian help and Paper Fellows.