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3D-Printed Metamaterials to Be Used in High-Intensity Focused Ultrasound Treatments. A team of scientists at Sussex University has created Metamaterials – finely refined engineering surfaces that have the capability to manipulate sound.

3D-Printed Metamaterials to Be Used in High-Intensity Focused Ultrasound Treatments

This discovery could revolutionize the medical imaging systems and personal audio used in the diagnostic applications. What’s more, it might prove to be of immense significance in hi-intensity focused ultrasound cancer treatments. Researchers assembled several small bricks of acoustic metamaterial layers that “coil up space”. These bricks are manufactured from thermoplastic D Systems ProJet HD 3000 Plus printer. This construction slows down sound waves considerably, allowing scientists to transform and bend them into any required sound field. Head of the Interact lab, Sussex University – Professor Sriram Subramaniam said, “The goal of the team is to create acoustic devices that manipulate sound with the same ease and flexibility with which projectors and liquid crystal displays manipulate light.” References: 3M Steri Strips – The Latest Example of How Plastic is Revolutionizing the Healthcare Sector!

Here’s yet another example of how plastic is playing a key role in the healthcare and medical sector… Enter the 3M Steri Strips.

3M Steri Strips – The Latest Example of How Plastic is Revolutionizing the Healthcare Sector!

These strips are non-invasive, (eliminate the need for annoying stitches) sterile and designed to treat low-tension wounds and surgical incisions painlessly. 3M Steri Strips are made of a porous, soft polyurethane pads and interlaced with polyester filaments. These polyester filaments provide tensile strength and secure skin closure for any length of the wound. They help enhance patient comfort and reduce the chances of infection. Patients can wear Steri-strips for up to 7 to 10 days and can take shower without any additional covering.

The 3M Steri Strip is a topical skin closure device that is fast, easier to apply and provides a time-saving option for medical professionals. In fact, incisions closed with these innovative strips failed to show any evidence of erythema (scarring or reddening of the skin). Mr. Factors Driving India’s Bioplastics Production. Bioplastics are plastics produced from renewable biomass sources such as vegetable fats and oils, corn starch, straw, woodchips, sawdust, recycled food waste, etc.

Factors Driving India’s Bioplastics Production

The largest application of bioplastics in India is for packaging which accounts for 60% of the overall market share. They are used in the manufacturing of bottles, loose-fill, cups, pots, blows, flexible films, and other products. Bioplastics also finds its application in textile, automotive, electronic, construction, agriculture and constructions. It is a scalable and feasible solution to a wide range of petroleum based plastics.

But what are the key factors driving this demand today? Awareness and increased demand for bio-based renewable material, along with availability of raw material, advanced functionality and technical properties, and various recycling options have resulted in a gradual growth in the bioplastic market of India. Types of Biodegradable Plastics. Biodegradable plastics are here and are answers to our plastic wastage solution.

Types of Biodegradable Plastics

Made from natural materials such as corn oil, orange peels, starch, plants, sugar and so on. These biodegradable plastics decompose faster than the usual plastic as it contains substances that attract microbes to decompose them. Plastics are made from chemicals, which takes years to decompose. Even when melted, it releases harmful gases like carbon, and methane into the environment, polluting it.

Biodegradable plastics do not contain these pollutants and are broken down by environment friendly bacteria. Revolutionizing the Recycling of Plastic Waste in India. The use of plastic is growing at a rapid rate in India.

Revolutionizing the Recycling of Plastic Waste in India

However, this rate does not match with the rate at which plastic waste is managed, which means all the plastic waste is not properly collected or disposed of. Packaging Using Plastic Leads to Reduction of Solid Waste. Plastic in packaging plays an important role in safely delivering products to people.

Packaging Using Plastic Leads to Reduction of Solid Waste

It protects, preserve, and transport a variety of products including food, beverages, electronic items etc. Plastic is durable, mouldable, and most importantly light weight than any other alternative packaging material used. Packing products in plastic such as polyethylene, polyvinyl chloride, polypropylene ensures that the quality of the product is intact and there is zero wastage. Plastic Adhesive Bandages are Staples in Medicine Cabinets and First-aid Kits. Adhesive sheet used in bandages are usually a woven fabric, plastic (PVC, polyethylene or polyurethane), or latex strip.

Plastic Adhesive Bandages are Staples in Medicine Cabinets and First-aid Kits

The adhesive bandage market is expected a steady growth through 2018 to 2026. There are various factors that’s helping this market boom, some of them are the increasing number of sports events, trending culture of practicing sports and fitness to build an active lifestyle, and increasing awareness related to prevention of sepsis in diabetic patients. Based on its application, plastic bandage market is segmented into hospital, clinic and household.

The major manufacturers being Johnson & Johnson, Beiersdorf, BSN Medical, ConvaTec, Yunnan Baiyao, Medline Industries are just to name a few. The Contribution of Plastic towards a Safe Life. More than 150000 people in India are killed in road accidents each year, which is roughly 400 accidents taking place each day.

The Contribution of Plastic towards a Safe Life

These are caused by speeding vehicles, reckless drivers or cars not equipped with safety features. A bill was passed by the Indian government in August 2016 proposing harsher penalties for offenders and to add safety features in vehicles. Hospital acquired infection poses high risk for patients, causing death. Most of these infections are associated with contaminated medical instruments used in the operational theatres, in ICU which proves to be the breeding ground for such infections. All these fatal accidents have a profound implications on family, society and in turn on the country’s economy. How Robots Can Efficiently Sort out Plastic for Recycling.

Did you know that trash companies sift through 68 million tons of recycling waste each year?

How Robots Can Efficiently Sort out Plastic for Recycling

This weight is equivalent to more than 30 million vehicles. This process is undertaken by workers that sort out trash like glass, plastic, and paper that spread out in conveyor belts. Such jobs can often be unsafe and it can get difficult to sort out materials. Don’t Bash Plastic, they are Beneficial! Plastics are created from a broad range of organic polymers and have become an indispensable part of our modern lives.

Don’t Bash Plastic, they are Beneficial!

Plastics are a synthetic material used in thousands of products for convenience, comfort and safety that are strong, lightweight, and moldable. Here are five incredible ways in which plastic is helping the environment. 1) Efficient and Affordable Plastics have a low melting point, it can be moulded, fabricated into any form and colour unlike other materials. Plastics offer improved performance through less consumption in comparison to other alternatives, resulting to saving energy, fuel and natural resources. The Advantages of Robotics in the Plastic Processing Industry.

Robots have been around for years and making strides of progress for manufacturers in terms of speed, efficiency, and safety. In the last few years, many new findings on productivity and engineering innovations have made the use of robotics even more popular and made robots powerful partners at manufacturing facilities. Cartesian or linear robots (beam robots) have been employed in the plastic industry for decades but now even six-axis robots are being used at a wide scale.

The use of these robots has become quite widespread in China and the USA. As a result, the sale of robot sales to processors is at an all-time high. What are Green Plastics &Their Environmental Benefits? What are Green Plastics &Their Environmental Benefits? The awareness and concern over Earth’s environmental degradation are rapidly increasing around the globe.

As a result, an increasing number of businesses and innovators are focusingon environmentally sustainable alternatives. One such alternative that has come up is called ‘Green Plastic’. Plastics can be found everywhere around you. Most of these plastics (hydrocarbon plastics) are traditionally made from nonrenewable oil-based products.Green plastics, on the other hand, are biodegradable plastics usually made from plant-based polymers. Why a Career in the Indian Plastic Industry is Viable. From construction, automobile, medical, packaging, defense, aerospace, and electronics, plastics have played a huge role in the progression of multiple industries. It has contributed significantly to technological advances and recent innovations. The aim of this blog is to encourage you to pursue a career in the Indian plastic industry by breaking down the different segments in the industry and providing you with the latest industry insights.

Industry 4.0 and Plastics Processing. What is Industry 4.0? Industry 4.0 also termed “Internet of Things” is the integration of industrial production with state-of-the-art information and communication technologies that are being researched and developed. It aims to is to enable full and smooth communication between man, machine and product. The main factors are by way of horizontal integration to interlink both different process steps and different companies along the entire value chain. The vertical integration aims to connect individual part-systems of the production cells to form a single, holistically controllable production system.

The Scope of Virtual Reality in the Plastic Industry. What is Virtual Reality (VR)? Virtual reality is a simulated environment that is created with the use of computer technology. The user is immersed in an experience that allows them to freely interact with the 3D environment. Manufacturing with VR in the Plastic Industry: Listed below are different areas in the plastic industry where VR can be used: Workplace Design and Layout While setting up a plastic manufacturing facility, VR can accelerate implementation, minimize risk and allow engineers to identify problems. A Quick Overview of Plastic Recycling & its Processes. One of the most inexpensive, lightweight and durable materials on our planet, plastics are used in a plethora of applications. They play an incredible role in making our day to day lives convenient. Over 100 million tons of plastic are manufactured across the globe, every year. They are foamed, laminated, thermoformed and extruded into countless packages and products.

3D Printing Plastics Market to Reach a Whopping $2,499 Million by 2027. Considered as one of the most significant technologies of our time, 3D printing is predicted to have a huge impact across several end-use industries. 3D printing involves the use of various types of plastics for product design, concept modeling, and prototyping.

Infographic (1) plasti. Plastics - Changing Waste Generation Patterns. As a rule of thumb, a country produces waste in proportion to its economic growth. And when it came to waste generation, the United States followed through that rule for decades. Industry 4.0 - An Impetus to the Plastics and Packaging Industry. What is Industry 4.0? The term ‘Industry 4.0’ is the advent of a promise of a new industrial revolution—one that involves the integration of advanced manufacturing techniques with the Internet of Things to create manufacturing systems that focus heavily on interconnectivity, automation, machine learning, and real-time data that communicate, analyze, and use information to drive further intelligent action back in the physical world.

Industry 4.0 - An Impetus to the Plastics and Packaging Industry. Researchers Design Ultra-Thin Plastic Films that are Thermally Conductive. The go-to material for thermal insulation has usually been plastics. For instance, polymer-based materials such as a Styrofoam coffee cup or silicone oven mitts are great at trapping heat.

However, the image of polymers as insulators has now been flipped. 4 Plastic Packaging Trends to Consider for 2020. 3D Printed Diamond Composite Innovation Opens New Path for Industries. An additive manufacturing and printing company known as Sandvik has found a revolutionary way to use the hardest natural material on the planet- diamond. Vegan Leather – A Step Towards Sustainability in Fashion. Veganism is one of the fastest-growing lifestyle trends today. How Plastic Waste Is Contributing To Build Schools. From reducing our energy bills to making our vehicles more fuel-efficient, plastic contributes immensely in making our everyday life convenient and creating a sustainable environment.

Medical Plastics Market to Reach $33.51 billion by 2025. From prosthetic parts to heart valves, syringes, gloves, surgical equipment, and MRI casings, plastics have played a huge role in revolutionizing the medical industry. They have time and again proven to meet the advancements of the medical industry and adapt to its dynamic nature. How Researchers Are Turning Plastic Bottles into Prosthetic Limbs. Why ABS Plastic is Widely Used in Various Industries. Modern Plastic Products That Will Help Reduce Your Energy Bills. Save Money and Energy with the Help of Plastic. Canadian Company Builds House Using More than 600K Recycled Plastic Bottles - Plastivision 2020.

IT Professionals Turn Plastic Waste into Stylish Home Decor and Bags - Plastivision 2020. 10 Practical Reasons to Choose Masterbatch Over Raw Pigment - Plastivision 2020. A BRIEF OVERVIEW ON PLASTIC INJECTION MOLDING: USES, MACHINE TYPES & ADVANTAGES - Plastivision 2020. A Comprehensive Guide to Plastic Molding Techniques - Plastivision 2020. Indian Professor Creates Petrol Out of Plastic Waste! - Plastivision 2020. Global Thermoformed Plastics Market to Reach $16.28 Billion by 2025 - Plastivision 2020.

Remarkable Benefits of Advanced Plastics in Automobiles - Plastivision 2020. Why HDPE is the Preferred Material of Choice for 3D Printing - Plastivision 2020. Plastics -The Material of the Century (Part 2) - Plastivision 2020. Plastics -The Material of the Century - Plastivision 2020. Indian Navy Builds Carbon Fiber Warships - Plastivision 2020. Indian Navy Builds Carbon Fiber Warships - Plastivision 2020. How Plastic Waste is Helping Kerela to Become a Green State. Incredible Applications of PEEK Plastic in Various Industries. Plastic Solar Cells: The Future of Renewable Energy. Global Plastic Films Market to Grow at a CAGR of 6% by 2023.

5 Ways How Plastic has Expeditiously Improved Our Lives. Plastivision India - AIPMA Participates in the Prestigious CHINAPLAS 2019 Exhibition. Plastic industry press release. $53.5 Billion Forecasted for Electronics & Consumer Goods Plastics Market by 2025. The Role of Plastic at Tesla’s Gigafactory. 4 Reasons Why ABS Plastic is an Ideal Choice for 3D Printing.

Three Innovations in Agriculture Made Possible due to Plastic. PlastiVision 2020: A Brilliant Future for the Plastic Industry. Top 4 Resin Types Used For Packaging Applications. 8 Super Advantages of Using Polyethylene Packaging. Medical Grade Plastic and Its Incredible Advantages to the Industry.

9 Popular Plastics for Military Applications

How Plastic Mosquito Nets Help Save Countless Lives. Global Construction Plastics Market Predictions. 6 Ways How Plastic Plays a Vital Role in Home Building. 5 Types of Plastic Used in the Aerospace Industry. 5 Incredible Benefits that Plastic 3D Printing Offer. Global Plastic Straps Market to Reach $4.41 Billion by 2024! Why PET Plastic Bottles Triumph Over Glass. Robotic Automation – The Future of Plastic Manufacturing. 5 Amazing Advantages of Flexible Plastic Packaging. Global Plastics Market to be Worth a Whopping $654.38 Billion By 2020! How Plastic Prescription Bottle Innovations are making Medicine Management Easier.

Latest in Indian Plastic Exports Industry: 31.6% Growth in FY19. 8 Advanced Plastics Used in the Automobile Sector. Global Plastic Injection Molding Market Predictions. How India Is Becoming A Preferred Hub For Plastic Packaging. 4 Incredible Ways How Plastics Benefit the Environment. Why Use Plastics in Piping Systems. Top 4 Predictions for the Plastic Packaging Industry. How Plastic Packaging Comes in Handy with Food Protection. Global Biodegradable Plastics Market Worth $6.12 Billion by 2023 - Plastivision. 5 Reasons to Choose Plastic Over Metal - Plastivision. Top 4 Plastic Industry Trends for 2019. What Makes HDPE One of the Most Popular Types of Plastic? - Plastivision. Global Plastic Pigments Market to Reach $16.32 Billion By 2025. 5 innovations that could end plastic waste - Plastivision. If we can’t recycle it, why not turn our waste plastic into fuel? - Plastivision.

A 14-Year-Old California Engineer Transformed Paper and Cotton Into Plastic - Plastivision. How an Indian sportswear brand turns plastic bottles into T-shirts - Plastivision. Global Plastic Additives Market Forecast: $50 Billion by 2020! - Plastivision. 4 Incredible Benefits of Antimicrobial Plastic - Plastivision. Why Plastic Containers Triumph Over Others. CAGR of 11% Forecasted for Indian Polypropylene Market by 2030. The 3 Most Used Plastics & Their Applications. How Plastic Waste is Converted to Crude Oil & Sulphur. India Expected to Witness Polyethylene Demand Growth by 2023. Global Rigid Plastic Packaging Market Predictions for 2021. How Plastic Waste Can Power Automobiles in The Future - Plastivision. The Future of Waste Management: Converting Plastic to Fuel - Plastivision. Discarded Plastic Bottles Put in Good Use This Christmas! - Plastivision.

Plastic Pigments Market Value to Reach $14.8 Billion by 2023.