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Ranpak Solutions Help Customers Exceed Requirements for Proposed EU Packaging Directive

Ranpak Solutions Help Customers Exceed Requirements for Proposed EU Packaging Directive

Prepare your packing line today to meet tomorrow’s requirements

Blog by: Paul Spronken, Product Manager Automation at Ranpak

The EU Commission is putting in place a new Packaging Directive designed to reduce packaging waste, minimize the volume of packaging used, encourage use of recycled and recyclable materials, and over time, minimize the use of plastic packaging. This includes ensuring that the empty space ratio in the transport packaging is a maximum of 40%.

At Ranpak, we have been focused on delivering environmentally sustainable, paper-based protective packaging solutions for e-commerce and industrial logistics, which already meets many of the proposed requirements. In addition, our end-of-line (EOL) automated solutions are designed to package items in cartons with the least possible volume within packaging for transport, while still protecting the products being shipped. This includes transport packaging used to deliver “products to the final consumer as part of online sales or through other means of distance selling,” as stated in the draft of the EU Packaging Directive. As part of the Ranpak Automation solutions, packing cartons are fit to size to minimize voids.

In traditional packing operations for e-commerce using fixed box sizes, the average void level is between 60% and 80%, far exceeding the maximum specified in the draft regulation. With our innovative EOL solutions, Ranpak supports customers on their journey toward more efficient shipping and compliance with upcoming regulatory requirements. Currently, many packing operations attempt to achieve efficiencies by using a fixed box size for transport packaging, and voids are filled in a variety of ways, including plastic air pillows, plastic air bubbles, paper and other materials. Right-sized packaging is key to optimizing the parcel size to the content and minimizing voids within the box. Usage of the right type of packaging material and equipment enables regulatory compliance and more sustainable operations.

Solutions that already support packing operations in achieving the new EU targets by adapting the size of the parcel to its contents include:

  • The Cut’it! EVO automated in-line packing machine reduces voids in parcels before shipping, cutting down on shipping costs. It automatically shortens cartons to match their highest point of filling, and then glues a lid securely in place.
  • The ergonomic Flap’it! system is a highly effective solution that automates the packing of small products. E-commerce and logistics operations can benefit from outstanding product protection when shipping products such as books, video games, DVDs, spare-parts, and small electronics. Flap’it!-produced boxes significantly reduce damage during transport and ensure fewer product returns, thanks to integrated cushioning bumpers at box corners.

In order to define the optimal amount and size of boxes, Ranpak provides a consulting service based on our unique Precube’it!™ software. By analyzing historical orders, the system can calculate the average fill rate and advise on the most optimal box sizes including predicted fill rate. These automated solutions are successfully installed in a number of packing operations around the globe. They have delivered substantial benefits, including:

  • Processing more boxes per hour with fewer employees,
  • Less waste,
  • Less volume that translates to more boxes per pallet and fewer trucks on the road,
  • Improved sustainability, and
  • Advance preparation for compliance with upcoming regulations.

Additionally, we will continue to increase our support for customers using data science and vision technology for continuous improvement and innovation. This includes utilizing available data about actual box sizes from Cut’it! EVO and front-end vision technology to analyze actual orders processed, providing real-time actionable data that helps validate and optimize the operation.

Let us help you prepare your packing line today to meet tomorrow’s requirements. The packing experts at Ranpak are available to help you design the configuration that best meets your needs and will assist you in achieving internal goals to comply with the EU directive well before the due date. You’ll improve your efficiency, reduce your carbon footprint and get ahead of the game with respect to the proposed EU Packaging Directive.

Additional information about Ranpak can be found on its website: https://www.ranpak.com/uk/.

 

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Are You Measuring Print’s Marketing Channel Effectiveness?

Are You Measuring Print’s Marketing Channel Effectiveness?

By Erwin Busselot, Director, Business Innovation & Solutions, Ricoh Graphic Communications, Ricoh Europe

“Measure what is measurable and make measurable what is not so,” was reportedly said by Italian astronomer, physicist, and engineer Galileo Galilei.

This is something marketers have been striving to achieve. They have been looking to identify which communications route is the most effective for the highest Return on Marketing Investment (ROMI).

JICMAIL, the British Joint Industry Committee for Mail that delivers industry standard audience measurement data for for advertising mail and door drops, has made the measurement of print as a marketing channel easier. It has developed a new set of data that will allow agencies to benchmark campaigns.

Its new Response Rate Tracker report is a pilot, proof of concept, study designed to provide benchmark data for pitching, planning, or evaluating a mail campaign.

It assessed how responsive consumers are to retention vs acquisition based marketing strategies with mail. Over one thousand campaigns were reviewed. Initial findings reported an average warm mailing response rate benchmark of 10.9% (retention) and a cold mailing benchmark of 1% (acquisition).

The results highlighted the value of speaking to current customers in the mail channel. This is especially so when the ability to target using third party cookies is waning in an era of heightened privacy compliance.

However, JICMAIL did warn practitioners of simply regarding warm mail as a more effective channel than cold mail. It stated that no brand grows without acquiring new customers, and a 1% response rate of cold mail compares favourably to other channels. It stated a blend of warm and cold is therefore critical to success.

Customer acquisition costs have increased an estimated 60% in the last five years. Impacting this is tighter privacy rules established across the world, Apple’s iOS 14.5 update enabling iPhone users to opt out of tracking from apps like Facebook and Instagram, and the demise of third-party cookies.

Statista figures show as of August 2020, getting mobile app users to subscribe had the highest average acquisition cost in EMEA at USD 69.44, compared to USD 64.27 in North America. Encouraging users to make an in-app purchase was USD 42.15 in EMEA compared to USD 74.68 in North America. Email’s cost per acquisition is reportedly USD 22.52 and direct mail’s cost per acquisition is USD 43.90.

According to Great Britain’s Marketreach, direct mail engagement rates achieve a highly impressive 94%. Plus 31% of direct mail drives commercial actions like going online and making a purchase. 87% of customers rated messages delivered by mail as believable, compared to 48% for email. Marketreach also reported that in Q1 2022, mail volumes reached their highest level since Q1 2020, and volume growth was 30% in the 12 months to March 2022, showing clear signs of advertiser confidence in direct mail.

There are numerous ways direct mail, produced using digital high speed inkjet and toner technologies, can be designed to make a memorable impact.

They include individualised data and tailored content managed by FusionPro software that combines customer data with pre-defined templates for dynamic marketing applications. There is also attention grabbing, tactile design with Digital Print Enhancement and vibrant colours and finishes.

The possibilities with print are limited only by imagination and with such strong response rates it is proving to be a medium that gets increasingly measurable results.

For further information, please visit www.ricoh-europe.com

 

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Propak Ghana Has the Backing of the Industry With Endorsement From Market Leading Partners

Propak Ghana Has the Backing of the Industry With Endorsement From Market Leading Partners

The manufacturing sector continues to build momentum in West Africa and Ghana remains a central driver in local development and international investment. With its stable political landscape, budding entrepreneurial population and sustainable power infrastructure, it is ‘Open for Business’ according to the Ghana Investment Promotion Centre (GIPC).

It’s with this background of industrial opportunities that Afrocet Montgomery has launched its packaging, printing, plastics and processing portfolio exhibition into Accra. Propak Ghana will take place at the Grand Arena, ICC from the 6 th – 8 th June 2023 and is expecting to welcome more than 100 brands and 2,500 visitors through the doors of the purpose built venue. With the pedigree of running the largest manufacturing event in the region, with Propak West Africa, which takes place in Lagos annually, comes the knowledge and expertise to build on a sure footing for a successful event in Ghana.

The organisers have worked hard to garner the endorsement and support of the key industry partners including the Association of Ghana Industries (AGI), who are confirmed as Lead Industry Partner in their position as foremost association in Ghana’s manufacturing sector, they have fully endorsed the event and will be present for the opening ceremony. Ghana Export Promotion Authority (GEPA) have also endorsed the event and are supporting trade delegations from across the wider West African region, that will see a comprehensive buyers program for those in the F&B and FMCG industries who are need of an upgrade or new technology in their supply chains and factories. Countries that this program will focus its attention on are; Togo, Benin, Cote d’Ivoire, Burkina Faso and Senegal. Alongside this the Ghana Investment Promotion Centre (GIPC) will be present with an investment hub ready to meet international companies looking to establish a foothold in the Ghanian market. All these will add to the offering available at Propak Ghana.

On top of these three industry partners endorsement has been confirmed from Ghana National Chamber of Commerce & Industry (GNCCI), Institute of Packaging Ghana (IOPG), Ghana Printers & Papers Converters Association (GPPCA) among many others. See the full list on the website.

Local companies are well represented across the exhibition hall with Jaykay Group, Docutech, Kane-Em Industries, ePac Flexible Packaging, Finepack and Sai Commodities, among others, already booked and ready to showcase their products to the qualified audience who will be in attendance. From an international audience, Expo Austria and EECA Egypt have confirmed pavilions and there will be group delegations from China, India and South Africa among a total of 15 countries who are represented currently, with many more in the pipeline.

Running alongside the exhibition booths and product showcases will be an industry leading conference program that will provide insight, explanations and thoughts on the trends and pertinent topics faced by the industry today. These include sessions on the circular economy, sustainability and financing options for SME and Multi nationals among others. In total more than 40 speakers are expected and the full three day program will be announced in the coming weeks.

With 75% of the exhibition floor already booked, don’t delay and get in touch with the organisers today to find out how you could showcase your business at the newest platform for the industry, Contact the Team Today

www.propakghana.com

 

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Co-Op Employs Polytag’s Innovative Recycling Technology for Unprecedented Traceability of Its Spring Water Bottles

Co-Op Employs Polytag’s Innovative Recycling Technology for Unprecedented Traceability of Its Spring Water Bottles

Recycling technology innovator, Polytag, is set to apply both unique-every-time QR codes and UV tags to Co-op own-label PET 2-litre spring water bottles in an industry-first, offering the convenience retailer unprecedented visibility of its packaging during the recycling process.

The unique-every-time QR codes will be applied to the pack labels by Co-op’s bottled water supplier at the standard label application speeds, meaning no loss to production efficiency. The QR codes are GS1 compliant and take consumers to a Co-op landing page detailing information about both the retailer’s sustainability and charitable commitments. Within the unique-every-time QR code there is a serial number which can be used to handle fraud-proof rewards, assign loyalty points and secure deposit redemptions.

A UV tag layer invisible to the human eye, printed by Tipografic using UV flexographic inks, is also then applied across the label. This UV tag layer enables barcode level information to be captured in the recycling centre and is uploaded to Polytag’s intuitive, cloud-based analytics dashboard, providing the retailer with real-time insights on whether packaging is actually recycled, and in what volumes.

The UV tag reading technology was developed by Polytag in partnership with researchers at the Advanced Manufacturing Research Centre. It is fitted to the plastics conveyer at Abergele’s Gofer Bulking Centre in Wales.

Both the visible QR codes and ‘hidden’ UV tags pave the way for a cost-effective, Digital Deposit Return Scheme (DDRS). In future, scanning the unique QR code on used product packaging, has the potential to allow consumers to reclaim their deposit via their smartphones, from home. The printing of UV tags provides key supply chain stakeholders – manufacturers, retailers and recycling authorities – access to unique packaging lifecycle data, including where and when it was produced and the percentage of recycled material it contains, protecting against fraud. For this trial, the QR codes will be used as a communication tool, transporting customers to the landing page when scanned.

Furthermore, with Extended Producer Responsibility (EPR) on the horizon, brands classed as obligated packaging producers maybe required to benchmark their progress. Both on-pack QR codes and UV tags will provide brands with the data to easily ‘describe, tag and trace’ their plastic packaging through the circular economy, while also streamlining packaging and recycling operations.

At the same time, the technology will allow legislators to measure business liabilities and enforce legislation by identifying ownership of plastic packaging: Local authorities and recycling centres can capture real-time data on packaging composition and breakdown of bales, to help inform recycling strategy, investment in sorting and recovery equipment, and onward tracking of materials.

Rob Thompson, Packaging Manager at Co-op, said: “At Co-op we champion initiatives that enable a circular recycling economy for all packaging materials. The duality of the UV tag and QR code on our water bottles will enable Co-op to gain a greater understanding on a product’s journey in the recycling chain and provide valuable insight to shape guidance and measurement for future initiatives to encourage more people to recycle.”

Alice Rackley, CEO of Polytag said: “The combination of consumer facing QR codes and UV tags is the future of creating and maintaining a circular economy from the millions of pieces of packaging that enter the market every year. The onus is now firmly on the industry to take responsibility for the packaging they produce.

“Polytag is a necessary enabler for FMCG brands committed to circularity. It is a data, sustainability and marketing platform in one, already delivering world-firsts in partnership with major brands, such as Co-op who are reaping the rewards of greater visibility of their packaging. We encourage other brands and retailers to get in touch to see for themselves.”

A Welsh government spokesperson helping to facilitate the trial said: “The Welsh government has long supported Polytag’s innovative technology and shares its belief that its digital technologies are the key to unlocking the UK’s recycling potential.

“Following the UK’s first DDRS pilot in Conwy, Polytag is once again proving that the implementation of a digital solution is not only feasible, but scalable. We are hopeful that its latest partnership with one of the UK’s biggest retailers will continue to ensure a DDRS is part of the conversation in the lead up to 2025.”

www.polytag.co.uk

 

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Guill Introduces Spiderless Pipe Die for Extrusion

Guill Introduces Spiderless Pipe Die for Extrusion

Guill Tool, the global leader in extrusion tooling, recently announced the availability of its Spiderless Pipe Die. This new offering utilizes precision tooling to provide increased material savings compared to conventional basket dies for pipe extrusions.

In the coming years, the global market for pipes used in irrigation/sewage systems and industrial applications is expected to grow. This increased demand for pipes is driven by the increasing need for water and wastewater infrastructure, as well as the growth of industrialization and urbanization. These factors are expected to drive demand for pipes in emerging economies such as China, India and Brazil, as well as in developed markets including the U.S. and Europe.

Used by tube and pipe producers for larger diameter capabilities, this new pipe die is capable of providing a finished extrusion with OD from 2”-15”. It’s offered in 4140 steel or stainless with heat treating.

The company’s Spiderless Pipe Die design differentiates itself from a basket die with its focus on precision tooling gained from decades of experience in medical tubing, flow analysis and Guill’s ISO 9001 and AS9100 (Aerospace) quality systems. Furthermore, Guill heat treats these dies while most other companies do not. The significance of the Guill Spiderless Pipe Die becomes evident when considering material savings.

In general, the cost of the polymer material can range from 50% to 70% of the total cost of producing polymer pipes. The cost of other materials such as additives, fillers and reinforcements, as well as the cost of energy, labor, equipment and overhead also contribute to the total production cost.

In some cases, the cost of energy, particularly electricity and natural gas, can be a significant part of the total cost of production, especially for large-scale production facilities. In other cases, labor costs in regions with high labor costs, can significantly impact the cost of production.

Also a factor is that the cost of the raw polymer can be affected by market fluctuations in the price of oil, impacting the cost of petrochemicals used in the production of polymers. Additionally, the cost can also be influenced by supply and demand factors and global trade dynamics.

Guill’s Spiderless Pipe Die is now available to meet the needs of its customers as they consider all the factors needed to remain competitive in pipe production. This product was entirely conceived, designed, engineered, manufactured and tested at the Guill factory in West Warwick, Rhode Island.

For additional information, please visit: https://www.guill.com/series/900-series/

 

 

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UNIDO’s Trial on Black Liquor Viscosity with Yash Pakka Limited Brings Energy Efficiency to the Forefront

UNIDO’s Trial on Black Liquor Viscosity with Yash Pakka Limited Brings Energy Efficiency to the Forefront

Workshop Held to Disseminate Findings of Trial With Black Liquor Viscosity Reduction System Using Liquor Heat Treatment Technology.

A workshop on black liquor viscosity reduction was conducted on April 6 by United Nations Industrial Development Organization (UNIDO) at Yash Pakka Limited’s plant in Ayodhya. Pakka, a pioneer in the compostable packaging industry, had conducted a trial using 100% agro pulp black liquor through liquor heat treatment (LHT) technology, leading to the reduction of black liquor viscosity by 50%. The workshop-cum-demonstration was held to disseminate the findings of project initiatives and interventions of the trial. Representatives of Central Pulp & Paper Research Institute (CPPRI) also participated in the workshop.

This initiative has been undertaken to enhance the energy and chemical recovery efficiency of the agro and wood-based paper mills and boost sustainability and productivity in Indian paper mills. With this project, paper and packaging companies will be able to extract the chemicals used in their industry more efficiently, thereby resulting in higher energy production. Presenters at the workshop included Dr. RK Jain, UNIDO Technical Expert, Dr. MK Gupta, CPPRI Director, Dr. A K Dixit, CPPRI Scientist and Mr. A K Dhawan, GB Power. Attendees of the workshop included teams from top companies in the space including Yash Pakka Limited, Tamil Nadu Paper, Ruchira, Bindal and Kuantum.

Pakka has been at the forefront of developing compostable packaging solutions and continuously introduces new technologies to improve the process and enhance its environmental benefits. LHT technology reduces liquor viscosity by heat treatment, which is depolymerizing high molecular weight lignin into lower mass components. It is being considered a unique initiative to revolutionize the paper industry.

Mr. Thomas James, Operations Head, YPL, said, “At Yash Pakka, we continue to look for ways to improve the efficiency of our operations in a sustainable manner which will help the planet Earth. This project opens avenues for us to improve energy efficiency in our recovery boiler section, which aligns with our company’s philosophy. We look forward to working closely with UNIDO, CPPRI and GBP to scale this pilot project to our regular operations.”

Mr. Jagdeep Hira, India Business Head, YPL, expressed his views on the workshop, “Pakka is committed to working for a cleaner planet, and multiple approaches are being explored to drive innovation, encompassing everything from innovative manufacturing techniques to the design of novel products for the future. It’s our pleasure to host the workshop with UNIDO on the pilot plant demonstration for Liquor Heat Treatment, which we believe will set a new productivity standard for related companies to follow. This will especially prove to be a significant breakthrough for all paper manufacturing units that use agro-residue as the primary raw material. When it comes to producing compostable food-packaging products using 100% agro-based raw materials and biofuels, Pakka has always been a trendsetter. We look forward to many more new technology adoptions and learnings for increased efficiency moving forward.”

 

 

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Danimer Scientific, TotalEnergies Corbion Announce EU-Compliant Compostable Coffee Pod Biopolymer

Danimer Scientific, TotalEnergies Corbion Announce EU-Compliant Compostable Coffee Pod Biopolymer

Danimer Scientific, Inc. (NYSE: DNMR) (“Danimer” or the “Company”) and TotalEnergies Corbion, both leading bioplastics companies focused on the development and production of biodegradable materials, today announced that they have developed a new compostable coffee pod biopolymer that is in compliance with proposed EU packaging regulations.

The EU recently announced a proposal requiring plastic packaging such as tea bags, coffee pods, very light plastic bags and sticky labels for fruit and vegetables to be compostable. Danimer and TotalEnergies Corbion’s new formulations, containing a blend of Danimer’s signature polyhydroxyalkanoate (PHA) Nodax and TotalEnergies Corbion’s Luminy High Heat polylactic acid (PLA) material, have already passed biodegradability tests and have been certified by TUV as home compostable. They are currently being tested in the market by numerous European companies.

Danimer has estimated that, in the European market, 550 million pounds of plastic are used in the manufacture of single-use coffee pods annually.

“Since beginning our collaborative partnership with TotalEnergies Corbion a couple of years ago, we’ve been working to blend together our respective materials, Nodax and Luminy, to meet the specific functionality needs of our customers for a variety of applications,” said Scott Tuten, chief marketing and sustainability officer of Danimer Scientific. “We support the EU’s proposed new regulations as a necessary first step in addressing the problem of plastic waste, and we’re pleased to be offering our compostable coffee pod biopolymer as one example of how the technology behind bioplastics has evolved to serve the needs of manufacturers, regulators and consumers as the world moves toward a cleaner and more responsible future.”

In 2021, Danimer and TotalEnergies Corbion entered into a long-term collaborative arrangement for the supply of Luminy PLA, a biobased polymer used to manufacture compostable products.

“We’re excited about the potential of compostable bioplastics to provide an environmentally friendly alternative to single-use petrochemical plastics, and we hope that the coffee pod biopolymer we’ve developed in partnership with Danimer Scientific will be the first of many collaborations to come,” said Thomas Philipon, CEO of TotalEnergies Corbion.

Coinciding with this announcement, Stephen Croskrey, chairman and chief executive officer of Danimer Scientific, will be ringing the closing bell at the New York Stock Exchange today, Monday, April 17, to mark the beginning of Earth Week.

For more information, please visit www.DanimerScientific.com

 

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Cargill’s Crodamide Range of Slip & Anti-Blocking Additives to be Re-Branded to Optislip

Cargill’s Crodamide Range of Slip & Anti-Blocking Additives to be Re-Branded to Optislip

Cargill acquired to Croda’s Performance Technologies business and with it the Polymer Additives range of products. Following this acquisition, Cargill is announcing the re-naming of the Crodamide brand of slip & anti-blocking additives to Optislip.

The Optislip products form part of Cargill’s wider Polymer Additive portfolio, delivering a range of friction control benefits to a variety of polymer types. The new name was chosen to reflect the product’s ability to deliver optimized slip & anti-block performance to polymers. The product range is well-known for its wide variety of solutions including high, medium, or low slip properties as well as anti-blocking performance. Speed of migration can also be controlled through careful product selection, depending on the need of the end application. The product can be utilised in a variety of applications from food packaging to automotive plastics.

Cargill can confirm that this name change will not impact the products on offer, with the same range of chemistries and physical forms continuing to be available. The products will continue to be made at the same manufacturing sites as previously, and to the same specifications. Customers should start to see these changes reflected in product labels and documentation over the next few months. Customers are encouraged to speak to their local Cargill sales contact if they have any questions or contact polymeradditives@cargill.com

 

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Diyani Engineering: Revolutionizing the Bagging , Conveying & End of Line Equipment for the Polymer Industry.

Diyani Engineering: Revolutionizing the Bagging , Conveying & End of Line Equipment for the Polymer Industry.

Diyani Engineering is a company that has been in business of manufacturing the bagging machine and conveying equipment from 2007. With in-house well-equipped design, latest software and manufacturing facilities, Diyani Engineering has been providing state-of-the-art solutions to the plastic and polymer industry.

As the demand for packaging machinery increases, companies are looking for reliable and efficient solutions that can handle high volumes of packaging with ease. This is where Diyani Engineering comes in, providing innovative solutions that are tailored to meet the specific needs of each customer.

Leading the team at Diyani Engineering is Mr. Jitendra Bhojak, a seasoned professional with over 25 years of experience in the technology of packaging and conveying systems. Mr. Bhojak has previously worked with some of the most reputed companies in the industry, including L&T and HUL, where he honed his skills in designing and installing high-quality automation and packaging solutions. As the business head of Diyani Engineering, Mr. Bhojak brings his vast experience and knowledge to the table, ensuring that the company continues to deliver cutting-edge solutions that meet the evolving needs of the industry. Under his leadership, Diyani Engineering has grown from strength to strength, earning a reputation as one of the most innovative and reliable suppliers of packaging machinery and conveying systems in the market.

Diyani Engineering serving within three business vertical, Packing, Conveying & End of line Automation. The company’s range of bagging machine includes, fully automatic, semi-automatic machines for any type of solid granules and powder material . These machines are designed to handle different types of packaging materials, such as woven sacks, paper sacks, jute bags, and bulk bags. They are also capable of handling different sizes and weights of bags, ranging from 5 kg to 1000 kg.

One of the key features of Diyani Engineering’s bagging machines is their accuracy and speed. The machines are equipped with sensors and controls that ensure accurate weighing and filling of bags, reducing wastage and maximizing efficiency. The machines can also operate at high speeds, allowing for faster packaging and increased productivity.

Pre Bagging material conveying by pneumatic and vacuum, screw feeder, belt feeder, up to silo. Post Bagging conveying line includes, Belt Conveyor, Roller Conveyor, Slat Conveyor up to ware house delivery. End of line Automation includes, sealing machine, stitching machine, check weigher, bag turner, metal detector, bag palletizer, pallet stretch wrapping and ware house automation. These machines are designed to transport materials from one location to another, minimizing manual handling and reducing the risk of injuries.

Diyani Engineering’s conveying equipment is also designed to be flexible, allowing for customization based on the specific needs of each customer. The machines can be designed to handle different types of materials, including powders, granules, and flakes, and can be customized to fit into existing production lines.

One of the advantages of working with Diyani Engineering is their in-house design and manufacturing capabilities. This means that the company can work closely with customers to design and build customized solutions that meet their exact requirements. The company’s design team uses the latest software and tools to create 3D models of the machines, allowing customers to visualize the final product before it is built.

Another advantage of working with Diyani Engineering is their commitment to quality. The company uses high-quality materials and components in the manufacturing of their machines, ensuring that they are durable and long-lasting. The machines are also rigorously tested before they are shipped to customers, ensuring that they meet the highest standards of quality and reliability.

Diyani Engineering has established a reputation as a reliable and trusted supplier of bagging machines and conveying equipment for the plastic and polymer industry. The company has a strong track record of delivering innovative solutions that meet the specific needs of each customer, and their commitment to quality and customer satisfaction has earned them a loyal customer base.

In conclusion, Diyani Engineering is a company that is at the forefront of the bagging machine and conveying equipment industry. With their in-house design and manufacturing facilities, latest software, and well-equipped manufacturing facilities, the company is able to deliver innovative solutions that meet the specific needs of each customer. Their commitment to quality and customer satisfaction has earned them a strong reputation in the industry, and they are well-positioned to continue to grow and expand in the years to come.

 

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We Win ‘Innovative Motor Manufacturer’ Award for Our Synchrotorq Servo Motors

We Win ‘Innovative Motor Manufacturer’ Award for Our Synchrotorq Servo Motors

Our SynchroTorq range of servo motors has won us the ‘Innovative Motor Manufacturer’ award at the 2022-23 edition of the Modern Plastics India Award function in Mumbai on January 19th 2023.

Bharat Bijlee’s products and solutions span the machine automation pyramid for applications in diverse industries: Plastics, Textiles, Machine Tools and Metals. These are powered by automation products and servo drives in partnership with KEB Automation, Germany.

The SynchroTorq series of AC synchronous servo motors, together with KEB’s Combivert servo drives, provide superior dynamic control and energy savings for Plastic Injection Moulding Machines (IMM).

We have supplied over 12,000 servo solutions to leading IMM OEMs across the country. This is backed by our pan-India service network, and supported by our troubleshooting mobile app for drives.

Additionally, we offer an IIOT solution for plastic IMMs with predictive and preventive maintenance and customised dashboards for remote monitoring of productivity and quality.

SynchroTorq servo motors are available in ratings from 50Nm (13kw) to 280Nm (58kw). Going forward, we will offer these motors in lower ratings suitable for All-Electric IMMs as well as Printing & Packaging machines, together with the new generation of KEB’s servo drives.

We are also developing a direct drive torque motor for plastic extrusion machines that will eliminate the gear box, resulting in energy savings and increased productivity.

Bharat Bijlee (BSE: 503960, NSE: BBL) is a pioneer in electrical engineering in India. Established in 1946, the company has two primary business segments: Power Systems that comprise Transformers and Projects divisions, and the Industrial Systems segment comprising the Electric Motors, Drives & Automation and Magnet Technology Machines verticals.

 

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