White House backs reduced plastic production, criteria for chemical and product lists, in UN treaty


The Biden administration now plans to support targets to reduce plastic production in upcoming negotiations for an international plastics treaty, marking a notable shift from its position in four rounds of prior talks.

Additionally, the administration is now open to negotiating a potential list of chemicals to phase out as well as criteria for developing a potential list of problematic or avoidable plastic products. The administration’s overall shift, first reported by Reuters, was confirmed by a State Department spokesperson.

The fifth round of treaty negotiations via an Intergovernmental Negotiating Committee will take place in Busan, South Korea, later this year.

The United Nations-convened process to negotiate a global plastic treaty among hundreds of countries has been complex, with four INC meetings since 2022 and few tangible outcomes. This shift by the U.S., ahead of what is expected to be the final session, is viewed as a notable development.

It comes shortly after the Biden administration released a report recommending efforts to reduce single-use plastic in federal operations by 2035 and calling for a “goal to reduce the global production and consumption of virgin plastics.”

Previously, the U.S. had been more aligned with countries such as China and Saudi Arabia that did not support language calling for reduced plastic production. Instead, those countries are more focused on downstream areas such as mitigating plastic pollution and enhancing recycling systems. This was at odds with more than 60 countries that formed a “high ambition” coalition, co-chaired by Norway and Rwanda.

Ahead of INC-5, some of these countries aligned with outside groups (including the Ellen MacArthur Foundation and WWF) to directly support reducing “production of primary plastic polymers.” While the U.S. hasn’t formally supported this declaration, known as the “Bridge to Busan,” multiple sources say the Biden administration’s new position is consistent with that language.

“I think this shift could be a game changer for the whole plastic treaty negotiation,” said John Hocevar, campaign director for Greenpeace USA Oceans. “The shift in U.S. position will make it more difficult for the blocking countries to continue to oppose meaningful action, and it will embolden other countries to take more ambitious approaches.”

The American Chemistry Council had a different reaction.

“This is a lose-lose situation,” said CEO Chris Jahn in a statement. “American jobs will be at risk of being outsourced. The cost of goods is likely to rise globally, impacting those least able to afford it. And the U.S. negotiators’ influence at the next round of negotiations will be significantly diminished since other countries know such drastic positions are unlikely to secure the 67 votes needed in the Senate to join the agreement.” 

ACC went on to say if the Biden administration wants to meet its environmental goals then “the world will need to rely on plastic more, not less.” The Plastics Industry Association raised similar concerns.

“The plastic industry is the seventh largest manufacturing industry in the United States and employs one million people. With this decision, the White House has turned its back on Americans whose livelihoods depend on our industry, as well as on manufacturers in all sectors that rely on plastic materials,” said CEO Matt Seaholm in a statement that also questioned Senate approval.

Environmental groups say it’s premature to raise concerns about if or how Senate approval would be required until a treaty is complete and this fall’s election outcome is known. They also note that international companies could still be affected if other major countries approved the treaty.

The ongoing treaty process has also elicited views from packaging manufacturers and CPGs, with many endorsing a Business Coalition for a Global Plastics Treaty that was convened by EMF and WWF. That coalition didn’t have a reaction to this week’s news, but WWF heralded the shift.

“We know that the U.S. is the largest producer of plastic and has a major role to play in ending the plastic pollution crisis,” said Erin Simon, vice president and head of plastic waste and business at WWF. “We are excited to hear that the U.S. government is supportive of exploring some of the fastest paths to an ambitious global treaty, including targets that reduce plastic production and alignment with the rest of the world on phasing out harmful chemicals and products.”

The Innovation Alliance for a Global Plastics Treaty, which includes smaller packaging startups, also said it “welcomes the developments” and said that this gave “fresh momentum” toward their goals.

“Global targets are not just aspirational benchmarks; to achieve them we require innovation — targets are a catalyst for existing solutions in alternative materials, circular economy, and reuse-refill sectors,” said a spokesperson via email.

This week’s news still leaves many questions about how the U.S. will advocate for these policies.

“The U.S. is known for a very thoughtful and independent approach to these negotiations, so I think we’ll all be waiting to see what comes next,” said Anja Brandon, associate director of plastics policy at the Ocean Conservancy. “Do they put out any position statements ahead of INC-5, do they share anything with the secretariat?”

Groups such as Greenpeace have previously called for a 75% cut to global plastic production by 2040. Figuring out how to measure that will be a key point of discussion.

Brandon said measurement will be complex, but cited the Paris climate agreement’s 1.5 degree C target as an example. She noted that reporting requirements under the growing number of extended producer responsibility laws are a step in this direction and said multiple approaches could work.

“I think getting to a place where every country has more transparent and detailed information about plastics and packaging in general would be incredibly helpful toward achieving the goal of this treaty,” she said.

Negotiating criteria or specifics for a possible list of harmful chemicals is similarly complex as many thousands are currently in use. Hocevar said his group doesn’t yet have a specific position on which chemicals could go on the list, but cited concerns about health effects from certain plastics and said “transparency is a vital first step” in terms of what this could mean for the supply chain.

Figuring out criteria for a potential list of problematic or banned plastic products is also considered difficult, including questions about whether countries would come up with their own lists. The International Council of Chemical Associations has previously said it does not support the treaty including a specific list of banned products and would prefer to see a more nuanced country-level approach that also considers other options.

In 2023, WWF released a report suggesting certain items that could go on such a list as part of a treaty. The U.S. Plastics Pact, part of a global network, also published a list of items its activators pledged to phase out. It also called out chemicals such as types of PFAS, polyvinyl chloride, polystyrene and others.

INC-5 is scheduled to occur Nov. 25 to Dec. 1.



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Beyond Plastics report provides overview and critiques of bioplastics – Food Packaging Forum


On July 11, 2024, civil society organization Beyond Plastics published a report investigating and providing an overview of compostable and biodegradable plastic food packaging. The aim of the report is to clarify misconceptions about these products and offer business owners and individuals guidance on how to navigate the decision-making process for finding plastic alternatives.  

Beyond introducing basic terminology, regulations, and systems contexts, the report highlights key challenges associated with bioplastics from certification issues and concerns about toxicity, to complex waste management. 

The lack of federal standards for defining and regulating bioplastics in the US leads to widespread greenwashing, the authors believe. While voluntary standards do exist, they are often overseen by industry groups creating conflicts of interest. “[T]he board of the U.S.’s lead certifier of compostable packaging, the Biodegradable Products Institute (BPI), includes executives from some of the country’s most powerful petrochemical companies, including BASF, Eastman Chemical Company, TotalEnergies Corbion, and Danimer Scientific,” the authors found.  

Recent research indicates that some bioplastics can be just as toxic, or even more so, than conventional fossil-based plastics due to the various chemical additives used during production (FPF reported). The authors quote Food Packaging Forum scientist Lisa Zimmermann’s study from 2020, which shows that certain bioplastics exhibit baseline toxicity, oxidative stress, and hormone disruption potential. The chemical composition of these bioplastics often includes a mix of identified and unidentified substances, some shared with conventional plastics. 

Composting bioplastics also presents some challenges. Many products labeled “compostable” require industrial composting facilities, which are not widely available. Additionally, the report emphasizes that incomplete degradation of bioplastics can lead to increased toxicity of the residual materials, potentially contaminating soil and water resources. 

To conclude, the authors encourage transparency from suppliers and manufacturers about their products’ contents and ask for more independent certification. More importantly, however, they note that reusable containers made from inert and safe materials should be prioritized.  

Accompanying the report is a short brochure explaining the key points and including a checklist for businesses with questions to ask their suppliers.  

The Food Packaging Forum’s fact sheet on bioplastics is an additional resource that addresses common questions and mix-ups around bioplastics, and it can help consumers and retailers make evidence-based decisions.  

 

Reference 

Beyond Plastics (July 11, 2024). “Demystifying compostable and biodegradable plastics: Do safe and sustainable options exist? 

 

Read more 

Beyond Plastics (July 11, 2024). “New Report Reveals Challenges of ‘Biodegradable’ and ‘Compostable’ Plastic, Provides Guide to Choosing Best Products. 

Cami Ferrel (July 11, 2024). “Bioplastics are inadequately defined, poorly regulated, and potentially toxic: Report. Environmental Health News



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Rig-A-Lite Debuts High-Bay LED Lights for the Food Processing Industry



Rig-A-Lite has released two new LED area lights specialized for harsh environments such as those experienced in the food processing industry.

The Hazardous Food Processing Areas High-Bay (HFPA) and newly upgraded Food Processing High Bay (FPHB) lights feature a sleek debris-shedding profile with a drip edge, designed to be washed down for liquid runoff under any conditions. Both lights feature aluminum construction with silicone gaskets, with a finish approved by the National Sanitation Foundation (NSF). Featuring a drop lens design available in clear or diffused glass, they also house field-replaceable LED circuit boards and drivers with quick disconnects and have been high-pressure hose tested to 1500 PSI.

Both lights have a brightness range of 13,662- 31,520 lumens.

The HFPA and FPHB have been designed for optimal performance, easier installation, reduced maintenance, increased safety and superior illumination. Individual components can be replaced as needed, which maximizes service life and lowers the overall cost of ownership.

Both lights hold the following certifications:

  • Underwriters Laboratories (UL) 8750 Safety Standard for Light Emitting Diodes – These products meet established safety standards in the United States, and this criteria includes LED equipment operating in the visible light spectrum of 400-700 nanometers.
  • cUL – These products have been tested and by the Canadian Standards Association to meet safety standards for electrical products in Canada.
  • NEMA 4X – The National Electrical Manufacturers Association (NEMA) rated these products for outdoor use with electrical enclosures that are resistant to corrosion; protect against water ingress from rain, sleet and snow; protect against solid ingress from airborne dust, debris, fibers and dirt; and protect against damage from ice forming on the enclosure.
  • IP66 – The Ingress Protection (IP) code indicates that these products protect against dust and water on two scales of one to six (as opposed to the number 66). The first six means a product is completely dust-tight, and the second six means a product can withstand high-pressure jets of water from any direction.
  • IP69K – This is the highest rating available on the IP scale, indicating that these products are dust-tight and protect against both high-pressure and high temperature jets of water. The “K” denotes specific protection from high-pressure steam, which is often required in the food processing industry for hygiene reasons.
  • NSF-Certified for Food Equipment – These products meet public health and safety standards set by the NSF to comply with US FDA Food Code requirements and will not leach harmful chemicals into food and are cleanable so as not to harbor bacteria.

In addition, the HFPA holds several certifications on its own:

  • UL 844 for Hazardous Locations – This product meets the North American standard for hazardous location lighting.
  • Class I, Division 2 – Under the National Electrical Code (NEC) under the National Fire Protection Association (NFPA), this product is certified for use in areas where flammable gases and vapors may be present under abnormal conditions.
  • Class II, Division 2 – Under the NEC, this product is certified for use in areas where airborne combustible dust may be present under abnormal conditions.
  • Class III – Under the NEC, this product is certified for use in areas where easily ignitable fibers are present under normal conditions.

The FPHB also holds the following certifications:

  • UL 1598 for Wet Locations – This product can be installed in locations subject to saturation with water or other liquids, and in unprotected locations exposed to weather.
  • UL 924 for Emergency Lighting – This product automatically illuminates in cases of power failure or surge that disrupts AC power.

The two lights look identical, but the FPHB is for ordinary locations, while the HFPA is for hazardous locations. Ordinary locations are safe areas that require certification for risks associated with shock, fire and personal injury. Hazardous locations require certification based on risks associated with explosion and related protection methods.



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Upcycled Foods Partners with Atoria’s Family Bakery on Mini Upcycled Naan



Upcycled Foods, Inc. announces the debut of Atoria’s Family Bakery Mini Upcycled Naan, the latest brand collaboration for the Upcycled Foods Lab. 

These mini flatbreads are baked with upcycled flour, made from barley, wheat and rye rescued at the end of the beer making process. These soft and pillowy naans are fortified with a hearty inclusion of ReGrained SuperGrain+, receiving the Upcycled Certified standard. These versatile flatbreads are perfect for making pizzas, foldovers, croutons, or dipping in sweet and savory sauces. 

“We are proud to partner with the team at Atoria’s Family Bakery to collaborate on new upcycled products that honor family tradition, a commitment to simple ingredients, and modern consumer expectations for food that delivers on flavor, nutrition, and sustainability,” says Dan Kurzrock, founder and CEO of Upcycled Foods, Inc. “Our Upcycled Food Lab team loved partnering with the forward-thinking leadership at Atoria’s to support this innovation from ideation through launch and are so excited for consumers to finally be able to get their hands on them.”  

After an initial launch exclusively with Misfits Market, Atoria’s Mini Upcycled Naan is now available at Albertsons and Safeway stores in the Southwest, co-ops nationwide, independent natural foods stores nationwide, Plum Market, Clarks Nutrition, and online at atoriasfamilybakery.com.



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From “forever chemicals” to fluorine-free alternatives – Food Packaging Forum


Per- and polyfluoroalkyl substances (PFAS) are ubiquitous and persistent chemicals, often referred to as “forever chemicals”. They are used in various applications, including food contact materials (FPF reported). In a perspective article published in Science on July 18th, 2024, Mohamed Ateia from the US Environmental Protection Agency and Martin Scheringer from ETH Zurich make the case for a responsible and informed shift away from PFAS using a strategic approach . They summarize the status quo and suggest ways to avoid unwanted consequences when switching to fluorine-free alternatives.

PFAS are extremely persistent and can affect human health and the environment. The authors state that their chronic toxicity and ubiquity are still often overlooked in standard hazard assessments. They note that recent regulatory action (FPF reported, and here) and public awareness have led to a push for finding replacements.

However, the replacement process is not straightforward. “Regrettable substitution” can occur when one harmful chemical is replaced by another (FPF reported). Avoiding such problems requires extensive research, development, and information gathering by many stakeholders. The authors raise concerns regarding the fragmentation of assessments and replacement activities. The many functions of PFAS in many diverse applications make replacing them even more difficult.

The authors call for effective and holistic strategies considering (i) the full lifecycle and (ii) for open communication and data exchange between stakeholders.

Regarding the first aspect, replacements for PFAS should consider the entire life cycle from manufacturing to disposal, incorporate green chemistry principles (FPF reported), and balance functionality and protection of human health and the environment. The authors state that “[a]n ideal PFAS replacement has effective functionality, minimal safety issues, and a minimal environmental footprint.” Fluorine-free alternatives should be benign-by-design and have robust and resilient supply chains. The essential use concept and the careful prioritization of high exposure sources can help identify areas where the development of new alternatives is most urgently needed.

Regarding the second element in the proposed strategic approach, open data sharing can accelerate the discovery, development, and implementation of safer alternatives. Such collaboration avoids duplication of work and isolated discussion in individual sectors, especially where PFAS use is non-essential and alternatives already exist. Some stakeholders have already replaced PFAS in food contact materials (FPF reported). Nonetheless, the authors acknowledge that finding immediate replacements for PFAS in certain industries and for some specific applications will be challenging, particularly mentioning the demanding conditions and diverse applications of PFAS in semiconductors, aerospace, and construction.

The authors urge that these trade-offs, uncertainties, and challenges, should not be used to exaggerate the advantages of PFAS, downplay the link between PFAS exposure and adverse impacts, or overstate the technological downsides of alternatives. They note that “for alternatives to PFAS, setting realistic expectations is important. Not all substitutes may immediately match the performance of well-established chemicals that have been optimized over decades of use”. Replacing PFAS will require a comprehensive and strategic approach, a commitment to research and innovation, and a willingness to work together across sectors.

 

References

Mohamed Ateia & Martin Scheringer (2024). ‘From “forever chemicals” to fluorine-free alternatives.’ Science. DOI: 10.1126/science.ado5019



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Italian Coffee Trader Alkaff Turns to Dimitra’s Blockchain Platform to Ensure Compliance with Deforestation Regulation



Dimitra, a blockchain-based operating system for agricultural technology, has onboarded Alkaff, a Sicily-based international green coffee trading corporation, to its EUDR Due Diligence Service (DDS) platform to ensure compliant coffee supplies in Italy. 

This platform utilizes artificial intelligence (AI) and blockchain technology to acquire and analyze farmer data and ensure market compliance with the upcoming European Union Deforestation Regulation (EUDR), set to take effect at the end of 2024.

Reducing the burden of data management for green coffee traders, roasters and merchants in Italy, Dimitra’s DDS platform receives, manages, analyzes and stores supply chain data for seamless communication with authorities and other supply chain operators. Once a supply chain is fully mapped, Dimitra’s DDS will automatically prepare a Risk Assessment and Due Diligence Report, and upon user confirmation, upload all required data to the EU Information System, documenting compliance. Dimitra’s DDS platform can act as a standalone system or be fully integrated into any third-party Enterprise Resource Planning (ERP) environment.

Alkaff will employ Dimitra’s tailored DDS platform and engage Dimitra’s industry experts to map Alkaff’s expansive supply chain, support Alkaff suppliers in farm-level data acquisition, and analyze the data provided by the suppliers to ensure a transparent, traceable and EUDR-compliant supply chain. Dimitra will integrate fully into Alkaff’s software environment and also deliver traceability data directly to Alkaff’s customer-facing application.

“For Alkaff, the largest coffee merchant in Italy, to make this decisive step towards EUDR compliance proves once again that Rudi Albert, the company CEO, and his team understand the opportunities that come with the digitalization of global coffee chains,” says Maurizio Zugna, Italy project manager. “Dimitra’s platform digitalizes the process making compliance that much more achievable.”



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Meal Kit Providers Adopt Aptar-Food Protection SeaWell Active Packaging



Aptar-Food Protection, part of AptarGroup, Inc., has expanded its SeaWell active packaging system into the e-commerce category. 

Already utilized by major retailers across the U.S., the active packaging solution – designed to help maintain seafood freshness, quality and aesthetics – has now been adopted for direct-to-consumer shipping of various seafood items including filets, whole fish and shellfish such as crab legs, scallops and shrimp.

In response to customer feedback, two leading home delivery companies have adopted SeaWell technology for their seafood-based meal kits to improve consumer experiences with case-to-cook convenience and cleaner handling in the kitchen. In addition to allowing frozen-to-thaw distribution, the SeaWell active packaging system’s integrated technology absorbs excess liquids that would otherwise accumulate around seafood, causing potential product breakdown and negatively impacting both freshness and appearance. 

SeaWell active packaging utilizes food contact-safe absorbent materials embedded into its proprietary Drip-Lock technology to trap excess fluids inside patented pockets or wells. This separation reduces the rate of seafood microbial growth, chemical degradation and odor accumulation.

“The home delivery companies we work with are always listening to the voice of the consumer and making packaging changes to improve user experiences to promote customer loyalty,” says Michael Stephens, CEO, Bama Sea Products. “In particular, shrimp tends to be a prominent cause of customer complaints in the home delivery sector due to leaking, messy handling, and cross-contamination with other proteins. We were delighted to be able to work with Aptar to develop an appropriate SeaWell packaging solution for this market and bring it to commercialization.”

“The SeaWell active packaging system addresses many of the challenges the seafood home delivery market faces, particularly related to keeping products fresh and avoiding messy leaks and spills during transit,” adds Neal Watson, VP and general manager for Aptar-Food Protection. “This innovative technology can deliver as much as an extra day of in-home shelf life, improving consumer experiences, driving customer loyalty and securing repeat business.”



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28% of PET bottles are being recycled, The Recycling Partnership reports


Dive Brief:

  • PET bottles are now estimated to have a 28% recycling rate in residential systems, according to data shared by The Recycling Partnership.
  • A PET Recycling Coalition report last week said that since the Partnership launched the brands-backed group in 2022, 24 million new pounds of PET bottles have been captured along with 5 million pounds of non-bottle PET packaging. 
  • In the near term, the coalition says it seeks to exceed an acceptance rate of 60% for non-bottle PET and “achieve scaled recycling” for pigmented and opaque PET by the end of 2025.

Dive Insight:

When The Recycling Partnership launched the coalition, it was driven in part by companies demanding rPET for packaging to meet corporate sustainability goals and regulatory requirements, as well as by reclaimers seeking more material from MRFs to increase rPET production to sell to companies for packaging. The Partnership said that there’s more demand for clear recycled PET, whereas manufacturer demand for rPET derived from pigmented or opaque PET is low.

Specifically, the coalition aimed to increase the capture of PET bottles; widen acceptance of PET trays, cups and clamshells in community recycling collection programs; unlock new supplies of rPET for packaging manufacturers; and strengthen recycling systems of pigmented and opaque PET. The coalition is funded by the likes of Coca-Cola, Kraft Heinz and Danone North America, and its steering committee members include Eastman, Indorama Ventures, the National Association for PET Container Resources, Niagara Bottling, Procter & Gamble and the Walmart Foundation.

Many beverage brands and others say they want to buy recycled PET to increase the proportion of recycled content in their bottles. Some brands have said there’s not enough supply — or affordable supply — to buy, although there’s been a mixed picture of how much this is a factor. But Coca-Cola, a supporter of the coalition, even co-launched a competition this year aimed at finding innovations that could increase rPET supply. Coca-Cola reported in its most recent 2022 sustainability report that 15% of the PET it used is recycled PET.

It can be hard to get a clear picture of how much PET is being collected for recycling to boost supply. EPA’s most updated recycling data dates back to 2018; the agency estimated that the recycling rate of PET bottles and jars was about 29%, citing the American Chemistry Council and other industry data.

Regardless, increasing the collection of PET, known by some consumers as #1 plastics, is a key part of the equation now and going forward.

According to Partnership data, bottles dominate PET packaging; 18% of PET packaging in the U.S. is not bottles. Within that subset, the Partnership reports that just 9% of non-bottle PET fruit containers, tubs and trays are recycled.

The Partnership reports that the coalition has so far granted $5.12 million to 23 awardees, including three to MRFs that will separate pigmented and opaque PET and one to a reclaimer focused on creating a new end market for that material. The coalition said it was unable to fulfill about $15 million in additional funding requests and that it’s seeking to raise $52 million total for its efforts.

The coalition argues that the need for additional funding is heightened by changing policy, namely the addition of more state extended producer responsibility laws. “[I]n states like Oregon, the EPR framework will not unlock the full opportunity for non-bottle PET circularity unless sufficient responsible end markets exist,” the report states. “Our Coalition granting has helped develop those end markets but more work is needed.”



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FOX IV Launches New Entry-Level Label Print and Apply


Simple, Affordable, Automated Labeling System

FOX IV Technologies will officially launch their NEW 6312 Label Printer-Applicator at Pack Expo International 2024.  The 6312 is ideal for simple label print and apply applications, such as shipping labeling, as well as for small to medium size businesses looking to begin their automation journey.

Designed to be an entry level label print and apply solution, the FOX IV 6312 is streamlined and simplified.  By incorporating the Postek MX series print engine, no external PC or PLC is required.  With just a few taps on the LCD touch screen, the entire labeling process can be set up and ready to use – no coding experience required!  The best feature; however, is its affordability.  The lower cost of acquisition makes automating labeling achievable for small to medium-sized businesses.

“The 6312 is a great way to start automating your fulfillment processes,” explains FOX IV Marketing Manager Catherine Hornsby. “The large 4.5” touchscreen, built-in PLC, and simplified applicator controls makes the 6312 easy for operators to use.  It can be set up on a new or existing conveyor or used with a manual trigger for semi-automatic labeling.”

“Additionally,” says Ms. Hornsby, “the entry-level price point makes automating labeling easier to justify by providing fast ROI through increased throughput, labor time savings, and minimized labeling errors. For companies ready to move to the next level, it’s a great starting point.”

The Postek MX print module is incorporated into FOX IV’s durable industrial applicator design.  Labels up to 4.72” (120 mm) can be printed at speeds up to 18 ips, depending on model, and applied directly to the top, side, or bottom of a product, shipping box, reusable tote, or pallet. Systems are available with 203, 300, or 600 dpi print resolution. Other features include automated printhead pressure adjustments, a 12” OD label roll capacity, and automatic calibration for consistent high-quality printing.  Several optional features are offered to customize the labeling experience, including RFID encoding and verification, 1D and 2D barcode verification, ribbon saver, and a wireless communication option.

Pack Expo attendees can experience the new FOX IV 6312 at Booth #4936 in the North Hall.

FOX IV Technologies, Inc., has been an innovator in the automated labeling and coding industry for over 25 years.  They offer a full line of label printers and applicators, ribbons, labels, enclosures, printing supplies and services, material handling equipment and software solutions in order to provide fully integrated turnkey automated identification systems.  The company integrates all major printing technologies into durable label printer applicators capable of operating 24/7 in a wide variety manufacturing environments.  Known internationally for innovative designs, quality construction and customized solutions, FOX IV is located approximately 20 miles east of Pittsburgh, PA.



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