Connectivity provides manufacturing plant operations many advantages like increased productivity, faster identification and remediation of quality defects, and better collaboration across functional areas. However, this connectivity is dramatically increasing smart factories’ vulnerabilities and leaving them exposed to cybersecurity threats.

The shift toward automation has radically changed the infrastructure requirements for food manufacturers.

A new cleaning tool has been under development at Cornell University, which uses superheated steam to kill bacteria on production surfaces.

The company upcycles food waste to grow mycelium protein.

The grant for Purdue University is for a zero-waste food production system designed to convert nutrient-rich waste into energy for system operation and high-value bioproducts.

Changing the way that distilleries use resources is a great start, but the increased market for spirits means that green techniques must be factored into initial facility designs, as companies aim to raise their production capacity.

Food waste is a big part of the conversation with consumers in 2023. Consumer research conducted by Do Good Foods in September 2022 reveals that “Americans want to be more climate-friendly, and nearly half are more concerned about food waste than they were a year ago.”

The company will display its branded ingredients at the show.

The lab will be used for the research and development of regenerative coffee with 100% electric roasters.

The lessons learned from the principles and subsystems in play can and should be applied broadly to your own industrial vacuum system, whether freeze-drying is your game or not.

As food and beverage manufacturers seek solutions to reduce operational costs and decarbonize, they may be surprised to find the answer in a solution that’s nearly a century old: absorption cooling.

Defining the fundamentals of vacuum and discussing the utility applications of oil-sealed vacuum technology.

The threat of finite natural resources can be managed by switching to heat pumps—a move that will pay for itself in resulting energy-cost reductions.

What’s not to like about improving sustainability and protecting the environment while saving energy and money—and best of all, no equipment or software expenditures are necessary.

Launched in 1991, the biannual conference brings together food engineers and technologists from across industries, academic institutions and government to discuss emerging challenges and potential solutions for delivery of safe, nutritious and sustainable foods.

In celebration of International Women in Engineering Day, Jayme Laser, Savannah Stellhorn and Jaclyn Navara share their experiences in the food industry and offer insight on how to support current and future women engineers.

Better Juice’s enzymatic technology is based on non-GMO microorganisms that naturally transform fruit juice’s composition of sucrose, glucose and fructose into prebiotic oligosaccharides and other non-digestible fibers.

The Perceptiv ecosystem is designed to offer customers a unified platform to meet the growing reliability needs industrial manufacturers face.

How to decide where you need to start is key to unlocking success.

Domino’s latest solutions include coding automation software that removes the need for manual intervention and integrated machine vision to check the accuracy of every printed code.

Even though new processing and packaging equipment today has maintenance tools built in, proper planning and integration into an enterprise maintenance management system makes repair activities easier to track and helps prevent a stockroom full of expensive parts that are never needed.

The beer and beverage maker turned to PET Technologies to improve productivity, reduce downtimes and increase brand awareness.

Ahmik Hindman, senior networks and security consultant at Rockwell Automation, recently spoke about how food manufacturers can assess cybersecurity risks, implement security patches and build a cybersecurity risk management system.

With up to 12 signal interfaces and nine signal types in one terminal, the multi-interface is ideal for numerous applications.

The company has divested its gripper business assets to the Schmalz Group to focus its resources and expertise on advancing the commercialization of its end-to-end visual AI solutions.

Turn Industry 4.0 from a concept into a tangible business use case with this helpful assessment. Discover the key elements to implementing a successful project that provides business results that align with your company goals.

Oxipital AI’s 3D vision and AI offerings aim to be more convenient and effective through a different method of “training” its products.

Green initiatives have shown that raising cold-chain temperatures by 3°C from -18°C to -15°C can save the industry money, but how well can equipment in service support the move?

AI looks to be a panacea for making better inspection choices, but knowing specifically what the inspection criteria should be needs to be in place before employing an AI-based system.

As the regulatory landscape becomes increasingly complex, forward-thinking organizations are turning to Internet of Things (IoT) technology to ensure adherence to evolving standards throughout the production process.

While you can measure and chart OEE manually, today’s AI and ML-based technologies with smart sensors can help processors find the little things that can improve availability, performance and quality — leading to autonomous manufacturing.

At the IFT FIRST Conference, Mimi Bonnett of Innova Market Insights spotlighted the top food trends in the U.S. and Canada, while Michael Warter of Ruiz Foods delivered insights on machine learning and AI.

As companies seek to enhance precision, increase efficiency and reduce costs, AI-driven computer numerical control (CNC) machining is emerging as a game-changing innovation.

Unlike wet ingredients, the handling of dry powder ingredients and products usually requires specifically designed process areas to prevent dangerous situations that could result in worker injuries or death.

Fully automated by the Rizon 4 adaptive robot, the solution utilizes a combination of computer vision and force-control to identify and shape breaded fish fillets, so that consumers receive portions of a uniform size and shape.

Meat processors can turn to automation and vary film gauge, among other strategies, to meet demand for holiday products.

New remote service tools and robust asset management platforms enable food and beverage companies to envision AI-based strategies and facilitate product innovation across the enterprise.

Phrases such as “artificial intelligence” and “machine learning” are dominating headlines – and boardroom discussions – but what do they really mean? And more importantly, what can they do for food and beverage manufacturers?

While previous industrial revolutions were primarily driven by technological advancements, the emergence of Industry 5.0 is much more people focused. It's not defined by a single technological advancement but by a renewed focus on the human element. This era marks a crucial and overdue transition toward human-centric manufacturing operations, processes and businesses as a whole.

By embracing TSN, food and beverage companies not only improve their OEE but also set the stage for a future where production lines are not just automated but intelligently interconnected and extremely flexible.

SPI will remain a standalone brand and continue to support its existing customers.

Check out some of the latest packaging and processing solutions exhibitors plan to debut or showcase at PACK EXPO, set for Nov. 3-6 in Chicago.

With the rushed production schedules at plants, having key process information is not the only data needed, but key device data allows scheduled maintenance.

Located in Conway, Arkansas, the 570,000-sq.-ft. facility represents a $315 million investment in manufacturing capability and includes a comprehensive beverage development laboratory.

The company’s facility in Seymore, Ind. will build upon key learnings and successes from Vital Farms’ egg washing and packing facility in Springfield, Mo., which opened in 2017.

The Modesto expansion is the second largest capital project in the company’s history.

The completion of this transaction is part of the company’s overall network optimization strategy, one of the pillars of its Global Strategic Plan.

The new facility will boost the company’s presence in growing edible oil and animal feed markets, and will create opportunities in renewable energy feedstock markets.

The expansion, in South Windsor, Conn., comes as part of the company's strategic plan to expand its production capabilities, innovate and meet strong demand for its meal solutions products.

The company offers a wide variety of services, including whole bird cut-up, custom breast and thigh deboning, breast and tender hand portioning, marination and re-packing.