Innovation
How Closures Simplify the Shift From Rigid to Flexible Dairy Packaging
As dairy brands move from rigid containers to flexible packaging for sustainability and convenience, they face new considerations around equipment, materials and performance. Flexible formats like spouted pouches offer clear advantages, including reduced material use, improved logistics efficiency and recycle-ready structures, while aligning with modern, on-the-go lifestyles.
Read MoreFrom Metal to Plastic: A Smarter Carburetor Solution
Hoffer Plastics partnered with a leading U.S.-based small engine OEM to redefine carburetor performance through an engineering-driven metal-to-plastic conversion.
Read MoreAdvancing a Circular Future Through Flexible Packaging
For decades, plastics followed a predictable path from production to landfill. Today, forward-thinking companies are charting a different course – one where circularity guides the process. By designing products for durability, repairability and recyclability, businesses are keeping materials in use longer and reducing waste.
Read MoreShaping the Future of Flexible Packaging with Ultrasonic Welding
Medical Design Briefs sat down with Hoffer Plastics director of engineering, Brian Beringer, to discuss the critical role micromolding plays in medical device manufacturing. As Beringer highlights, success requires more than just precision engineering. It demands a strategic, end-to-end approach – from initial design and prototyping through tooling and full-scale production.
Read MoreMicromolding is Reshaping the Future of MedTech
Medical Design Briefs sat down with Hoffer Plastics director of engineering, Brian Beringer, to discuss the critical role micromolding plays in medical device manufacturing. As Beringer highlights, success requires more than just precision engineering. It demands a strategic, end-to-end approach – from initial design and prototyping through tooling and full-scale production.
Read MoreDriving Sustainable Manufacturing with Technology and Talent
Medical Design Briefs sat down with Hoffer Plastics director of engineering, Brian Beringer, to discuss the critical role micromolding plays in medical device manufacturing. As Beringer highlights, success requires more than just precision engineering. It demands a strategic, end-to-end approach – from initial design and prototyping through tooling and full-scale production.
Read More30 Under 30: The Next Generation Driving Innovation in MoldMaking
Medical Design Briefs sat down with Hoffer Plastics director of engineering, Brian Beringer, to discuss the critical role micromolding plays in medical device manufacturing. As Beringer highlights, success requires more than just precision engineering. It demands a strategic, end-to-end approach – from initial design and prototyping through tooling and full-scale production.
Read MoreEnhancing Packaging Performance Through Cap and Spout Selection
Medical Design Briefs sat down with Hoffer Plastics director of engineering, Brian Beringer, to discuss the critical role micromolding plays in medical device manufacturing. As Beringer highlights, success requires more than just precision engineering. It demands a strategic, end-to-end approach – from initial design and prototyping through tooling and full-scale production.
Read MoreThe Strategic Role of Medical Micromolding in Advancing Healthcare Technology
Medical Design Briefs sat down with Hoffer Plastics director of engineering, Brian Beringer, to discuss the critical role micromolding plays in medical device manufacturing. As Beringer highlights, success requires more than just precision engineering. It demands a strategic, end-to-end approach – from initial design and prototyping through tooling and full-scale production.
Read MoreSmall Parts, Big Impact: Micromolding Fuels the Next Generation of Medical Devices
Every player in the medical device manufacturing industry is always on the lookout for the next big breakthrough. But what about the small ones – literally? As medical technology advances, components continue to shrink, requiring tighter tolerances and faster production speeds. While these challenges may seem complex, one manufacturing process continues to fuel innovation: micromolding.…
Read More