BPI - Bramming Plast-Industri A/S

How do you measure a noise issue? And know you're pointing at the right component?💡 Chasing a noise issue with the wrong measurement approach can cost your team valuable time. Take a look inside BPI's semi-anechoic Sound Lab with our Noise and Vibration Specialist Benny and experience the tools we use to trace noise back to its source: accelerometers, modal hammers, microphones and sound intensity probes. Using a real heat pump as the test case, see how near-field and transfer-path measurements combine to reveal exactly which component is triggering the noise, before a single design change is made. Learn more about the root cause of the noise. 👇🏼

Is your heat pump, ventilation system or refrigeration unit generating noise complaints your team can't pin down? 🔊 Most noise issues aren’t one problem. They’re several, disguised as one. Before you can reduce noise, you need to define it precisely: airborne, structure-borne, tonal, or a combination of all three. BPI's Noise and Vibration Specialist Benny Christensen will show you how to turn a vague noise complaint into a measurable, solvable engineering problem. It's the foundation every noise reduction project should start with. Learn more about noise. 👇🏼

You’ve isolated the noise source. But turning that into a validated, production-ready fix is a project of its own. So now what? 🤔 Learn how BPI’s team of mold, chemical, and noise experts turns root-cause findings into a customised, working prototype. We test across a full matrix of material and geometry variations to find the best noise reduction effect for your specific product. The result: a documented, validated solution your customer can hear for themselves before it goes into production. Learn more about noise-reducing solutions.👇🏼

Good seating is about more than comfort. It’s also about understanding what the customer really needs 💪👏 In this video, I share a recent example of how we worked with a customer to develop a more sustainable seating solution ♻️ 🍃 Curious to see what we could develop for your application? Comment SEATING below or send me a message, and I’ll be happy to share more and arrange free samples 🚀 #Healthcare #SeatingSolutions #sustainable seating #ProductDevelopment #bpi

You’ve isolated the noise source. But turning that into a validated, production-ready fix is a project of its own. So now what? 🤔 Learn how BPI’s team of mold, chemical, and noise experts turns root-cause findings into a customised, working prototype. We test across a full matrix of material and geometry variations to find the best noise reduction effect for your specific product. The result: a documented, validated solution your customer can hear for themselves before it goes into production. Learn more about noise-reducing solutions.👇🏼

How do you measure a noise issue? And know you're pointing at the right component?💡 Chasing a noise issue with the wrong measurement approach can cost your team valuable time. Take a look inside BPI's semi-anechoic Sound Lab with our Noise and Vibration Specialist Benny and experience the tools we use to trace noise back to its source: accelerometers, modal hammers, microphones and sound intensity probes. Using a real heat pump as the test case, see how near-field and transfer-path measurements combine to reveal exactly which component is triggering the noise, before a single design change is made. Learn more about the root cause of the noise. 👇🏼