IDS Imaging Development Systems GmbH’s Post

NIR test programme reveals factors influencing sorting flexible packaging materials Great to see the results of the first in a series of testing programmes that we are co-funding to provide independent, scientific data on the design, sortability and mechanical recyclability of flexible packaging: see more detail here https://bit.ly/4852jsx This CEFLEX -A Circular Economy for Flexible Packaging-led testing clarifies exactly how a NIR sorting device sees flexible packaging, understands a range of material structures, and classifies them into different recycling streams. Understanding and optimising the capability of this established sorting technology is an important step in the drive to recycle more of these materials and we look forward to seeing the results from further work on other sorting and recycling techniques next year. #MissionCircular #CircularEconomy #SustainablePackaging

The unique combination of colour and #hyperspectral #imaging near-infrared sensors enables new sorting applications. In order to be able to cost effectively operate their facility and sort type and colour of plastic fractions and the separation of silicone cartridges reaching over 97% purities, RE Plano has implemented an AI-based sorting technology incorporating highly integrated processes. The AI-based Steinert technology Intelligent Object.Identifier combines colour sensor and near-infrared sensor (NIR) with hyperspectral imaging (HSI) technology. It is a unique combination that will not only enable a flexible response to future requirements, but also opens up new opportunities for additional sorting tasks that were previously not possible using conventional processes. The Living Optics hyperspectral imaging camera is being developed with the aim of helping distinguish between recycled plastics and non-recycled items. https://lnkd.in/d4g2PVtt RECYCLING magazin ; #hyperspectralimaging

We’re excited to share our latest small cell battery sorting solution “Batteray” Case Study. Engaging with recycling clients in the UK, EU, USA, and Australia, Batteray demonstrates its prowess in sorting batteries, resulting in a significant double-digit increase in revenue and profit. Case Study research: https://lnkd.in/gyi_qWvK Our battery type table has evolved to include the Li-Primary group, encompassing Li-MnO2, Li-SOCl2, and Li-FeS2. This enhancement optimizes sorting accuracy. In contrast to manual pre-sorting, which is both dirty and inaccurate, our solution brings about substantial cost savings. Labels are often absent, and counterfeit cells pose a challenge, making manual sorting impractical. Utilizing X-ray technology, our solution delves inside cells, establishing physical and chemical composition by comparing them to an AI-driven library of over 1000k stored X-ray images. Sorting occurs at an impressive rate of up to 12 cells per second, translating to 350kg to 400kg per hour. We’re pleased to report purities exceeding 99.5%, marking a game-changing performance with less than 0.5% unrecognized, elevating the efficiency for our users. #BatteryRecycling #sustainability #innovation #technologies #technologysolutions

Making sense of today's recycling for a better tomorrow - that's the motto of Recycling Today. Recently, they've been highlighting STEINERT's solutions for sorting mixed recyclables in material recovery facilities (#MRFs). Our technology, which includes efficient magnetic separation or sensor sorting systems, is continually improving processes and setting benchmarks in the industry. For a complete understanding of how to achieve your sorting goals, follow the link to the interview: https://lnkd.in/ev8ynFKe #WasteRecycling #Sustainability #CircularEconomy

Hyperspectral Imaging Identifies Compostable Plastics for Sorting: Combined with machine learning, HSI classifies compostable and biodegradable plastics with high accuracy for separation from other packaging materials.

Arguably one of the most important topics in todays world: CO2 and VOC Reduction in #manufacturing. Join Plasmatreat on Tuesday, October 10th for our free online #PlasmaTalk to learn more about how #OpenAirPlasma can help you achieve this in your #surfacetreatment operations. Hope to see you there for 1 one of the 3 time slots being offered! #adhesives #processautomation #sustainability #VOCfree #CO2free #environmentallyfriendly

Hyperspectral Imaging Identifies Compostable Plastics for Sorting: Combined with machine learning, HSI classifies compostable and biodegradable plastics with high accuracy for separation from other packaging materials.

#REDYSIGNInnovation | Our journey toward smart, recyclable packaging continues with the design of an advanced flexible film! 🎯 How will this be achieved? We will design flexible films using lignocellulosic micro- and nanofibres that provide: 🟢 Excellent oxygen and grease barrier properties  🟢 Water vapor barrier and hydrophobicity necessary for fresh meat Our innovation goes further by incorporating smart electronic labels printed directly onto the film, enabling monitoring of food spoilage and cold chain. Learn more 👉 redysign.eu/innovation/ #RecyclableByDesign #Bioeconomy #BiobasedMaterials #SmartPackaging #CircularEconomy #HorizonEU #REDYSIGN

Our recent article in Packaging Technology Today is getting a lot of positive feedback! If you want to reduce energy and material usage in your flexible packaging, check it out: https://lnkd.in/eMn6ESNX #YourInnovationPartner

Title: "Bio-Additive Manufacturing: Shaping the Future of Sustainable Production"#snsinstitutions #snsdesignthinkers #snsdesignthinking Introduction: In the dynamic landscape of manufacturing, a transformative wave is led by innovative technologies. This paradigm shift is epitomized by cutting-edge solutions in bio-additive manufacturing, developed by forward-thinking organizations, heralding a new era in sustainable production and efficiency. Description of Bio-Additive Manufacturing: Strategically positioned at the forefront of this evolution is a suite of advanced bio-additive manufacturing tools. These solutions leverage a combination of biocompatible materials, precision engineering, and seamless integration to reshape traditional manufacturing practices. Fueled by technological prowess, these systems streamline processes, providing a comprehensive and sustainable approach to production. Enhanced Capabilities: Similar to the Interceptor's prowess in cleansing rivers, bio-additive manufacturing tools boast impressive capabilities. With the ability to construct intricate structures using biological materials, they prove to be highly effective in optimizing resources and ensuring environmental sustainability. Their modular designs enhance adaptability, allowing industries to effortlessly implement and scale bio-additive manufacturing solutions across diverse production landscapes. Advanced Design and Engineering: A standout feature of this manufacturing evolution lies in its advanced design and engineering capabilities. Similar to the Interceptor's ability to differentiate plastic waste, bio-additive manufacturing tools employ sophisticated algorithms and biomimicry principles to create intricate, functional designs. This results in a more sustainable and ecologically friendly approach to manufacturing. Global Impact and Implementations: Already deployed in various industries worldwide, these revolutionary tools have demonstrated remarkable success in optimizing production processes and raising awareness about the potential of bio-additive manufacturing. Their global presence emphasizes the urgency of adopting modern manufacturing strategies to navigate the complexities of the contemporary environmental landscape. Fostering a Sustainable Production Future: Much like the Interceptor's role in promoting a sustainable environment, bio-additive manufacturing innovations emerge as effective solutions to the challenges of traditional production. By revolutionizing manufacturing approaches with biocompatible materials and sustainable practices, they contribute to reduced environmental impact, improved resource efficiency, and a sustainable production future. With their scalable and adaptive designs, these technologies hold the promise of making a substantial impact on the ongoing evolution of manufacturing, paving the way for a more eco-friendly and prosperous industrial landscape.