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About us Expand / Hide

• Institute Profile Expand / Hide

  • Institute Management, Commercial Directorate, and Scientific Directorates Expand / Hide

    • Univ.-Prof. Dr.-Ing. Thomas Bauernhansl

    • Univ.-Prof. Dr.-Ing. Dipl.-Kfm. Alexander Sauer

    • Dr. rer. nat. Michael Hilt MBA

    • Dipl.-Wi.-Ing. Volker Kübler

  • Networks and Cooperations

  • Facts and Figures

• Lead and Future Topics Expand / Hide

  • Adding Value through Biointelligence

  • Artificial Intelligence in Manufacturing Expand / Hide

    • Definitions

    • Reviews of AI and ML books by Marco Huber

    • Services and expertise

    • Cooperation formats

    • Dependable AI

  • Digital Transformation Expand / Hide

    • Definition

  • Battery Manufacture

  • Frugal Manufacturing Systems

  • Lightweight and Functional Coatings Expand / Hide

    • Services and expertise

  • Cleanliness in Manufacturing Expand / Hide

    • Services and expertise

    • Cleanliness and surface pretreatment in coating technology

  • Robot Technologies and Services Expand / Hide

    • Robotics Trends

    • Services and expertise

    • Partners and Associations

  • Human-centered Production Technologies Expand / Hide

    • Services and expertise

    • Press and publications

  • Circular Economy and Carbon-neutral Production Expand / Hide

    • Resource efficiency

    • Circular economy

    • Carbon-neutral production

  • Resilient Value Creation Expand / Hide

    • Press and publications

    • Elements of a resilient value creation system

• IPA innovation award Expand / Hide

  • “BESSER LACKIEREN” Award

  • Clean Technology Award “REINER!”

  • Wittenstein Biointelligence Award

• Laboratories and Testing Facilities Expand / Hide

  • Robotics Testing Facility

  • Accredited testing laboratory according to DIN EN ISO/IEC 17025:2018

Industry solutions Expand / Hide

• Automotive Expand / Hide

  • Key areas

  • Research topics

  • Success stories

  • Sustainable and efficient: innovative technologies and methods

  • Flexible and productive: matrix production

  • Healthy and efficient: assistance systems for people in production

  • Transformed and competitive: digitizing the supply industry

• Electronics and Microsystems Expand / Hide

  • Key areas

  • Success stories

• Energy Expand / Hide

  • Intelligent energy systems

  • Hydrogen technologies

• Machinery and Equipment Industry Expand / Hide

  • Key areas

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• Health Industries

• Process Industry Expand / Hide

  • Key areas

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Expertise Expand / Hide

• Additive Manufacturing Expand / Hide

  • Developing Additive Manufacturing Processes Expand / Hide

    • Additive Manufacturing Processes with Fiber-reinforced Materials

    • Additive Manufacturing Processes for Ceramic Materials

    • Additive Manufacturing Processes for Plastics

  • Automating Additive Processes

  • Hybrid Process Chains

  • Digital Printing Technologies

• Order Management and Value Networks Expand / Hide

  • Supply Chain Management Expand / Hide

    • Supply Chain Organisation and Optimization

    • Value Cycles

    • Supplier Management

    • Supply Logistics

    • Inventory Optimization

  • Lean Order Management Expand / Hide

    • Order and Product Configuration

    • Variant Management

    • Change Management

  • Production and Logistics Management Expand / Hide

    • Production Planning and Control

    • Master and Transaction Data Management

    • Production Control

    • Cycle-Orientated Production

    • On-Site Logistics

    • Intralogistics 4.0

  • IT Solutions Expand / Hide

    • Selection, Implementation and Optimization of IT Systems

    • IT Products and Tools

  • Quick Check Order Management

• Coating Systems and Painting Technology Expand / Hide

  • Pigments and Coatings

  • Applied Coating Technology Expand / Hide

    • Initial material sampling in compliance with DBL 7381.10 as part of the WEB 2020+ process

    • Further testingservices

  • Analytics and Material Testing

  • Wet Application and Simulation Technology

  • Powder Application Technology

  • Painting Process Engineering Expand / Hide

    • Paint shop planning

    • Troubleshooting

    • Test method development

    • Climate neutrality, CO2 footprint & environmental protection

    • Painting process optimization

    • Testing and sampling

    • Paint and paint-related approval tests according to OEM specifications

• Digital Hospital

• Machine Vision and Signal Processing Expand / Hide

  • Cooperation formats and services

  • AI for quality assurance and automation

  • 2D image processing Expand / Hide

    • Image Processing Software EMSIS

    • Surface Inspection

    • Inspecting Threads

  • 3D image processing Expand / Hide

    • Fit methods

    • 3D object recognition

    • Virtual assembly

    • Segmentation Method

  • Non-destructive testing Expand / Hide

    • Thermography

    • Computed tomography (CT)

  • Condition monitoring and quality forecasting Expand / Hide

    • Plastic Injection Molding

    • Ultrasound Welding

    • Functional Surfaces

    • Faster Start-Up Times

    • Energy Monitoring

  • Motion analysis for optimizing processes Expand / Hide

    • Data-driven User Needs Assessments

    • Classifying Hand and Arm Movements

    • Motion Analysis for Quality Assurance

    • Human Safety - Recognizing Falls and Emergencies

  • Image simulation and virtual measurement planning

• Biomechatronic Systems Expand / Hide

  • Physical Assistance Systems Expand / Hide

    • Digital Biomechanics - Model-Based Evaluation and Optimization

    • Intuitive Interaction with Body-Worn Technology

    • Development of wearable mechatronic systems

  • Ergonomics

  • Applied Biomechanics Expand / Hide

    • Additive Orthopedics

  • Biomimetics in Medical Engineering

  • In-Silico Orthopedics

  • Test Systems for Body Worn Products Expand / Hide

    • 3D Test Systems

    • Gait Simulation & Prosthetic Foot Testing

    • Testing Orthoses & Footwear

  • Radar Technology for Smart Surveillance and Environmental Sensing

  • Motion Control Systems

  • Occupational Exoskeletons

• Cyber Cognitive Intelligence (CCI) Expand / Hide

  • Dependable AI

  • Autonomous Planning and Decision-making

  • Data-efficient AI Expand / Hide

    • Physics-Informed Machine Learning

    • Data-efficient Reinforcement Learning

  • Quantum Computing Expand / Hide

    • Theses on the topic of quantum computing

    • Quantum Optimization

    • Quantum Machine Learning

    • Application areas of quantum computing

• DigITools for Manufacturing Expand / Hide

  • Software Development Process Expand / Hide

    • Specific Project Details

    • Development Processes

    • Development Tools

  • Methods for implementing digital production Expand / Hide

    • Planning methods for digital transformation

    • Shaping the production work of the future

    • Maturity Assessment – How digitally mature is your company?

• Industry Energy Systems Expand / Hide

  • Electrical Supply

  • Smart Compressed Air Systems Expand / Hide

    • Smart Compressed Air Systems Laboratory

  • Heating and Cooling

• Factory Planning and Production Management Expand / Hide

  • Factory Planning and Intralogistics Expand / Hide

    • Planning Changeable Factories

    • Site Roles and Production Networks

    • Validating Factory Plans and Rapid Plant Planning

    • Visualizing the Strategic Factory Vision

    • Planning Support

    • Jump Start Factory Planning

  • Value Stream Design and Lean Production Expand / Hide

    • Value Stream Mapping and Design

    • Value Stream Simulation

    • Energy Value Stream Analysis

    • Optimizing space usage with value stream design

    • Data value stream and lean information logistics

  • Planning Assembly Operations Expand / Hide

    • Process Planning and Assembly Design

    • Workplace Design and Resource Planning

    • Modular Matrix Assembly

    • Support with Implementation and Start-Up

    • Digital Transformation in Assembly

    • LeanDA - AI-Based Process Transparency Using a Modular Sensor System

  • Planning Manufacturing Systems Expand / Hide

    • Optimization of Operating States

    • Value Chains Optimization

    • Product and Value Design

    • Methods and Tools for Industrie 4.0

    • Capacity and Availability in Linked Systems

    • Model-Based Simulation of Manufacturing Systems

    • DesignChain - Automating the CAx process chain

    • Traceability: Implementing the necessary technology to trace product components and process steps

    • Data-based optimization of manufacturing processes

  • Autonomous Production Optimization Expand / Hide

    • Finding the Root Cause of Quality Impairments

    • Identifying Optimal Setting Parameters

    • Data-Based Analysis of Manufacturing Equipment

    • Training Courses on Data-Driven Optimization

  • Operational excellence in production and logistics Expand / Hide

    • Manufacturing excellence

    • Lean production logistics

    • Transparency in factory operations

    • Managing production complexity

    • Lean Management

• Functional Materials Expand / Hide

  • Electrode Manufacturing Expand / Hide

    • Electrode Materials and Simulation

    • Slurry Processing

    • Electrode Coatings

    • Drying Process

    • Characterizing Batteries and Supercapacitors

  • Formulation and Functionalization Expand / Hide

    • Synthesis of Metallic Nanoparticles

    • Functionalized Nanomaterials for Composites

    • Synthesis of Nanocarbon and 2D Materials

    • Development of Processes for Synthesizing Hybrid Materials

    • Electrode Materials for Energy Storage Systems

    • Composite Simulation

  • Application Technology Expand / Hide

    • Model Factory for Functional Coatings

    • Printed Actuators Based on Electroactive Polymers (EAPs)

    • Printed Electronics

    • Printed Electronic Applications and Energy Storage Systems

    • Printed Transparent Conductive Films

    • Printed Heating Layers

    • Automating and Digitizing Laser Welding Processes

  • Our Services

  • Technology seeks users: Smart Pipe

  • Bonding - Sealing - Contacting: Failure Analysis

  • EAP - Electroactive Polymers

  • Smart Steel Technology: Graphene Rich Primer

  • Dispersion Technology Expand / Hide

    • Paste and slurry production

    • Dispersions for heating elements

  • Microcapsule-based systems for repair processes of highly conductive coatings

• Electroplating Expand / Hide

  • Electroplating Laboratories

  • Process Development in Electroplating

  • Electroplating Plants

  • Defects on Electroplated Surfaces

  • REACH Authorization

• Laboratory Automation and Biomanufacturing Engineering Expand / Hide

  • Automated Cell and Tissue Culture Expand / Hide

    • Single Cell Handling

    • Cell Culture Analysis and Control Technology

    • Cell and Tissue Production for Screening Applications

    • Cell Therapy

    • Laboratory and Process Assessment - Digitalization and Automation Solutions in the Context of Laboratory 4.0

  • Liquid Handling and Related Robotics Expand / Hide

    • Pipetting Robotics

    • Nano Dispensing Technology

    • Handling Solid Biological Samples

  • Automated Laboratory Devices and Systems Expand / Hide

    • Planning and Design

    • Process Adaption, Process Development, Validation

    • Realization

  • Laboratory IT Expand / Hide

    • Device Drivers

    • Control

    • SiLA Test Site

    • Data Analysis

  • ADAPT: Automated and decentralized ATMP production technologies at Fraunhofer IPA Expand / Hide

    • RNAuto - Automated production technologies mRNA-derived vaccines, gene and cell therapeutics

    • Solid CAR-T: Modular mini-factories for autonomous CAR-T cell production

    • Reallabor: Establishment of a real laboratory for the modular automated production of advanced therapy medicinal products (ATMPs)

    • ICON project Designer NK: Designer natural killer cells for allogeneic cancer immunotherapy

    • Show Area

• Lightweight Construction Technologies Expand / Hide

  • Lightweight Design Expand / Hide

    • Design of fiber composites

    • FEM-Simulation

    • Design methods

    • Parametric optimization and parameter studies

    • Topology optimization

  • Machining and Cutting Technologies Expand / Hide

    • Coating Technology

    • Cooling and Lubrication Systems for Processing FRP

    • Robot-Assisted Machining

    • Machining Processes for Lightweight Materials

    • Simulation of Machining Processes

    • Ultrasonic-Assisted Machining

    • Clamping and Handling Technologies

  • Sawing Technologies Expand / Hide

    • Machines and Machining Processes

    • Parent Wheel Design and Optimization

    • Ultrasonic Sawing

  • Joining Technologies Expand / Hide

    • Bonding

    • Friction Stir Welding

    • Bonding Circular Saw Blades

    • Robotic Drilling and Riveting

    • HigHKO

  • Health Protection and Dust & Chip Extraction Technologies Expand / Hide

    • Extraction Technology for Dry Machining Processes

    • Dust Emission and Machine Resistance

    • Extraction Systems for Welding and Soldering Fumes

  • Quality Assessment and Process Quality

• Sustainable Production and Quality Expand / Hide

  • Resource-Efficient Material Flows

  • Management-of-Hazardous-Substances Expand / Hide

    • Systems for managing hazardous substances

    • Substance prohibition and restriction

  • Quality Management Expand / Hide

    • Quality Function Deployment

    • Failure Mode and Effects Analysis (FMEA)

    • Risk Management for Medical Devices

    • Functional Safety

    • Design of Experiments

    • Failure Process Matrix (FPM)

  • Maintenance and Asset Management Expand / Hide

    • AS-IS Analysis of Maintenance and Identfication of Potentials

    • Reorganizing and Optimizing of Maintenance

    • Assuring the Availability of Production Systems, Machines and Equipment

    • Maintenance Controlling and Key Performance Indicator Systems

    • Smart Maintenance

• Ultraclean Technology and Micromanufacturing Expand / Hide

  • Cleanliness Technology Expand / Hide

    • Technical Cleanliness

    • Contamination Measurement

    • Cleanliness in Life Sciences

    • Planning Ultraclean Systems

    • Chemical Cleanliness

    • Cleaning technology

  • Cleanliness-Suitable Equipment and Components Expand / Hide

    • Vacuum Tribology

    • Cleanroom Certification

    • Equipment Design & Hygienic Design

    • Cleanroom-Suitable Materials

    • Cleanliness-Suitable Consumables

    • Airflow Simulation and Visualization

    • Industrial Alliance »Cleanroom Suitable Consumables« (CSC)

    • CAPE® – Flexible, Portable Cleanroom System

    • 2ndSCIN® – Enabler for Cleanliness-Critical Automation Technology

  • Precision Assembly and Application Technologies Expand / Hide

    • Handling and Feeding

    • Application Technology for Viscous Media

    • Hybrid Manufacturing

    • System Miniaturization and Modularization

    • Positioning, Joining and Integration

  • Clean Automation Technology Expand / Hide

    • Data Analysis, Visualisation and Interaction

    • Cleanliness-suitable handling of sensitive products

    • Sustainable development processes

    • Test environment for industrial communication

• Robot and Assistive Systems Expand / Hide

  • Safe Robot Applications and Cobots Expand / Hide

    • Safety technologies and tools

    • Trainings, Consulting, Feasibility

    • Test Benches

    • Universal Safety Framework

  • Intralogistics and material flow Expand / Hide

    • Separation Processes Using Robots: Bin-Picking

    • Cable-Driven Parallel Robots

    • Gripper Systems

  • Welding and Machining

  • Assembly Automation Expand / Hide

    • Assembly Processes and Tools

    • Sensor-Controlled Assembly

    • Safe Human-Robot Collaboration with Assistive Robots

    • Automatic Component Analysis with NeuroCAD

    • Analysis of Automation Potentials in Assembly Processes

    • Automation Potential Analysis (APA)

    • Workshop "Design for Disassembly"

  • Industrial and Commercial Service Robots Expand / Hide

    • Service Robots for Production

    • Robots for Retail Logistics

    • Cleaning Robots

    • Service Robots for Inspection and Maintenance

    • Service robots for Agriculture

  • Household and Assistive Robotics Expand / Hide

    • Household Robots for the Consumer Market

    • Assistive Robots for the Demographic Change /AAL

    • Robots for Assisting with Care Tasks in Nursing Homes and Hospitals

    • Rehabilitation Robots

    • Entertainment Robots

  • Service Robot Technologies Expand / Hide

    • Navigation

    • Mobile Manipulation

    • 3D Image Processing

    • Drive Concepts

    • Lightweight Robots and Soft Robotics

    • Safe Human-Robot Interaction

  • Software Engineering and Systems Integration Expand / Hide

    • Open Source in Robotics

    • Software Tools for the Simple Programming

  • Planning and Development of Robot Systems Expand / Hide

    • System Design

    • Feasibility Studies

    • Simulation of Robot Systems and Material Flows

    • Drafting of User Requirements and Technical Specifications

    • Optimization of Existing Systems

    • Accuracy enhancement for robotic systems

    • Safety Systems for Industrial Robots

  • Center for Cognitive Robotics

  • Cooperation formats Expand / Hide

    • Use of robots

    • Cooperation in ecosystems

    • Technology transfer and licensing

    • Robot optimization

  • Robotics Week at Fraunhofer IPA Expand / Hide

    • #1 The perfect grip – AI Picking

    • #2 Cable Robotics: Motion simulations at the highest level

    • #3 ROS-Industrial: free software tools drive robotics forward

    • #4 APA - door opener to successful automation

    • #5 CARA – four steps to safe cobot deployment

    • #6 Robot-assisted assembly and disassembly

• Corporate Strategy and Development Expand / Hide

  • Business Transformation

  • Business Model Development and Innovation

  • Process Innovation

  • Platform-based added value

  • Value Transformation

  • Corporate Entrepreneurship

  • Digital healthcare

• Biointelligent Production Expand / Hide

  • Fields of Application for Biointelligent Production

  • Biointelligent technologies

  • Sustainable System Design

• Energy Technologies

Cooperation Expand / Hide

• Types of cooperation Expand / Hide

  • Joint research

  • Venture partnership

  • Transfer workshops (including tour)

  • Training programs

  • Project formats

• Industry on Campus Expand / Hide

  • Application Center Industrie 4.0 Expand / Hide

    • Public open day at the Application Center Industrie 4.0

    • Strategic cooperations

    • Project-based assignment

    • Test environment

  • ARENA2036

  • Future Work Lab

  • Sheet Metal Processing of the Future

  • nICLAS – Innovation Center for Laboratory Automation Stuttgart Expand / Hide

    • nICLAS Community

    • nICLAS Academy

    • nICLAS Reference Lab

    • nICLAS Future Lab

  • Fraunhofer Project Center for Smart Manufacturing in Shanghai

  • Center for Particle Technology

  • Dispersing Technology Center Expand / Hide

    • Cooperations and strategic partnerships

    • Technical facilities and laboratory conditions

• Innovation philosophy

Reference projects Expand / Hide

• Productivity improved by up to 20% through new works structure at Elektror airsystems gmbh

• Digital services optimize temperature control systems at gwk

• Increase in OEE of 10% for existing systems at SCHOTT

• BIOTRAIN – pilot survey on biologically transforming industrial added value

• ROBOTT-NET - Technology boost for robotics

• euRobotics AISBL (Association Internationale Sans But Lucratif)

• Free navigation for automated guided vehicles (AGVs)

• New evaluation model detects productivity potentials between 6 and 10 percent through cycle time reduction of Freudenberg machines

• Cleanliness: a leading export - Collaboration with the VDE Global Services Korea

• Deep Grasping – artificial intelligence perfects the art of bin-picking

• ROSIN – Quality-assured ROS-Industrial software components for use in robotics

• "CassaMobile" - the mobile factory

• FlexNote

• InsideOut

• StationConnector

• Green Wall Robot – automated, smart green facades

• Cleanroom Reliability Equipment Monitoring System (CREMS)

• MonSiKo: an adaptive assistance system simplifies assembly in Industrie 4.0 processes

• COGNAC – Fraunhofer lighthouse project “Cognitive Agriculture”

• AMU-Bot – Automated mechanical weed control in tree nurseries

• Simulation Game Industrie 4.0 at Trumpf

• Autonomous navigation for “STR” used in the BMW Group's intralogistics

• SelfPaint - The fully automatic painting cell

• Hidden OEE potential of 8.6 percent at Adient identified thanks to data-driven analysis of manufacturing equipment

• Agile business model transformation at EOS Electro Optical Systems

• Hindcon: Producing 3D-printed concrete precast elements

• Hephaestus: Cable-driven parallel robots install high-rise façades and façade modules

• European Curation and Analysis Facility for Mars Samples

• ARAIG – Autonomous robots for assistive functions: basic interactive skills

• Knowledge4Retail: Artificial intelligence for retail

• Sensor mat for standing workplaces for isoloc Schwingungstechnik GmbH

• DIH-HERO – Digital Innovation Hubs in Healthcare Robotics

• “DigiBattPro 4.0 - BW” - Digitized Battery Production 4.0

• “DeMoBat” - Industrial disassembly of battery modules and electric motors

• Dry, low-cost coating technology for battery electrodes for energy-efficient and environmentally friendly production processes (LoCoTroP)

• FoFeBat - Research Production Battery Cells Germany

• Rob-aKademI – AI simplifies robot programming for assembly tasks

• Site Roles for the Global Production Network for Joyson

• SOCRATES - Social Cognitive Robotics in the European Society

• S3 – Safety sensor technology for service robots in production logistics and inpatient care

• Data-driven services in stress test at Atlas Copco IAS GmbH

• Digitization strategy for fischer

• Fraunhofer IAF: More efficient processes in indirect areas

• Methodical approach to the Industry 4.0 strategy at GEA Bock GmbH

• More efficiency in process development projects at ebm-papst

• RoPHa: Robust perception to interactively support elderly users with manipulation tasks in domestic environments

• Deep Picking – AI-driven object picking

• ASARob: Attention-Sensitive Assistance Robot

• Healthy Air Initiative – Research and advisory program for healthy ambient air

• Measuring industrial robots to increase accuracy

• KI-noW – artificial intelligence to sustainably optimize value creation

• Printed clamping templates

• Evaluating paintability by means of fluid-dynamic simulation

• PaintVisco: Rheology and paint film flow

• OLP Study – Assessment of robot offline programming (OLP) systems

• Mobile laboratory for efficient localization of corona hotspots

• Where does it make economic sense to use cobots?

• “Sort with me!” – An interactive, self-learning handling robot

• Luka-Beverage – AI-based mobile handling assistant for beverage logistics

• Automatic multi-layer welding on construction sites

• Turnkey solution for bin-picking in cooperation with Liebherr-Verzahntechnik GmbH

• IT Architecture for digital manufacturing at EJOT

• Efficient, flexible and sustainable assembly concept designed at Voith

• EASI: Cloud-based, real-time data analysis through simulation and iteration

• ISO 16955 Prosthetic Foot Characterization

• BMBF Project – ExoHaptik

• BMBF Project – ExoPflege

• InterOpera - Digital Interoperability in Collaborative Value Industrie 4.0 Networks

• SCHOOLPLATE I + II: Vocational training and qualification measures for the electroplating industry in Thailand

• Automation Analysis and Concepts on Robots in Aseptic Quality Assurance

• ReNaRe - Recycling - Sustainable Resource Ultilization

• Data fusion for non-destructive testing methods for fiber reinforced plastics

• Transforming a chinese machinery manufacturer into a leading factory for digital and smart manufacturing

• Force-controlled assembly of rail mounts with pitasc at WAGO

• SeRoNet - A virtual marketplace for users, manufacturers and solution providers

• Degrad-EL3-Q – Hybrid quantum computing methods for modeling the degradation of alkaline electrolysers

• UV curing guidelines for organic coatings

• Influence of plastic additives on the coatings adhesion of add-on parts made of PP materials

• Matrix production in flow at the Siemens AG plant in Karlsruhe

• Cross-site production concept raises efficiency potential at European Convenience Food GmbH

• Value stream based factory planning at TRACOE medical GmbH

• Structuring production and optimizing of the area-productivity rate at Diehl Aerospace

• Ergonomics and automation in wheel hotels

• EFFIROB: Economic feasibility studies on innovative service robot applications

• Automated deburring process for turbine parts

• Design for Assembly (DfA) based on the example of an electric motor

• Remote measurement of body temperature and respiratory rate with “Access Checker”

• Fraunhofer IPA supports ramp-up at Kromberg & Schubert in the Corona crisis

• SynErgie

• PflegeCoDe: Care coaching for optimal support of people with dementia

• AMBOS-3D: Assistance system supports workshops for people with disabilities in the packing process

• BMBF Project - Aktive-Geh-Interaktion

• DIALOG – Learning Island

• H2Wood – BlackForest – Biointelligent hydrogen production from wood and waste wood in the Black Forest

• Accuracy improvement of cable-driven parallel robots by measuring cable lengths with laser distance sensors (DCLM-Sensors)

• Technical due diligence of Digital Robots from fruitcore robotics

• Automatic optical inspection (AOI) with machine learning

• ELISE – European Network of AI Excellence Centres

• ML4Safety - Verifying the suitability of machine learning algorithms for safety-critical functions

• veoPipe - Reliable AI in the product development process

• Transaction Miner Audit with Experian

• AI-based production planning and control

• DeKonBot 2: Versatile disinfection robot provides relief for cleaning staff

• New EU Project BIOS pushes Industry towards a Biological Transformation

• HEXOBAU

• SeRoDi - Service Robotics for Personal Services

• End-of-line automation with AI

• Digitized order processing and DesignChain for highly efficient, competitive manufacture of special tools at Ceratizit

• Analyzing Biointelligence Worldwide »International Benchmark Study InBenBio«

• Biointelligent sensor to measure viral activity for therapeutics production: BIOPROS

• BioProS: Bio-intelligent production sensor for measuring viral activity

• ExoLog

• AI-MATTERS as an innovation driver for AI in the European manufacturing sector

• AIQualify simplifies AI system qualification

• Innovative DC grid concept for a production site expansion by Lapp

• How to improve AI models yourself

• Digital Concept for Sustainability Management at Fischer

• WisPE – Efficient Knowledge Externalization in Production

• Systematic Evaluation of Rheology and Waveform Data for Jet-Ability Prediction Using Seiko RC1536 Printhead

Jobs/careers Expand / Hide

• Your career Expand / Hide

  • Career and development opportunities

  • Students

  • Graduates / Professionals

  • Apprentices

  • School students

  • Cooperative study program

• Your application

• Do a PhD

Press/Media Expand / Hide

• Press Releases Expand / Hide

  • 2016-06-02_Future Work Lab makes the Future tangible

  • 2016-08-29_Cleanroom on demand

  • 2016-09-15_The “MeBot” robotic wheelchair can climb steps on its own

  • 2016-10-27_Demo model awarded prize for “Academic Excellence”

  • 2016-11-08_Care-O-bot® 4 celebrates its première as shopping assistant

  • 2017-03-02_Medical technology conference comes to Stuttgart

  • 2017-03-02_Technology for the smart labs of the future

  • 2017-03-02_The future of personal mobility, the role of the car and the importance of digitization

  • 2017-03-20_The ROSIN project: towards an EU Digital Industrial Platform for Robotics through Open-Source Software

  • 2017-07-04_Flexible proximity sensor creates smart surfaces

  • 2017-09-06_Cleaning is just the beginning

  • 2017-09-06_New VDI standards established for cleanroom technology

  • 2017-09-06_Virtual technology center for efficient solar cells

  • 2017-10-26_Automation to ensure quality in 3D printing

  • 2017-10-26_IT tool makes machine data visible

  • 2017-10-26_Online platform shows sustainable product lifecycle

  • 2018-03-23_Combining the benefits of 3D printing and casting

  • CSI Internationale: Change of Secretariat and Presidency

  • Smart solution for plastics processing

  • Understanding what is important

  • Medical-technical competence center for prosthetics and orthotics established

  • Collaboration between Fraunhofer IPA and VDE Korea

  • Analytical tool identifies production errors and their causes in real time

  • Electron_beams_for_rapid_safe_vaccine_production

  • Service Robotics for the Nursing Sector

  • Lydia HD at Medica 2018

  • 2017-10-17_Fraunhofer IPA plans project center in Shanghai

  • 60 Years IPA

  • 2019-02-25 Hannover Messe

  • 2015-05-18_Fraunhofer IPA develops prototype of intelligent care cart

  • 2015-07-27_Intelligent and safe automation of assembly processes

  • 2015-07-29_Factory of the Future on Research Campus

  • 2015-08-26_Baden-Württemberg approves funding of EUR 2.4 million for development and manufacturing of solar cells

  • 2015-09-09_Cable-driven parallel robots

  • 2015-09-15_Cutting paper with ultrasound

  • 2015-11-23_New Sensor Technologies and Mobile Robotics for Emotion-sensitive Assistance Systems

  • 2016-02-25_Adopting ROS to develop industrial applications

  • 2016-03-30_Automatica 2016: Fraunhofer IPA demonstrates the advantages of networked manufacturing components

  • 2016-04-21_Flexible robot systems for digitalized production

  • 2017-02-02_Future Work Lab makes work 4.0 tangible

  • 2015-12-08_Robot for testing the lifetime of human-machine interfaces

  • Research campus ARENA2036

  • The virtual world conquers the manufacturing industry

  • Radar technology helps patients with limited mobility

  • Milestone in circular saw technology

  • Jelly with memory

  • Researchers simplify installation and programming of robot systems

  • 2017-11-06_Direction: digital layering

  • 2017-09-01_Machinery_that_repairs_itself

  • 2018-03-23_UV sphere makes applying paint quick and easy

  • 2018-03-23_Sensitive grip

  • 2018-03-28_Robot Navigation via the Cloud

  • 2015-01-15_Robots as multifunctional gentlemen

  • 2015-03-01_Do-it-yourself toolkit for soft robotics

  • 2015-06-11_Cleanliness technology prize awarded

  • 2015-09-15_International training concept on technical cleanliness inspection

  • 2015-09-15_Smart components for shorter ramp-up phases

  • 2015-11-23_New clamping device to protect the shape of semi-finished products

  • 2017-03-02_Technology for the smart labs of the future

  • 2015-12-01_Fraunhofer and the University of Auckland to co-develop a bionic elbow joint

  • The next industrial revolution will come from nature

  • 2016-09-15_The “MeBot” robotic wheelchair can climb steps on its own

  • 2017-10-17_Fraunhofer IPA plans project center in Shanghai

  • Radar technology helps patients with limited mobility

  • The virtual world conquers the manufacturing industry

  • Press

  • Compressed Air Demo System

  • REACh directive

  • Audio technology for the operating theater

  • Koniku Project

  • Automated post-processing of CFRP components

  • 3D-printed medical robots

  • FabOS

  • Cyber Valley

  • FabOS

  • New Management Team at Fraunhofer IPA in Stuttgart

  • A virtual experience of future manufacturing

  • “Access checker” remotely measures body temperature in addition to heart and breathing rate

  • Rapid help for hospitals

  • An impulse generator for the digital production era

  • Manufacturing successfully resumes after shut-down

  • Artificial Intelligence for Medical Technology

  • Researchers tackle skills shortage in Thailand

  • Employee-focused workplaces increase productivity

  • TRUMPF and Fraunhofer IPA ramping up artificial intelligence for industrial use

  • How Supply Chain Management will change by 2040

  • Thanks to AI, robots are learning how to perform assembly tasks

  • Fraunhofer IPA presents disinfection robot “DeKonBot”

  • Intelligent robots for targeted combating of viruses and bacteria

  • Harnessing the power of AI for robotics

  • New AI applications for SMEs in Baden-Württemberg

  • Making AI ready for safety-critical applications

  • Mastering Artificial Intelligence

  • Stereotactic systems from the 3D printer

  • 3D-printed sensors

  • Mass production of fuel cells becomes a reality

  • Simple introduction to automation with robots

  • Quo vadis AI: Where does Germany stand?

  • Researchers at Fraunhofer develop a new robot for wipe disinfection of surfaces

  • Smart sensor detects leaks

  • The hospital of the future

  • A new robot for the healthcare sector transports items to patients’ rooms

  • Electrolyzers set to become mass products

  • Fuel cells set to substitute diesel generators

  • Massive Open Online Course for optimized patient care

  • Setting the pace in the age of digital production

  • Strategic partnership with Japanese engineering firm Sugino

  • Fraunhofer IPA joins euROBIN project with leading European research labs on AI-driven robotics

  • Digitization to conserve resources

  • Biointelligent sensor for measuring viral activity

  • Powered-up plastics

  • Machine learning improves the reprocessing of electronic waste

  • Technology for increased efficiency in production

  • Welding with robots: Systematically determining automation potential

  • Artificial Intelligence optimizes coffee blending

  • New technologies for the disassembly of electric vehicle batteries and motors

  • In four steps from idea to application: Successfully implementing tomorrow’s automation today

  • Powerful object recognition for diverse applications using AI and robotics

  • de:karb research project to show carbon footprint across the entire supply chain

  • Distributed artificial intelligence to improve patient care in the operating room

  • Autonomous outdoor navigation for machines used in farming, livestock and forestry

  • Easier and systematic qualification of AI applications

  • Carbon Nanotubes: a blessing or a curse?

  • Sensitive Arm Prostheses

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  • 2017-14-07_Top Iranian Scientist makes flying visit to IPA

  • 2017-01-23_Singapore gets to grips with Digitization

  • Michael Hilt to become deputy institute director

  • 2016-10-04_Ultraclean technology and micromanufacturing

  • Poject Center for Smart Manufacturing

  • IROS 2019

  • WearRAcon 2019

  • How Artificial Intelligence is enhancing the manufacturing of tomorrow

  • Free study outlines initial findings

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