Automated Handling of Vehicle Sills This versatile gripper handles entire vehicle sills by using a flexible cushion that conforms to the specified geometry. By applying a volume flow, the cushion is evacuated, causing the granulate inside to solidify. This creates a secure counter-support, ensuring safe transport. Video source: FORMHAND Automation GmbH #robotics #technology #engineering #stem #innovation #robots #industrialdesign #automation -------------------------------- Stay ahead of the curve! Follow us now on our WhatsApp (wevlv.co/wevolver-whatsapp) and Telegram (wevlv.co/3sJlFn5) channels and stay updated about the cutting edge.

Automated Handling of Vehicle Sills This versatile gripper handles entire vehicle sills by using a flexible cushion that conforms to the specified geometry. By applying a volume flow, the cushion is evacuated, causing the granulate inside to solidify. This creates a secure counter-support, ensuring safe transport. Video source: FORMHAND Automation GmbH #robotics #technology #engineering #stem #innovation #robots #industrialdesign #automation

FORMHAND（フォームハンド）っていうらしい ztec-izushi.co.jp/products/t…

Gripper-cushion grips it all❗ Handles sheet metal, liquid tanks, nonwovens, and pipes: Most gripper are made to pick or grab just one type of object… often tool changing is the fastest and most efficient option. FORMHAND Automation GmbH gripper pads are revolutionizing material handling in manufacturing. ✅ Versatile: Capable of gripping diverse materials from sheet metal to pipes. ✅ Simplified Handling: Reduces the complexity of robotic programming. ✅ Self-Calibrating: Utilizes gravity for error-resistant gripping. ✅ No Special Design Needed: Eliminates the need for precise gripping points on components. Not something you see every day. Saw this at: formhand.de/ —- Weekly robotics and AI insights. Subscribe free: scalingdeep.tech

Automated Handling of Vehicle Sills A flexible gripper system is used to transport complete vehicle sills. The gripper features a cushion that adapts to the component's geometry. Once positioned, a volume flow evacuates the cushion, causing the internal granulate to solidify and form a stable counter-support, enabling secure and reliable handling during transport. Video source: FORMHAND Automation GmbH #robotics #technology #engineering #stem #innovation #robots #industrialdesign #automation -------------------------------- Stay ahead of the curve! Follow us now on our WhatsApp (wevlv.co/wevolver-whatsapp) and Telegram (wevlv.co/3sJlFn5) channels and stay updated about the cutting edge.

Automated Handling of Vehicle Sills This versatile gripper handles entire vehicle sills by using a flexible cushion that conforms to the specified geometry. By applying a volume flow, the cushion is evacuated, causing the granulate inside to solidify. This creates a secure counter-support, ensuring safe transport. Video source: FORMHAND Automation GmbH #robotics #technology #engineering #stem #innovation #robots #industrialdesign #automation -------------------------------- Stay ahead of the curve! Follow us now on our WhatsApp (wevlv.co/wevolver-whatsapp) and Telegram (wevlv.co/3sJlFn5) channels and stay updated about the cutting edge.

Gripper-cushion can grip almost everything: Handles sheet metal, liquid tanks, nonwovens, and pipes: These gripper pads are revolutionizing material handling in manufacturing. ✅ Versatile: Capable of gripping diverse materials from sheet metal to pipes. ✅ Simplified Handling: Reduces the complexity of robotic programming. ✅ Self-Calibrating: Utilizes gravity for error-resistant gripping. ✅ No Special Design Needed: Eliminates the need for precise gripping points on components. Credit: FORMHAND Automation

One Year, 50 Episodes – Thank You! One year, 50 episodes, and so many great conversations with leading minds in robotics and deep tech. Huge thanks to my guests for sharing their insights and to everyone listening… your support makes this possible. 🙏 Here’s to the next season! 🚀 The new name: buildingdeep.tech/ Episode List: Ep 1: @a_bihlmaier - Intrinsc Ep 2: @_ericrosen - Boston Dyn. AI Institute Ep 3: @therobotstudio - Founder Robot Studio Ep 4: @trentshumay - Founder IoT Design Shop Ep 5: Vanessa Loiola - Founder Valoy Automation Ep 6: Tobias Rietzler - Co-Founder & CEO Robominds Ep 7: @JohnVial - Roboticist Ep 8: @Akshet9 🤖 - Roboticist Ep 9: Akshet Patel Ep 10: @chris_j_paxton - AI / Robotics Scientist @ Meta Ep 11: Jens Kotlarski - CEO Voraus Robotik Ep 12: Jürgen Blume - Principal Soft. Dev. @ Kuka Ep 13: Jesica Chavez 🤖🎙️ - Founder Latina Success Ep 14: Rob Knight & Trent Shumay Ep 15: @ianpritchard - Founder Anthrobotics Ep 16: Aymeric de Pontbriand - Co-Founder & CEO Scortex Ep 17: Robert Vogel - Tech. Salesman @ TQ-Group Ep 18: Robert 지영 Liebhart - Founder & CEO Korea Solutions Ep 19: Chandandeep Singh - Robotics Software Engineer Ep 20: @NorthstarBrain - Founder AI Brain Ep 21: Daryl Lim - Co-Founder & CEO Augmentus Ep 22: Dr.-Ing. Eike Wolfram Schäffer - Founder & CEO Robotop Ep 23: @lethic1 - Founder Red Rabbit Robotics Ep 24: @mattfreed - Co-Founder K-Scale Labs Ep 25: @Abhindas1 - Co-Founder & CEO Orangwood Ep 26: Shubham Nadi - Co-Founder RigBetel Labs Ep 27: @MathiasMantelli - Sereact Ep 28: Ali Ahmed- Co-Founder & CEO Robomart Ep 29: @RemiCadene - LeRobot @ Hugging Face Ep 30: Ronnie Vuine - Founder & CEO Micropsi Ep 31: @Scobleizer - Tech Legend Ep 32: Jacopo Tani - Founder & CEO Duckietown Ep 33: @MrVladimirX - Founder & CEO Robotschool Ep 34: Klas Nilsson - Founder & CTO Cognibotics Ep 35: @HaoruXue - Roboticist Ep 36: Aryan Jagushte - Roboticist Ep 37: Petar Crnjak - Founder & CEO @SourceRobotics Ep 38: @NimaGard - Director of AI @ Path Robotics Ep 39: @rutavms - Roboticist Ep 40: @Klajd_Lika - Founder & CEO Bota Systems Ep 41: Christian Löchte - Co-Founder & CEO Formhand Ep 42: @Brandon King- Roboticist Ep 43: @_kelsey_pool - Roboticist Ep 44: @mehul - Founder & CEO Matic Ep 45: Miika Satori - CEO Cambrian Robotics Ep 46: Christian Piechnick - Co-Founder & CEO @wandelbots Ep 47: Robert MacKenzie - CTO @anybotics Ep 48: Fotis Dimeas - Co-Founder & CEO Progressive Robotics Ep 49: @sanjeevs_iitr - Founder & CEO Swaayatt Robots And yesterdays episode with Nikolai Ensslen, founder and CEO of Synapticon. Looking forward to many more episodes! Under the new name: 🔥buildingdeep.tech

Episode #41, with Christian Löchte, Co-Founder of FORMHAND Automation GmbH, to explore the story behind their universal gripping technology: Christian shares his journey in robotics and mechanical engineering, spanning over 20 years, and how his passion for mechanics led to the creation of FORMHAND's flexible gripping modules. We talk about his upbringing, the challenges of building a high-tech startup, the unique applications of FORMHAND's gripping pads in logistics and production, and how they’re transforming efficiency across industries. If you’re in academia but feel that entrepreneurial spirit, this episode is for you: We cover everything you need to know about making the leap—from navigating the transition into industry, to developing innovative products, and scaling a startup in the competitive tech landscape. Don’t miss Christian’s advice for academics aspiring to turn their research into impactful solutions! In today's episode: - Kinematic Conversations #41 - "From Research to Robotics Industry" with Christian Löchte, Co-Founder of FORMHAND: 🎧 Listen on 𝗦𝗽𝗼𝘁𝗶𝗳𝘆: open.spotify.com/episode/7DX… 🎧 Listen on 𝗔𝗽𝗽𝗹𝗲: podcasts.apple.com/us/podcas… 🎬 Watch on 𝗬𝗼𝘂𝗧𝘂𝗯𝗲: youtube.com/watch?v=SZiJjCSK…

𝗚𝗿𝗶𝗽𝗽𝗲𝗿-𝗰𝘂𝘀𝗵𝗶𝗼𝗻 𝗰𝗮𝗻 𝗴𝗿𝗶𝗽 𝗮𝗹𝗺𝗼𝘀𝘁 𝗲𝘃𝗲𝗿𝘆𝘁𝗵𝗶𝗻𝗴❗ 🎙This Thursday I have FORMHAND Co-Founder Christian Löchte on my robotics podcast: FORMHAND Automation GmbH gripper pads are revolutionizing material handling in manufacturing: 🖐 Handles sheet metal, liquid tanks, nonwovens, and pipes: ✅ Versatile: Capable of gripping diverse materials from sheet metal to pipes. ✅ Simplified Handling: Reduces the complexity of robotic programming. ✅ Self-Calibrating: Utilizes gravity for error-resistant gripping. ✅ No Special Design Needed: Eliminates the need for precise gripping points on components. 🎙 I spoke to Co-Founder Christian Löchte about the diversity of use cases Formhand can handle, their upcoming product features, customer needs and the challenges if you do innovation in Germany. THIS THURSDAY! At my podcast: - Kinematic Conversations - • • • • Actionable tips covering the entire deep tech journey. --------------------------------------- scalingdeep.tech/subscribe

Automated Handling of Vehicle Sills Video source: FORMHAND Automation GmbH . . #Robots #Engineering #Manufacturing #Research #Automation #AI #ArtificialIntelligence #Technology #Tech #Robotics #innovation #development

Automated Handling of Vehicle Sills This versatile gripper handles entire vehicle sills by using a flexible cushion that conforms to the specified geometry. By applying a volume flow, the cushion is evacuated, causing the granulate inside to solidify. This creates a secure counter-support, ensuring safe transport. Video source: FORMHAND Automation GmbH #robotics #technology #engineering #stem #innovation #robots #industrialdesign #automation ————————————— Stay ahead of the curve in engineering! Follow the topics that inspire you on Wevolver and get a custom weekly digest packed with cutting-edge content! Follow now: wevlv.co/follow-wevolver-tw

おはようございます☘️ 本日の #東大阪 は☁️ 先日、日刊工業新聞の新製品情報に弊社取扱製品、「FORMHAND」のフレキシブルロボットハンドが掲載されました👏✨ 製品の詳細は下記リンクから👀 ztec-izushi.co.jp/products/t… #企業公式相互フォロー祭り #ロボットハンド #FORMHAND

🤖 Gripper-cushion grips it all❗ 🖐 Handles sheet metal, liquid tanks, nonwovens, and pipes: FORMHAND Automation GmbH gripper pads are revolutionizing material handling in manufacturing. ✅ Versatile: Capable of gripping diverse materials from sheet metal to pipes. ✅ Simplified Handling: Reduces the complexity of robotic programming. ✅ Self-Calibrating: Utilizes gravity for error-resistant gripping. ✅ No Special Design Needed: Eliminates the need for precise gripping points on components. 🎙 I might have an episode in the future with to Co-Founder Christian Löchte about the diversity of use. • • • • 🔔 Follow @Ilir_AI for updates on #robotics & #ai. —————————————— 🤖 Robotics Telegram: t.ly/gaTBP 🎙 Robotics Podcast: t.ly/MyoUO

🤖 Gripper-cushion can grip almost everything ❗ 🖐 Handles sheet metal, liquid tanks, nonwovens, and pipes: FORMHAND Automation GmbH gripper pads are revolutionizing material handling in manufacturing. ✅ Versatile: Capable of gripping diverse materials from sheet metal to pipes. ✅ Simplified Handling: Reduces the complexity of robotic programming. ✅ Self-Calibrating: Utilizes gravity for error-resistant gripping. ✅ No Special Design Needed: Eliminates the need for precise gripping points on components. 🎙 I spoke to Co-Founder Christian Löchte about the diversity of use cases Formhand can handle, their upcoming product features, customer needs and the challenges if you do innovation in Germany. 🔔 Follow @Ilir_AI for updates on #robotics & #ai.

The high adaptability of the gripping pads makes the Formhand technology a universally applicable gripping system that replaces many product-specific solutions. Video credits: FORMHAND Automation

The Formhand gripping pad is filled with granules and thus conforms seamlessly to the geometry and surface of the gripped object - in use, this ensures true shape variability. Video credits: FORMHAND Automation #robotics #gripping #tech #engineering #innovation #automation

The Formhand gripping pad is filled with granules and thus conforms seamlessly to the geometry and surface of the gripped object - in use, this ensures true shape variability. Video credits: FORMHAND Automation #robotics #gripping #tech #engineering #innovation #automation

The Formhand gripping pad is filled with granules and thus conforms seamlessly to the geometry and surface of the gripped object - in use, this ensures true shape variability. Video credits: FORMHAND Automation #robotics #gripping #tech #engineering #innovation #automation

A young mechanical #engineering company from Braunschweig explains and clearly shows the innovative #technology. The video shows how only one grip pad can grip and transport sheet metal for a car body as well as liquid tanks, fleeces or pipes. Video credits: FORMHAND Automation