Hsr048/Hsr050/Hsr060 روبوت صناعي by Naotake Hiraga is a highly esteemed winner of the very prestigious 2020 جائزة A' Design Award الذهبية in تصميم الروبوتات والأتمتة Competition Category.
ذهبالروبوتات· 2020
Hsr048/Hsr050/Hsr060 روبوت صناعي
Client: Denso Wave Incorporated
جائزة A' Design Award الذهبية Winner in الروبوتات Category
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- Verified Award Winner
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The Design
About Hsr048/Hsr050/Hsr060 روبوت صناعي
إن طُرز HSR048 وHSR050 وHSR060 هي روبوتات صناعية أفقية متعددة المفاصل، تُعرف أيضًا باسم روبوتات سكارا (Scara). يحمل كل روبوت أداة مسك عند طرف الذراع، مما يتيح تكييف الآلة مع مهام متعددة ويدعم الأتمتة وتوفير العمالة في منشآت الإنتاج. تمتد الأذرع من قاعدة ثابتة وتزداد نحافة كلما اقتربت من الطرف، وهو ما يقلل الوزن والقصور الذاتي ويسمح بحركة مستقرة عالية السرعة. ويستحضر الشكل العضوي هيئة الجسم البشري، مما يجعل الحركة السريعة أقل إثارة للرهبة لدى العاملين على خط الإنتاج. كما يساعد الهيكل المدمج على تقليص حجم المعدات.
The Recognition
About the جائزة A' Design Award الذهبية
Hsr048/Hsr050/Hsr060 روبوت صناعي هو فائز بجائزة A' Design Award الذهبية، وهي تقدير رفيع المكانة للغاية يُمنح للتصاميم من الدرجة الأولى والرائعة والمتميزة. والفائزون بالذهبية هم إبداعات شديدة الابتكار وعالية الرؤية ومبهرة ببريقها، تعكس نبوغ مصمميها وحكمتهم وبراعتهم. ويُتوقع أن يكون Hsr048/Hsr050/Hsr060 روبوت صناعي اختراعًا عظيم الإشادة ورائدًا وضخم الأثر يقدم قيمة غير مسبوقة. وهذا التصميم الفائز بجائزة A' Design Award الذهبية مشروع مذهل ومحترم يعود بالنفع الكبير ويوسّع حدود الفن والعلم والتصميم والتكنولوجيا. ويخلق Hsr048/Hsr050/Hsr060 روبوت صناعي مشاعر رغبة قوية، ويثير الشغف، ويشجع الإبداع، ويفتننا.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- These are horizontal, multi-joint industrial robots (SCARA robots) with hands mounted on their tips to adapt flexibly to a variety of work. These robots contribute to automation and labor saving in production plants. These are new SCARA robot series models developed by DENSO Wave. They provide top-of-class performance levels in compact body sizes and contribute to reduced equipment size.
- Dimensions & Packaging
- Arm length (1st arm + 2nd arm) 480mm (205mm + 275mm), 550mm (275mm + 275mm), 650mm (375mm + 275mm), maximum payload: 8kg, body weight: 33kg, body height: 488mm (excluding shaft height) , Maximum synthesis speed: 7540mm / s, 8000mm / s, 8850mm / s, Variation: Cleanliness: ISO class 3, Dust and drip-proof performance: IP65
- Tags
- robot, product design, scara, organic shape, simple
- Production Technology
- Since we thought that the influence of inertia could be suppressed by reducing the weight of the tip, we adopted an arm that was powerfully extended from a stable base and became more delicate toward the tip. As a result, stable high-speed operation and design innovation were realized.
In addition, the entire product was constructed with an organic design that resembles the human body so that high-speed operation does not give a sense of intimidation or anxiety to workers working on the production line. - Design Challenge
- The aim was to create the fastest SCARA robot. Initially, however, the expectations of the designer were only to renovate the appearance of the predecessor. I felt that the previous model's structure did not embody the fastest spec, so I proposed an ideal form of the SCARA robot including a renovation of the whole structure first.
- Research
- We researched most of SCARA robots in the world through internet and world wide robot exhibitions. Then we realized that we have to change every legacy structure to make robot faster.
- Inspiration
- Conceived from the structure of the human body, "tension" and "contraction" provide its external form. The lifelike soft exterior removes the sense of intimidation during high-speed movement.
- Project Duration
- This project is started from 2014. The robot is already on sale and still produced.
- Operation Flow
- This product is settled in a factory, and programed their jobs and works for whole day.
- Patents
- Copyrights belong to DENSO corporation, 2016
- Image Credits
- Image #No. 1,2,3/ CG image by Naotake Hiraga
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