Gull Vélmenni · 2020
Hsr048/Hsr050/Hsr060 Iðnaðarvélmenni
- A' Design Award í gulli 2020 in Vélmenni
- CLIENT: Denso Wave Incorporated
- Estimated Number of Design Views: 60,389
- Verification code 41D4673FBB · Verify this award
Colors
About Hsr048/Hsr050/Hsr060 Iðnaðarvélmenni
HSR048, HSR050 og HSR060 eru lárétt fjölliða iðnaðarvélmenni, einnig þekkt sem Scara-vélmenni. Hvert vélmenni heldur á grip á enda armsins, þannig að vélin getur lagað sig að mörgum verkefnum og styður sjálfvirkni og vinnusparnað í framleiðsluverksmiðjum. Armarnir ná út frá stöðugum grunni og verða grennri í átt að endanum, sem dregur úr þyngd og tregðu og gerir stöðuga hraðvirka hreyfingu mögulega. Hið lífræna form minnir á mannslíkamann og gerir hraðar hreyfingar minna ógnvekjandi fyrir starfsfólk á framleiðslulínunni. Hinn fyrirferðarlitli búkur hjálpar til við að minnka stærð búnaðarins.
About the A' Design Award í gulli
Hsr048/Hsr050/Hsr060 Iðnaðarvélmenni vann A' Design Award í gulli, óendanlega virta viðurkenningu sem veitt er fyrsta flokks, dásamlegum og framúrskarandi hönnunarverkum. Sigurvegarar í gulli eru afar nýstárleg, framsýn og töfrandi glæsileg sköpunarverk sem endurspegla snilld, visku og hæfni hönnuða sinna. Þess er vænst að Hsr048/Hsr050/Hsr060 Iðnaðarvélmenni sé mjög lofuð, brautryðjandi og stórfengleg uppfinning sem skilar fordæmislausu virði. Þetta hönnunarverk sem vann A' Design Award í gulli er stórbrotið, virt verkefni sem gagnast mörkum listar, vísinda, hönnunar og tækni mjög vel og færir þau fram á við. Hsr048/Hsr050/Hsr060 Iðnaðarvélmenni skapar sterkar þráartilfinningar, vekur ástríðu, hvetur til sköpunar og heillar okkur.
Press Kit
- 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
