TCR - 7轴协作手臂 ROBOTIC ARM

米兰/产品设计师/1年前/8195浏览

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这款自动化协作手臂是我们专门为TCR Robotics设计的全新7 轴机械手臂，我们偕同TCR的工程师一起设计开发，并为TCR设计全新的产品风格。这款敏捷的协作机器人专注于工业用途的精确操作。尽管如此，其紧凑的设计使其能够在小型工作单元内完全运行，达到与 6 轴相同的循环时间。

This project has been designed specifically for TCR Robotics, we were invited to design a fresh look for the new TCR 7-Axis robotic arm family. This agile, collaborative robot is focused on precise operation for industrial use. Nevertheless, its compact design enables it to fully operate within small work cells, reaching the same cycle times as the 6-Axis.

Client - TCR Robotics

CGI - Alessandro Pennese, Gian Luigi Singh

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OUR ROLE
设计兼具美感及功能的7轴协作手臂 / DESIGN ENCLOSURE CASE FOR 7-AXIS ROBOTIC ARM<br><br>在这个专案中，我们与 TCR 工程团队一起设计并开发 TCR的首款协作机器人手臂。由于7轴电机，机械手臂的动作可以极其敏捷和灵活，这同时也考验着设计师如何在机械限制中设计兼具美感及功能的自动化工业产品。此项目范围包括定义新 TCR 美学、和谐的产品设计语言、结构设计以及 CMF 计划。<br><br>For this project, our role, alongside the TCR engineering team, was to engineer and develop the premiere TCR collaborative robot arm. Thanks to the 7-axis motors, the movements of the robot arm can be extremely agile and flexible. The project scope included the design direction of a new TCR aesthetic, refined design details for a more cohesive product, and a CMF plan.

OUR ROLE
设计兼具美感及功能的7轴协作手臂 / DESIGN ENCLOSURE CASE FOR 7-AXIS ROBOTIC ARM

在这个专案中，我们与 TCR 工程团队一起设计并开发 TCR的首款协作机器人手臂。由于7轴电机，机械手臂的动作可以极其敏捷和灵活，这同时也考验着设计师如何在机械限制中设计兼具美感及功能的自动化工业产品。此项目范围包括定义新 TCR 美学、和谐的产品设计语言、结构设计以及 CMF 计划。

For this project, our role, alongside the TCR engineering team, was to engineer and develop the premiere TCR collaborative robot arm. Thanks to the 7-axis motors, the movements of the robot arm can be extremely agile and flexible. The project scope included the design direction of a new TCR aesthetic, refined design details for a more cohesive product, and a CMF plan.

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CHALLENGE
如何将机械零件完美融入机壳中 / HOW TO FIT ALL COMPONENTS INSIDE A BEAUTIFUL CASE<br><br>在这个设计过程中，我们首先对所有机械手臂需要完成的动作和任务做了深入的分析及研究。再将不必要的体积做切削，将其视为一座雕塑来雕刻。最后，将人体的肌肉线条转化为我们的主要设计语言。<br><br>In this design process, we had to deeply understand all arm movements and tasks requiring special attention. Our approach began with trimming any unnecessary volume, carving it like a sculpture. Enhancing the focus on the beauty of the human muscle and translating it into our design language.

CHALLENGE
如何将机械零件完美融入机壳中 / HOW TO FIT ALL COMPONENTS INSIDE A BEAUTIFUL CASE

在这个设计过程中，我们首先对所有机械手臂需要完成的动作和任务做了深入的分析及研究。再将不必要的体积做切削，将其视为一座雕塑来雕刻。最后，将人体的肌肉线条转化为我们的主要设计语言。

In this design process, we had to deeply understand all arm movements and tasks requiring special attention. Our approach began with trimming any unnecessary volume, carving it like a sculpture. Enhancing the focus on the beauty of the human muscle and translating it into our design language.

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OUTCOME
高效、高性能、艺术品 / EFFECTIVE, HIGH-PERFORMANCE, PIECE OF ART<br><br>凭借这个充满热情的团队，我们成功打造了这款高性能机器人手臂，提高了工业用途的生产力和精准度。此外，我们创造了一件能够满足所有的工业需求的艺术品。<br><br>With this passionate team, we successfully built this high-performance robot arm that increased productivity and precision for industrial uses. Furthermore, we created a piece of art in the field and matched all the industrial needs.

OUTCOME
高效、高性能、艺术品 / EFFECTIVE, HIGH-PERFORMANCE, PIECE OF ART

凭借这个充满热情的团队，我们成功打造了这款高性能机器人手臂，提高了工业用途的生产力和精准度。此外，我们创造了一件能够满足所有的工业需求的艺术品。

With this passionate team, we successfully built this high-performance robot arm that increased productivity and precision for industrial uses. Furthermore, we created a piece of art in the field and matched all the industrial needs.

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