Robot Manipulator
Remote Operation Device for Shenyang Aerospace University
The Robot Manipulator is a control device that controls a robot or a mechanical arm. Many motion sensors are placed inside this control device. The sensors detect the movements of gestures and transmit these movement signals to the central processing unit. The processed signals can accurately control the robot. Or a robotic arm. Assist people to complete some tasks that cannot be done manually. This product is mainly used for precise control operations, such as some minimally invasive surgical operations, experiments that require very refined operations, remote medical operations, and so on.
Download Press Kit № 121833
Download Press Kit № 121833 Remote Operation Device for Shenyang Aerospace University by Jun Chen to access high-res images, essential texts, translations, and exclusive interviews—all in one.
Available Now for Your Next Story
At communication|newsroom, we understand the pressures and deadlines journalists face. That’s why we offer exclusive access to our curated press kits and high-resolution images, tailored for accredited journalists. These resources are designed to enrich your stories with depth and visual appeal, spotlighting the world's most innovative designs.
Please Note:
- Credit the work's creator and/or photographer.
- Mention communication|newsroom as your source.
- Share your published pieces with us; we love to celebrate and promote your work on our platform and social media.
Let’s Collaborate: Your stories matter. communication|newsroom is here to support you with quality, accessible content. Once you are accredited, reach out for the images and content you need. We will provide the specific images and content directly, along with recommendations on works to feature.
Get Accredited Easily: Quick access to our resources requires media accreditation. Apply for media accreditation to join our network and start exploring a wealth of design stories.
Robot Manipulator by Jun Chen
Download 1800 Pixels JPEG Image.
Remote Operation Device by Jun Chen
Download 1800 Pixels JPEG Image.
Jun Chen Robot Manipulator
Download 1800 Pixels JPEG Image.
Jun Chen Remote Operation Device
Download 1800 Pixels JPEG Image.
Shenyang Aerospace UniversityBrand Logo
Download 1800 Pixels JPEG Image.
Jun Chen Corporate Logo
Download 1800 Pixels JPEG Image.
Robot Manipulator Remote Operation Device Press Releases
Our Robot Manipulator press releases are ready in languages: English, for your convenience.
Robot Manipulator Remote Operation Device Media Articles
Our Robot Manipulator articles are prepped and available in these languages: English, Italian, German, French, Portuguese, Korean, Japanese, Russian, Chinese (Mandarin), Spanish, Dutch, Hindi, Turkish, Arabic (Standard) and Indonesian, ready for your use.
Unique Properties
This product is a manipulator used to operate a Medical application robot. The overall shape is extremely sci-fi. The main body of the product is composed of carbon fiber and aluminum. Through the handheld gripping method, it simulates the real operation of human hands, and feeds back the human movement to the processor through a large number of sensors, and further performs multi-dimensionality on the robotic arm. Multi-coordinate, precise control.
Tags
Industrial, Robot, Manipulator, Ergonomics, manipulation, multi-dimensional
Production Technology
Automatic control, program editing, industrial design
Design Challenge
Material selection, structure design, processing technology
Project Duration
2019.9-2020.4 Shenyang, China
Operation Flow
This product is a manipulator used to operate a Medical application robotic arm. The device is manipulated by human hands. The sensor in the device converts the movement of the hand into a signal, which is then transmitted to the robotic arm. The robotic arm can give corresponding feedback according to the hand movement. Completion of off-site operations, remote operations, and dangerous operations.
Research
How to transform abstract motions into concrete images and symbols can allow users to give corresponding feedback and reduce learning costs. These are the difficulties. The processing of multiple materials is also a difficulty in design.
Inspiration
Robots are at the forefront of medical application and give people a strong sense of the future. Therefore, the combination of carbon fiber and aluminum in the processing of the shape not only increases the strength, reduces the weight, but also enriches the visual experience. The color is mysterious and deep. Color, with green and sci-fi lighting, creating a strong sense of technology.
Project Overview
Robot Manipulator Remote Operation Device has been a Silver winner in the Robotics, Automaton and Automation Design award category in the year 2020 organized by the prestigious A' Design Award & Competition. The Silver A' Design Award celebrates top-tier designs that embody excellence and innovation. This award acknowledges creations that are not only aesthetically pleasing but also highly functional, reflecting the designer's deep understanding and skill. Silver A' Design Award recipients are recognized for their contribution to raising industry standards and advancing the practice of design. Their work often incorporates original innovations and elicits a strong emotional response, making a notable impact on the improvement of everyday life.
Image Credits
For design images and photos please credit Jun Chen.
Silver Recognition
Jun Chen was recognized with the coveted Silver A' Design Award in 2021, a testament to excellence of their work Robot Manipulator Remote Operation Device.
Jun Chen Press Releases
Our press releases on Jun Chen and their work are made freely available for press members looking to add depth to their content. Instantly access 4 press releases, available exclusively for journalists.
Introducing the Robot Manipulator: A Cutting-Edge Remote Operation Device
Jun Chen's Award-Winning Robot Manipulator Redefines Precise Control Operations
Jun Chen Newsroom
Access Jun Chen Newsroom to delve into the world of top-tier design and accolades.
