Kinetic Mirror utilizing ABB IRB6600

Watch "Kinetic Mirror utilizing ABB IRB6600" on YouTube

Kinetic Mirror utilizing ABB IRB6600

Solution Provider: Please log in to view

Lead Time: 9 weeks(Design 4 weeks, Fabrication 2 weeks, Installation 2 weeks, Commissioning 1 week)

Estimated Budget: Please log in to view

Application Field: Application > PR·Entertainment, Building Type > Commercial Facilities, Building Type > Etc.

Application > PR·EntertainmentBuilding Type > Commercial FacilitiesBuilding Type > Etc.

#ABB# Jointed Robot# Food Service# Event# Installation Art# IRB 6600# Entertainment

Curious about the robots deployed?

ABB IRB6600 (가반하중 225kg, 작업반경 2550mm)

This is a rental entertainment robot solution featured in a large-scale robot mirror moving exhibition performance utilizing two 150kg-class medium robots.

The audience can explore the hidden aspects of the space through mirrors moved slowly by the two robots (Move In.finite) or enjoy a unique experience where members of the audience meet each other remotely (Stay Connected).

Components

Robot	Two ABB IRB 6600 units (6-axis articulated, payload 120kg, working radius 3.2m, weight 1700kg)
Peripherals	Mirror castings: 2 sets of 1.5m x 1.2m oval shapes; Etc. details: Installation of safety guides around the installation site; Requires deployment of 2 operations managers (1 per robot).

※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.

Features

Realization of surreal images

Implementation of dynamic, surreal images

Capturing the audience's attention and generating interest through mirrors moving in harmony with the music

Provides a surreal feeling through images infinitely reflected in both mirrors

High promotional effect

Hotspots suitable for filming

Can be used as a photo hotspot using a mirror

Inducing a viral effect of the captured photos through social media

Flexible payment methods

Installation and operation available via rental (cost negotiable)

Results

Key Benefits	Generating customer interest with kinetic (dynamic) exhibits utilizing robots, rather than static displays like sculptures Adding dynamism to the space and providing a rich user experience Increased interest in the cafe (e.g., Naver searches) Viral marketing effects through photography Increased posts on social media and blogs referring to the famous exhibit known as the ‘Robot Mirror’ Enhanced promotional effects for the space through experiential content capable of stimulating interest and curiosity
Client Feedback	I wanted to provide diverse feelings and images of the space, and I was pleased to be able to create images of the space that change differently depending on the angle through the harmony of robots and mirrors.

Key Benefits

Generating customer interest with kinetic (dynamic) exhibits utilizing robots, rather than static displays like sculptures Adding dynamism to the space and providing a rich user experience Increased interest in the cafe (e.g., Naver searches) Viral marketing effects through photography Increased posts on social media and blogs referring to the famous exhibit known as the ‘Robot Mirror’ Enhanced promotional effects for the space through experiential content capable of stimulating interest and curiosity

Client Feedback

I wanted to provide diverse feelings and images of the space, and I was pleased to be able to create images of the space that change differently depending on the angle through the harmony of robots and mirrors.

Recommended Use Cases

IFCC WorldLab Seoul 2022 CLOi Guidebot

This application utilizes the LG CLOi GuideBot, developed by LG Electronics, to patrol an exhibition booth and use its front and rear-mounted body displays to promote the company and explain events. The LG CLOi GuideBot can operate guidance and advertising using the two body displays mounted on the robot. The robot can autonomously navigate to guide visitors to amenities within the facility or conduct patrols at night. As an option, a docent function can be used to guide visitors and explain exhibits at museums or exhibitions.

DEEPBLUE Cleaning Robot Baby-Orca

DEEPBLUE's cleaning Robot , Baby-Orca, is a solution designed to perform automated cleaning tasks in large indoor spaces such as department stores, large malls, and large buildings. Through autonomous driving, the Baby-Orca can perform continuous cleaning for up to six hours, whether during the day when foot traffic is high or at night when there is no foot traffic. Equipped with SLAM technology, 3D Vision recognition technology, and fusion sensors, it enables stable operation even in environments with high foot traffic.

Hyundai Rotem's Wearable Robot H-FrameX (Non-powered Type) Applications at the SFAW Exhibition

This application aims to allow exhibition visitors to experience the work assistance capabilities of the H-FrameX wearable robot developed by Hyundai Rotem by having them personally carry a 20kg load. The H-FrameX, developed by Hyundai Rotem, helps minimize worker fatigue by distributing the workload when lifting heavy objects. It reduces the strain on the wrists and arm muscles by distributing force to the shoulders during workpiece transfer. Since the shoulder height, waist length, and arm length can be adjusted to suit the user, anyone, regardless of age or gender, can wear and use it.