Tradiebot | Industrial Innovation

ABOUT

Tradiebot Industries is a leading Auto Innovation company that is both a pioneer and fast follower of Industry 4.0 technologies, working with key industry partners, universities and government bodies to showcase the very best of automotive innovation and advancing technology.

An industry leader in applications such as augmented reality (AR), virtual training (VR), robotic repairs and additive manufacturing – 3D printing using advanced materials for the repair of plastic car parts.

Tradiebot is developing interactive platforms and automated systems that can provide digital knowledge that bring repair methods to life, fast track routine jobs, automate repairs, provide training, and deliver an up-skilled workforce.

Our solutions integrate and evolve seamlessly with businesses and industry, providing digital tools for cost reduction, new skills and time management, quality control, management to OEM, auto repair and training networks.

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PROJECTS AND SERVICES

Virtual Reality

SprayVIS

Tradiebot’s Virtual Reality industrial training solutions harness engaging, interactive and immersive teaching methods to increase training speed and effectiveness, while reducing costs and negative environmental impacts. Users are placed in realistic virtual environments and exposed to simulated training scenarios, while receiving real-time feedback and ongoing progress tracking.
Working with industry leaders, we have developed a Virtual Spray-Paint Training Simulator for use in classrooms, training centres, and exhibitions. This Virtual Reality training solution reduces OH&S risk and costs associated with consumables, location and logistics, all while increasing user engagement, appealing to the next generation, stimulating industry interest, and improving training outcomes.

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Augmented Reality

WorxAR

WorxAR is revolutionary technology using Augmented Reality also known as AR. This smart vision-based platform that can provide detailed context relevant information when and where it’s needed via cloud-data management services hosted within your secure network or managed by WorxAR. The software can be tailored to suit customers needs using their own branding and integrated within their current users, parts, work flow or customer management systems. Some of the cool features allow access to standard operating procedures, repair manuals, real-time information on workshop jobs and intuitive training in a digital format accessible via smartphone, tablet or AR glasses.

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Video

Flyer

Robotic 3D Printing Repairs

RepairBot

Repairbot provides flexibility, precision and efficiency to repair automotive plastic parts such as headlight assemblies. With our innovative materials technology and the application of state-of-the-art sensors, actuators and digital control logic, we’re providing robotic systems to improve the efficiency and repair assemblies previously not reparable due to missing or broken components. Many of the technologies being applied to the RepairBotSystem, such as 3D printing, 3D scanning, robotics and mechatronics are relatively well established in other discrete forms.

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Artificial Intelligence

Workshop 4.0

The Workshop 4.0 (AI) software tools enhance efficiency and assist in decision making using AI. This provides a vital link with the Internet of Things (IoT), collaborative robot systems, CAD files, data processing and design information.. The system will provide clients with intuitive management of all aspects of repair systems ,training processes, logistics, connectivity to the supply chain and the client user interface. Being a cloud based service, the functionality of the system evolves with the client needs. Data gathered from operations may be harvested for continuous improvement with the aid of analytics provided by artificial intelligence.

Advanced & Self-Healing Materials

3D Printing Car Parts

Developing advanced and self healing materials including plastics and reinforced composites, the aim is to reduce lead time and address the feasibility of on demand supply replacement and restoration parts. Replacement parts and assembly aids including lugs, brackets, pins and fixtures can be 3D printed in parallel of other repair processes and delivered in time for the assembly or service process. Development activity is focused primarily on validating materials, part geometry and print methods to meet automotive – industry standards for reliability, performance and safety.

Media

work

PROJECTS AND SERVICES

Virtual Reality

SprayVIS

Tradiebot’s Virtual Reality industrial training solutions harness engaging, interactive and immersive teaching methods to increase training speed and effectiveness, while reducing costs and negative environmental impacts. Users are placed in realistic virtual environments and exposed to simulated training scenarios, while receiving real-time feedback and ongoing progress tracking.
Working with industry leaders, we have developed a Virtual Spray-Paint Training Simulator for use in classrooms, training centres, and exhibitions. This Virtual Reality training solution reduces OH&S risk and costs associated with consumables, location and logistics, all while increasing user engagement, appealing to the next generation, stimulating industry interest, and improving training outcomes.

Video

More

Augmented Reality

WorxAR

WorxAR is revolutionary technology using Augmented Reality also known as AR. This smart vision-based platform that can provide detailed context relevant information when and where it’s needed via cloud-data management services hosted within your secure network or managed by WorxAR. The software can be tailored to suit customers needs using their own branding and integrated within their current users, parts, work flow or customer management systems. Some of the cool features allow access to standard operating procedures, repair manuals, real-time information on workshop jobs and intuitive training in a digital format accessible via smartphone, tablet or AR glasses.

Media

Video

Flyer

Robotic 3D Printing Repairs

RepairBot

Repairbot provides flexibility, precision and efficiency to repair automotive plastic parts such as headlight assemblies. With our innovative materials technology and the application of state-of-the-art sensors, actuators and digital control logic, we’re providing robotic systems to improve the efficiency and repair assemblies previously not reparable due to missing or broken components. Many of the technologies being applied to the RepairBotSystem, such as 3D printing, 3D scanning, robotics and mechatronics are relatively well established in other discrete forms. This project represents a major innovation with the integration of these technologies together with a method for direct 3D printing on curved surfaces as well as the development of specialised materials.

Video

Media

Artificial Intelligence

Workshop 4.0

The Workshop 4.0 (AI) software tools enhance efficiency and assist in decision making using AI. This provides a vital link with the Internet of Things (IoT), collaborative robot systems, CAD files, data processing and design information.. The system will provide clients with intuitive management of all aspects of repair systems ,training processes, logistics, connectivity to the supply chain and the client user interface. Being a cloud based service, the functionality of the system evolves with the client needs. Data gathered from operations may be harvested for continuous improvement with the aid of analytics provided by artificial intelligence.

Advanced & Self-Healing Materials

3D Printing Car Parts

Developing advanced and self healing materials including plastics and reinforced composites, the aim is to reduce lead time and address the feasibility of on demand supply replacement and restoration parts. Replacement parts and assembly aids including lugs, brackets, pins and fixtures can be 3D printed in parallel of other repair processes and delivered in time for the assembly or service process. Development activity is focused primarily on validating materials, part geometry and print methods to meet automotive – industry standards for reliability, performance and safety.

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clients

ENDORSEMENTS

“It is encouraging to see an Australian SME such as Tradiebot Industries explore and invest in advanced manufacturing technologies. Their collaboration with Swinburne University is a great example of how research-led innovation in the automotive industry can deliver better products, services and business models.”

David Chuter, CEO and Managing Director | Innovative Manufacturing CRC (IMCRC)

“Tradiebot Industries (gotta love that name) is out there embracing the opportunities for growth offered by new technologies. Watch this company fly!”

Dr. Stephanie Fahey, Chief Executive Officer at Austrade

“Swinburne is thrilled to be collaborating with Tradiebot to develop their visionary solutions for automated repairs in the automotive collision industry. An industry leader who is set to revolutionise future of repair processes.”

Dr. Mats Isaksson

“Tradiebot is a leading example of where manufacturing innovation meets commercialisation. The team has shown that successful outcomes require investment in superior technology and collaboration with our brightest university minds. This is the winning formula for Australian manufacturing and Tradiebot Industries is well on their way to successfully compete at home and more importantly around the globe.”

Dr Jens Goennemann, Managing Director - Advanced Manufacturing Growth Centre (AMGC)

“BridgePoint Group is enormously proud of its association with Tradiebot, an early adopter of Industry 4.0 and without doubt, one of Australia’s most innovative companies. It is companies like Tradiebot that will shape a new era of prosperity for Australian business.”