Tradiebot is developing technology platforms and automated systems that can fast track routine jobs, repairs, training, and deliver an up-skilled workforce. The global manufacturing, services and repair industries are undergoing a transformation of how work is done, how information is collected and used. We’re both pioneer and a fast follower. With an evolving technology platform, we are the definition of innovation, pushing the boundaries and continuing to learn as we partner with some of the world’s leading innovators in Industry 4.0 Technologies.
Modern automation is about utilizing machine precision, speed and accuracy to do repetitive tasks with zero defects and perfect consistency. Combined with nominal human interaction, an agile automated system will enable a dramatic improvement in production efficiency and quality.
Robotic machines bring flexibility, precision and efficiency to a production system. With the right combination of sensors, actuators and digital control logic they can free up labour by performing a wide variety of tasks including moving materials, scanning, sorting, cutting, joining, polishing and prepping materials.
To be continually improving first you must know what you have. Metrology is at the heart of accuracy and precision. It is the basis of understanding the source of variability and controlling it. Tradiebot is implementing state of the art digital scanning systems that are becoming cheaper, faster and more accurate than ever before.
Augmented Reality (AR) is a vision-based platform that is capable of providing detailed context-based information when and where it is needed in industrial and business applications. This is especially useful for providing intuitive training, standard operating procedures, repair manuals and real-time information on workshop jobs.
Recent advances in industrial 3D printing have been focused more on improving materials performance and controlling the melt flow properties for the application and the printing process. Tradiebot is developing specialised polymer materials that are able to be printed directly on plastic parts for repair and refurbishment.
According to lean best practices, transport, excess inventory, motion and waiting, are recognised as the first four of the seven forms of waste in the work environment. Our unmanned vehicle systems automatically provide the right materials when and where you need them, eliminating the waste.
Assessment & Preparation
The Prep-bot systems uses smart software, 3D scanning and robotics to carry out basic labour duties such as parts preparation, cleaning and quality inspections on automotive panel components.
This system will improve quality, accuracy and productivity by working on repetitive processes with skilled human assistance.
Virtual & Augmented Environments
Using cloud connected tools to provide up-skilling, training and standardised procedure to perform tasks such as maintenance and repairs with a virtual or augmented environment.
The ability to deliver the classroom or digital guides to the trainer, student or technician anywhere will reduce the cost of logistics, set up costs & repair or production times. The latest relevant information will be available where and when it’s needed.
Air and Ground
Working towards reducing costly and time consuming materials handling and delivery of parts, consumables and tools within the factory workspace.
Our ground and aerial delivery systems are being developed to assist businesses and communities better manage their resources, future transport, services offerings and internal materials handling needs.
Automotive Plastic Repairs
Using 3D printing technologies, novel polymer material solutions and state-of-the-art digital techonologies to enable a low cost rapid repair services for automotive plastic trim and assembly components.
This will be achieved through integrating additive manufacturing, 3D scanning and robotics for in-situ automotive part repair systems.
Using advanced materials including plastics and reinforced composites, the aim is to reduce lead time and address the feasibility of on demand supply of 3d printed replacement and resortation parts.
Working with Collision industry partners to create a more efficient and cost-effective method for manufacturing parts that are unavailable to be bought separate, out of stock or discontinued.
“Tradiebot Industries (gotta love that name) is out there embracing the opportunities for growth offered by new technologies. Watch this company fly!”
“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.”
“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.”
“AAPR, is a strong supporter of innovation and is very excited by the technologies Tradiebot and its partners are currently developing for the automotive collision repair industry. Tradiebot’s “Hi Tech Solutions” has the potential to speed up and improve the quality of the vehicle repair process whilst being able to assist in addressing our ongoing skills shortage. AAPR is looking forward to further developments and progress of this next phase in automotive collision repairs.”
“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.”
“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.”
Industry 4.0 technologies are transforming many traditional industries and creating exciting new career pathways in tomorrow’s “smarter” workforce.
Industry is developing new tools and capabilities, and with them, comes the need for new skills and innovative training methods.
Our schools, colleges and universities have the talent who will become that workforce.
It has been estimated there are about 50 new skills emerging for people interested in careers at the pointy end in the development and application of world-leading technology.
Tradiebot Industries is helping to bridge the gap. Our STEM initiative creates opportunities for educators and industry to come together in developing our future workforce.
We are working with key education, government and industry stakeholders on a number of programs with the intention to raise awareness, develop training platforms and increase intake of such new INDUSTRY 4.0 skills within our education pipeline.
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