Be part of the fourth Industrial Revolution and experience the power of additive Manufacturing as a Service (MaaS) to help transform your ideas into reality. Our MaaS combines Large-Scale Format (LSF) 3D printing with 5-axis high speed milling in a single integrated Manufacturing Centre.
Don't limit yourself with current options available and start thinking outside the box. Explore new possibilities across various industries, i.e. Marine industry printing piers, docks or even boat hulls (sample image from another company). Applications need to be within realm of what is possible to print and thermoplastic materials available.
We can provide cutting edge and innovative solutions utilizing 3DP with composite materials, including recycled HDPE from everyday items like milk or shampoo bottles, to deliver sustainable solutions tailored to your needs.
Fabricating physical objects directly from parts created in CAD using additive layer manufacturing techniques without manufacturing process planning, tooling, or fixtures.
Printing (additive manufacturing) and milling (subtractive manufacturing).
Focusing on the process, materials, and part geometry when designing.
Additive manufacturing (AM), also known as 3D printing, is a process used to fabricate a physical object from a three-dimensional (3D) digital model, typically by laying down and bonding a large number of successive thin layers of materials.
Subtractive manufacturing involves material removal with turning, milling, drilling, grinding, cutting, and boring. The material is typically metals or plastics, and the end product has a smooth finish with tight dimensional tolerances. A wide variety of materials are available.
Industry 4.0 - also referred to as the fourth Industrial Revolution - is a broad term for the new technologies and data - such as cloud computing, Internet of Things (IoT), and Artificial Intelligence - that are revolutionizing the worlds of manufacturing and distribution.
- Additive Manufacturing, or 3D printing technology, is one of the key factors in determining which manufacturers will be able to compete and succeed in the age of Industry 4.0.
- The advantages of 3D printing technology include cost reduction, resource-saving, sustainability, prototype testing, and acceleration of new innovations.
- The market for 3D will nearly triple in size by 2026 and the key focus will be the development of high-performance materials.
- Businesses can respond quickly to market demands with the best quality products and the best value will have a higher chance of winning. This is the undeniable advantage that 3D printing will offer.
Versatility: A large print bed (10m x 5m x 1.6 high) allows printing large scale items to match your specific needs based on your design (CAD), we can provide configurations to suit your application.
Flexibility: With the ability to print vertically and at 45°, and compatibility with a variety of virgin and recycled materials, including PA, PP, PESU, PEI, PET, ABS, HDPE and beyond, the Print and milling system offers unparalleled flexibility in operation.
Quick ROI: No upfront cost to purchase an expensive 3D Printer, simply use our Manufacturing as a Service (MaaS). With its high print speeds and ultra-energy-efficient material dryer, our MaaS can assure a swift return on manufacturing your custom or bespoke products. It's speed, efficiency, and cost-effectiveness can be a valuable asset in any manufacturing process to shorten lead times. This means faster deployment of a bespoke solution compared to traditional means of manufacturing and longer lead times.
Custom solutions: On-demand custom solutions can help reduce Carbon emissions. Additive manufacturing has almost zero wastage and using recycled materials for manufacturing further supports a Circular Economy.