Foundries such as Keech Australia making the world’s best wear parts for mining machines rely on 3D printing for reliable, consistent foundry pattern components.
Patterns can be easily made using digital manufacturing for rail componentry including axle boxes, pedestals and coupler components.
Our medical-grade thermoplastics produce functional equipment, instruments and devices suitable for a wide range of medical and dental applications.
Students and researchers from all over the world are experimenting with digital manufacturing technologies.
Automotive design and manufacturing engineers use 3D printing technology for everything from modelling to end use parts. Nothing else can match the speed, functionality and durability possible with digital technologies. High levels of customisation allow designers a free hand when it comes to aftermarket modifications.
Commercial and industrial
Get your product to market in record time. Flexible and durable production-grade thermoplastics are used to produce functional commercial parts able to withstand temperatures up to 200°C, resist mild solvents and petroleum-based liquids while maintaining high accuracy.
Consumers and Inventors
Digital manufacturing makes production and prototyping faster and more affordable for the backyard tinkerer. Keech 3D can produce fully functional and testable prototypes with the speed and affordability demanded by the consumer industry.
Digital manufacturing technologies are commonly used by aerospace design engineers for concept modelling and prototyping. The variety of thermoplastics available provides enormous flexibility and allows us to cater for various applications such as jigs, fixtures, check gauges and even finished products.
Digital manufacturing is extremely efficient – producing no waste, saving time and money. Use our environmentally efficient processes to produce renewable energy products and solutions.
Reduce product development time. Produce complex training equipment, unmanned vehicles and end use plastic parts with our durable thermoplastic materials and 3D printing technology.