The very large scale and high level of accuracy delivered by our large format printers makes them suited to a wide variety of industries. Making anything from large jigs, tools, mannequins, external advertising, furniture, large plastic goods, studio props, prototype parts or just large quantities of smaller items, The LC Magna and LC Maximus are ideal.

Our in-house chemistry team have developed a range of resins to work in these machines. You also can run BASF’s range of visible light resins in our machines.
Industry BASF Partnership

Jigs and Tools 3D printing has transformed the manufacture of jigs and tools, enabling them to be ready rapidly and at lower cost. Even large format jigs and tools can be quickly produced in house on the LC Magna or Maximus, reducing cost and speeding up the time a production line is down.

Prototyping Nearly all products now involve large numbers of prototypes and this is only possible with 3D printing. 3D printing prototypes at the correct size, quickly and accurately, on the LC Magna or LC Maximus produce them at a fraction of the cost and time that a hand carved model or multiple sections of prototypes printed on smaller machines. LC Magna and Maximus make designs come to life quicker and with a smaller investment. Explore LC Magna

Printed on LC Maximus Outdoor Advertising, Mannequins and Studio Props keyboard_arrow_up 160cm keyboard_arrow_down Any large plastic item, advertising item, studio prop or mannequin can now be created quickly and cost-effectively from a digital file.

Large build volume printers are ideal for custom prints to support retail merchandising and for use in film studios for theatrical props. Much faster and delivering much more detailed than using filament printing or extrusion-based systems, LC Magna and LC Maximus are the gold standard in large object printing. Objects can be sanded (if necessary) and painted.
Explore LC Maximus

Foundry Casting Metal casting is ideally suited to adopting additive manufacturing. The benefits to foundry casting business are to be much quicker to pour metal and at a lower cost. The possible geometries are now much wider. Removing the cost of making moulds and cores, speeds up the process and reduces lead times from weeks to just days.