Through our new state-of-the-art Additive manufacturing facility, we are helping customers develop better products for real-world applications.
From design assessment and validation, through to post production finishing, we can reduce costs, drive greater efficiencies, minimise risk and open new areas of growth.
We have invested in world leading technologies, our people and our processes to bring the whole additive manufacturing technology process under one roof.
Taking a collaborative approach, we help you resolve the challenges you face. With the flexibility to test and validate a products design before production, we bring your ideas to life and open up new possibilities.
At Smithstown Additive, we create complex designs with quality and precision and deliver faster, more affordable results.
We work with industry leaders like Trumpf, Formlabs and GOM and many more. Check out our advanced technical equipment below
This is a manufacturing authoring application for fixed plane AM. It provides build tray setup, basic and advanced support geometry types. It provides the build processor framework, which supports Trumpf build processors. It also provides 3MF and STL file-based export of the build tray.
Topology Optimization provides the ability to create a geometrically optimised structures that fit within a specified design space while meeting the various performance, material and manufacturing requirements.
The Siemens NX Lattice Structures Design add-on provides the ability to create various types of lattice structures typically used in additive manufacturing to optimize weight and material while maintaining or even improving structural integrity.
Simcenter 3D Additive Manufacturing simulates the additive manufacturing process for Selective Laser Melting (SLM). The setup from a part in the built tray including support structures is used as a basis. The user selects the parts to simulate, defines printing process parameters (material, number of parts, layer slicing, laser parameters, etc) and runs the simulation. The result is the temperature distribution and distortion of the part.
A compensated geometry can be generated and be resimulated.
400 width x 400 height x 600 length
This furnace type enables quick and easy loading of different volumes giving the flexibility for various production or R&D applications. The stated operating vacuum is 10-4/10-5 mbar.
The forced gas convection in the first phase of the thermal cycle improves uniformity at low temperatures facilitating irradiance and improving the heating speed in the middle of massive loads. Max operating temp = 1250 deg C
Gas quenching (pressure 9.5bar max) is a critical part of the heat treating process in order to ensure metallurgical and mechanical transformation without exceeding the specified distortional tolerances. In hinged door furnaces operator can easily drive the gas flow where required.
80,000 sq-ft packed with cutting edge machinery, allowing us to offer you the latest in advanced manufacturing methods for post processing of additive manufactured parts. Some of our capabilities include:
