With a growing demand for fabricated metal products, ultimately fuelling the demand for machine tools, the sheet metal equipment market is witnessing steady growth, led by the the leading sheet metal equipment manufacturers
With a growing demand for fabricated metal products, ultimately fuelling the demand for machine tools, the sheet metal equipment market is witnessing steady growth, led by the the leading sheet metal equipment manufacturers
3D printing has always been a niche market , with a few companies dominating the industry. That said, the space is rapidly growing andis expected to be worth over $30 billion by 2022. Contributing factors to this growth will include mass customizatio
China has been hailed as a future 3D printing leader because of its fast developments.
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Our sheet metal rapid prototyping and rapid production services include a variety of tooled and manual manufacturing techniques and processes enabling us to realise some highly complex parts without expensive and time consuming production tooling.
Our sheet metal rapid prototyping and rapid production services include a variety of tooled and manual manufacturing techniques and processes enabling us to realise some highly complex parts without expensive and time consuming production tooling.
Our sheet metal rapid prototyping and rapid production services include a variety of tooled and manual manufacturing techniques and processes enabling us to realise some highly complex parts without expensive and time consuming production tooling.
Our sheet metal rapid prototyping and rapid production services include a variety of tooled and manual manufacturing techniques and processes enabling us to realise some highly complex parts without expensive and time consuming production tooling.
Our sheet metal rapid prototyping and rapid production services include a variety of tooled and manual manufacturing techniques and processes enabling us to realise some highly complex parts without expensive and time consuming production tooling.
Stereolithography (SLA) is an additive manufacturing process that builds models one layer at a time. With a UV light trailing the resin as it is printed, prototypes are cured (hardened) immediately after printing. CAD models provide data to the system, which traces each horizontal layer across the surface. After each horizontal layer is laid, the print tray lowers in the z-axis (height). The final step in the SLA process involves a final curation in a UV oven.
3D metal printing is a revolutionary technology that produces impossible-to-make parts directly from your CAD data. Advantages to this process include the ability to produce strong and complex geometries, internal lattice structures, con-formal cooling channels, and other features that cannot be made with traditional machining. Parts can be made quickly with a minimum of material waste making them ideal for next-generation engineering in aerospace, medical, automotive, and other industries.
