![]() ![]() Internal structures which adapt to the outer shell geometry and act as supports, resulting in higher yield, greater functional performance and more precise master patterns.Reduced internal mass resulting in cleaner burnout in the casting process and less material consumption lowering the overall costs.The internal diamond structure pattern provides a number of benefits to the user of the investment casting process including: NEW INTERNAL SMART SUPPORT STRUCTURES QuickCast Diamond is up to 30% lighter and has even more consistent strength than previous QuickCast build styles. A stereolithography build style trademarked by 3D Systems that is used to create investment casting patterns. When used in combination with the antimony-free, ultra-low ash content Accura Fidelity material to produce master patterns, foundries can reliably deliver large, high precision investment casting at a fraction of the time and cost of traditional tooling and with no limitation on geometric complexity. #Quickcast printing pro#HIGH PRECISION, HIGH FUNCTIONALITY Quickcast Diamond is a new build style available with 3D Systems' SLA printers and 3D Sprint® PRO additive manufacturing software. With QuickCast Diamond master patterns, you can now deliver easier to cast, complex master patterns in days - and save thousands in traditional tooling costs. Together, these represent a new paradigm in SLA 3D printed master patterns providing higher functional performance and the industry's lightest weight parts. #Quickcast printing Patch#Timely support from 3D Systems ensures that we keep that promise.Investment Casting Patterns - Now Faster, with Higher Yield and Lower Cost 3D Systems QuickCast® solution for Stereolithography (SLA) has now been even further improved with the addition of Accura® Fidelity™ investment casting printing material, the QuickCast® Diamond™ build style, and the Accura® Patch and Bond post-processing solution. Unless it is a particularly large part, we promise delivery in one to three days. “Additive manufacturing comes down to who can do it faster, who can do it better, and who can do it cheaper,” says Wong. The QuickCast process is ideal for the aerospace market, which often requires low volumes of highly complex parts. Vaupell is using QuickCast®, the stereolithography (SLA) process developed by 3D Systems for investment casting, to deliver unprecedented speed and quality to its customers at a fraction of the cost of traditional methodologies. Austin Wong, Rapid Prototyping Manager, Vaupell ![]() “QuickCast patterns enable our customers to get a part long before a production or prototype tool could be designed, made, tested and brought online." ![]() Production time is typically measured in months and costs can run into the hundreds of thousands of dollars.īut if Vaupell, a 70-year-old supplier of aerospace components and subassemblies and a more than 20-year veteran of 3D printing, is any example, the workflow is changing rapidly. ![]() A tri-folded brochure has six panels, while a bi-folded brochure has four panels. We print custom sizebrochuresin sizes ranging from 5.5x4.25' up to 26 x 12. We offer bi-fold and tri-fold brochure printing in 3 standard sizes: 8.5x11', 8.5 x14', and 11x17'. Over the last century, the process has benefited from many innovations, but it is still slow and costly to create this kind of tooling for complex parts. We can print small and large quantities with quick turnaround and competitive pricing. Traditional investment casting-creating metal parts from a ceramic mold after a wax pattern has been burned away-has been around for more than 5,000 years. ![]()
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