#QUICKCAST SLA FULL#

These two techniques play different roles. There are many methods of prototyping die cast parts, but two of the most effective are plaster mold casting (also known as rubber plaster mold casting - or RPM) and rapid die casting from cast H-13 steel dies (also known as the Steele process). Appropriate use of today's prototyping technologies can help manufacturers avoid these needless added costs and uncomfortable situations.

At a minimum, a three-month delay in introducing the product to market means a loss of sales and a potential loss of market share that may be hard to recover. Additional costs can include shorter tool life and late delivery of the product to the marketplace. Seventy-five per cent of production dies require rework ranging from simple modifications to a major overhaul - a figure that is unacceptably high. The cost of discovering design errors after the die cast tooling is complete can be even worse. This is especially true for die cast components where tooling prices can run into six figures. The further along the developmental cycle design errors are discovered, the greater the cost to fix them. The main benefit of prototyping is design verification, providing the opportunity to identify design flaws before a product goes into production. Armstrong, Armstrong RM Corp, USA Two Steps Back However, lessons can always be learned from the past, and two proven, mature metal casting processes have the power to unlock RP's true potential' Initial investment and total cost of operation- The BuyerвЂ™s Guide will also help you prioritize whatвЂ™s more important to you right now: a low cost of entry so that you can learn how 3D printing will benefit your business, or, if you already know how additive manufacturing can be leveraged for your business, a higher initial investment that will result in a lower total cost of operation.RP is the new, hip buzzword making its way around companies searching for that competitive edge.Print Capacity- Required print capacity for production is determined by a variety of criteria including the printerвЂ™s ability to make the breadth of the parts you need to create.Use the guide to help determine exactly what is most important to you and review which 3D printers are the best for your requirements. Other applications are purely functional, and part appearance doesnвЂ™t matter as long as the parts perform as expected.

#QUICKCAST SLA FULL#

Part AestheticsвЂ“ Some applications require printed parts that are visually appealing, full color, or have specific look and feel requirements.

Each technology has strengths and weaknesses that need to be factored in

Material Properties- Understanding the intended applications and the needed material characteristics is important in selecting the best 3D printer for your needs.

The BuyerвЂ™s Guide helps you define your application accuracy requirements so 3D SystemsвЂ™ experts can help you choose the right 3D printer at the right price.

Accuracy- Accuracy, precision, and repeatability are dependent on a variety of factors including part size, material, geometry, post-processing, print orientation, and more.

Part Strength- Will the parts you print do what you need them to do? This guide will help you review 3D printers that will create parts with the specific mechanical properties your application requires.

File-to-Finished Part SpeedвЂ“ Every 3D printer has a different file-to-finished part speed, which takes into account build preparation, print speed, required post-processing, and optional finishing time.

Which 3D Printer is Best for You? Identifying your unique requirements within the entire design-to-manufacture process will help you select the best 3D printing technology and optimize its benefits.ДЈD Printing Performance Criteria You Need to Review

Quickcast sla