The price of a product may be predicted using historical data. Machine learning algorithms may forecast the cost of a good based on previous knowledge. The companies who have the most competitive prices always make greater money.

A furniture manufacturer used 3D technology to increase productivity and adapt to changes in client demand, so they used different resin materials and stereolithography (SLA) 3D printers to prototype and conceptualize new ideas in-house. This 3D solution has helped them do a more efficient process and build a better quality product for customers.

To meet consumer demand, enhance production speed, and ensure quality, a jeweler adopted 3D printing technologies. Traditional procedures include several phases, leading to errors, higher costs, and delays. The jeweler used a wax pattern printer and streamlined additive manufacturing software to manufacture 3D printing wax material. The jeweler boosted efficiency while maintaining consistent quality results, as well as improved design and production flexibility to satisfy changing consumer expectations.

An aerospace manufacturer used additive manufacturing (AM) to improve the performance of a critical component. This component needed to balance volume and mass constraints while meeting stringent performance specifications. To achieve this, they manufactured the system with DMP Flex 350 metal 3D printers in LaserForm Ti6Al4V grade 23, which helped balance the complexity and strength of the parts. The manufacturer achieved pointing accuracy in the system and increased efficiency.

An automotive manufacturer used additive manufacturing technology to optimize for weight and function while using a non-corrosive material to maintain peak performance and appearance over time. The manufacturing company started by created a custom design, then implementing a direct metal printing (DMP) solution capable of producing high-quality, seamless large parts. With this technology, the manufacturer was able to produce high-performance parts and remove the excess mass.