Locanam 3D Printing

MANUFACTURING ON DEMAND FOR B2C ONLINEBUSINESSES WHAT WE OFFER? We offer manufacturing your product on demand with just a click of a button. You can store your inventory with us in a digital form and we will manufacture and dispatch it in real time as you receive orders on your end. WHAT ARE THE BENIFITS OF THIS MODEL In an era where everything is available on demand then why not manufacturing ? Even when there is an order of single unit. This model will eliminate the need to invest in the inventory. You can have the freedom to use the freed up capital in your core business activities like advertising etc. It will save the costs associated with warehousing and logistics. You can bypass the wholesaler network and increase your margins. Same or better product quality at bulk pricing. You can expand your product portfolio with Locanam digital inventory by simply designing and manufacturing on demand with us. HOW THE PROCESS WORKS ? Identification of product in your product categories that

  We all are aware of the fact that 3D Printing/ Additive manufacturing production process requires a CAD file in STL format, But have we ever paid attention to the fact that aligning the design with the technology used for production can drastically help in production time, quality, cost reduction and various other mechanical parameters. There are many instances where the client may end up with a failed 3D Printed part in their hand due to the knowledge gap between Designing and 3D Printing. DFAM ( Design for additive manufacturing ) is the perfect solution for designing parts for 3D Printing as it eliminates all the potential errors that may occur in the production process. Tools and methods for DFAM Topology Optimization : Both shape and topology of the part can be updated using topology optimization. Traditional manufacturing processes are not capable of producing complex parts made from topology optimization. Parts consolidation : Complex parts require several sub parts that are t

  3D printing can be used for casting in several ways, including: Creating molds: 3D printing can be used to create molds that can be used for casting. The 3D printed mold can be used to make multiple castings, reducing the time and cost required to create traditional molds. Direct casting: 3D printing can also be used to directly cast parts using a process called investment casting. In this process, a 3D printed part is coated with a ceramic material and then burned out, leaving a cavity in the ceramic shell. Molten metal can then be poured into the cavity to create the final casting. Pattern making: 3D printing can be used to create patterns that can be used to make sand molds for casting. The 3D printed pattern is placed in a flask and sand is packed around it. The pattern is then removed, leaving a cavity in the sand that can be filled with molten metal. Tooling: 3D printing can be used to create tooling for casting processes such as die casting and investment casting. The 3D p