We offer the finest Metal 3D Printing Services in India using DMLS technology. Book a free call with our additive manufacturing experts to know more or get a quote by uploading your details.
We offer the finest Metal 3D Printing services in India using DMLS technology. Book a free call with our additive manufacturing experts to know more or get a quote by uploading your details.
We offer the finest Metal 3D Printing services in India using DMLS technology. Book a free call with our additive manufacturing experts to know more or get a quote by uploading your details.
Metal Additive Manufacturing or Metal 3D Printing as it is commonly known, is a revolutionary technology which produces functional components layer by layer using 3D-CAD data as the input. This technology can produce parts with complex geometries unimaginable to be produced with other technologies.
Among the available few types of metal additive manufacturing processes, we utilize the most widely used and reliable process of Direct Metal Laser Sintering (DMLS) to manufacture parts.
Metal Additive Manufacturing or Metal 3D printing as it is commonly known, is a revolutionary technology which produces functional components layer by layer using 3D-CAD data as the input. This technology can produce parts with complex geometries unimaginable to be produced with other technologies.
Among the available few types of metal additive manufacturing processes, we utilize the most widely used and reliable process of Direct Metal Laser Sintering (DMLS) to manufacture parts.
Metal Additive Manufacturing or Metal 3D printing as it is commonly known, is a revolutionary technology which produces functional components layer by layer using 3D-CAD data as the input. This technology can produce parts with complex geometries unimaginable to be produced with other technologies.
Among the available few types of metal additive manufacturing processes, we utilize the most widely used and reliable process of Direct Metal Laser Sintering (DMLS) to manufacture parts.
All possible variations of a certain design can be prined at once to determine the best functioning design among them. Finds application in new product development parts.
Multiple assembled components can be redesigned as a single part and then printed, which increases the life cycle of the part. This benefit finds application in dynamic parts.
3D printing helps to improve the efficiency of a component as the design is based on functionality rather than design based on manufacturability. This finds application in die and molds.
The process allows for printing parts with lattice structures which reduces the part weight while maintaining the required strength as well. Finds application in aerospace & space components.
All possible variations of a certain design can be prined at once to determine the best functioning design among them. Finds application in new product development parts.
Multiple assembled components can be redesigned as a single part and then printed, which increases the life cycle of the part. This benefit finds application in dynamic parts.
3D printing helps to improve the efficiency of a component as the design is based on functionality rather than design based on manufacturability. This finds application in die and molds.
The process allows for printing parts with lattice structures which reduces the part weight while maintaining the required strength as well. Finds application in aerospace & space components.
All possible variations of a certain design can be prined at once to determine the best functioning design among them. Finds application in new product development parts.
Multiple assembled components can be redesigned as a single part and then printed, which increases the life cycle of the part. This benefit finds application in dynamic parts.
3D printing helps to improve the efficiency of a component as the design is based on functionality rather than design based on manufacturability. This finds application in die and molds.
The process allows for printing parts with lattice structures which reduces the part weight while maintaining the required strength as well. Finds application in aerospace & space components.
Stainless Steel 316L
Commonly used in the food industry and surgical tools.
Aluminium AlSi10Mg
Commonly used in automotive parts and aircraft interiors.
Stainless Steel 316L
Commonly used in surgical tools and the food industry.
Aluminium AlSi10Mg
Commonly used in automotive parts and aircraft interiors.
Maraging Steel MS1
Widely used in tooling inserts.
Inconel 718
Widely used in high temperature applications.
Maraging Steel MS1
Widely used in tooling inserts.
Inconel 718
Widely used in high temperature applications.
Complex parts are manufactured through Direct Metal Laser Sintering for Prototyping, batch Production and Mass production, using 3D CAD data input.
Post 3D Printing, the parts are subjected to post processing to improve the part quality. Dimensional Inspection is carried out through CMM.
We optimise process parameters for new AM alloys to improve the mechanical properties so it matches the properties of conventionally available alloys.
When customers have only the physical part and not the CAD data for printing, we create 3d models using Laser Scanners and CMM machines.
Complex parts are manufactured through Direct Metal Laser Sintering for Prototyping, batch Production and Mass production, using 3D CAD data as the input.
Post 3D Printing, the parts are subjected to post processing to improve the part quality. Dimensional Inspection is carried out through CMM.
We optimise process parameters for new AM alloys to improve the mechanical properties so it matches the properties of conventionally available alloys.
When customers have only the physical part and not the CAD data for printing, we create 3d models using Laser Scanners and CMM machines.
Complex parts are manufactured through Direct Metal Laser Sintering for Prototyping, batch Production and Mass production, using 3D CAD data input.
Post 3D Printing, the parts are subjected to post processing to improve the part quality. Dimensional Inspection is carried out through CMM.
We optimise process parameters for new AM alloys to improve the mechanical properties so it matches the properties of conventionally available alloys.
When customers have only the physical part and not the CAD data for printing, we create 3d models using Laser Scanners and CMM machines.
Automotive
Aerospace
Defence
Space
Tooling
General Engineering
Medical
Art
Automotive
Aerospace
Defence
Space
Tooling
General Engineering
Medical
Art
Automotive
Aerospace
Defence
Space
Tooling
General Engineering
Medical
Art
Rapid DMLS offers quality Metal 3D Printing services in India using DMLS technologies. The company was founded in 2017 by a group of dedicated individuals to provide solutions in the field of Metal Additive Manufacturing.
The team has been crafted with members specializing in each aspect of the manufacturing process. We have the infrastructure and the technical competence to deliver quality parts in the shortest timeframe.
Rapid DMLS offers quality Metal 3D Printing services in India using DMLS technologies. The company was founded in 2017 by a group of dedicated individuals to provide solutions in the field of Metal Additive Manufacturing.
The team has been crafted with members specializing in each aspect of the manufacturing process. We have the infrastructure and the technical competence to deliver quality parts in the shortest timeframe.
The 3D model is generally required to provide an accurate quotation. If you do not have the 3D model, please share the 2D drawing. We can get the 2D drawing converted into a 3D model.
Although we are based out of India, we provide Metal 3D Printing services across the globe.
We accept files in .step, .iges and .stl formats.
Direct Metal Laser Sintering offers mechanical strength much superior to casting and similar to the strength of bar-stock and forged parts.
The average surface finish of a 3D printed part is around 8 to 10 Ra and can be improved with further post-processing such as vibro tumbling and shot blasting.
The dimensional tolerance for a metal 3D printed part is around +/- 50 microns for smaller parts (up to 50 mm) and +/- 0.2% of the measuring dimension for bigger parts.
The 3D model is generally required to provide an accurate quotation. If you do not have the 3D model, please share the 2D drawing. We can get the 2D drawing converted into a 3D model.
Although we are based out of India, we provide Metal 3D Printing services across the globe.
We accept files in .step, .iges and .stl formats.
Direct Metal Laser Sintering offers mechanical strength much superior to casting and similar to the strength of bar-stock and forged parts.
The average surface finish of a 3D printed part is around 8 to 10 Ra and can be improved with further post-processing such as vibro tumbling and shot blasting.
The dimensional tolerance for a metal 3D printed part is around +/- 50 microns for smaller parts (up to 50 mm) and +/- 0.2% of the measuring dimension for bigger parts.
We are offering a free consultation call if you need help with manufacturing components using Metal 3D Printing technology. Our additive manufacturing experts can look at your exact requirement and suggest you some best solutions.
Enter your details to book a free call with our additive manufacturing experts to know how we can help.
The 3D model is generally required to provide an accurate quotation. If you do not have the 3D model, please share the 2D drawing. We can get the 2D drawing converted into a 3D model.
Although we are based out of India, we provide Metal 3D Printing services across the globe.
We accept files in .step, .iges and .stl formats.
Direct Metal Laser Sintering offers mechanical strength much superior to casting and similar to the strength of bar-stock and forged parts.
The average surface finish of a 3D printed part is around 8 to 10 Ra and can be improved with further post-processing such as vibro tumbling and shot blasting.
The dimensional tolerance for a metal 3D printed part is around +/- 50 microns for smaller parts (up to 50 mm) and +/- 0.2% of the measuring dimension for bigger parts.
Enter your details below to book a free call with our additive manufacturing experts to know how we can help.