1. Operating 3D Printers: Spend time operating 3D printers, which includes setting up print jobs, calibrating printers, loading materials, and monitoring print progress; they may also be responsible for troubleshooting any issues that arise during the printing process
2. Design and CAD Modeling: Work on designing or modifying 3D models using Computer-Aided Design (CAD) software; this could involve creating models from scratch or making adjustments to existing designs to optimize them for 3D printing
3. Material Testing and Evaluation: Assist in testing different materials for use in 3D printing, evaluating their properties, and documenting the results; this could include testing for strength, durability, flexibility, and other characteristics relevant to specific applications
4. Post-Processing and Finishing: Involve in post-processing activities after 3D printing is completed, such as removing support structures, sanding or smoothing surfaces, and applying finishes or coatings to enhance the appearance or functionality of printed parts
5. Research and Development: Contribute to research and development projects related to 3D printing technology; this could involve exploring new materials, techniques, or applications for 3D printing
6. Learning and Professional Development: Take advantage of learning opportunities to expand their knowledge of 3D printing technology, industry trends, and best practices
Rapid3D is focused on bringing Additive manufacturing, a.k.a. 3D printing, into the market to facilitate users benefit & leverage in terms of better quality, lead time & cost advantages.
At Rapid3D we are involved in the manufacturing of different Plastic Prototypes as well as end-use products using multiple Additive Manufacturing technologies like SLS, SLA, DLP, FDM, etc.
We also equip a state-of-the-art blue-light 3D scanning facility to cater to 3D scanning & reverse engineering.
For years, traditional manufacturing, like subtractive & forming, has been the go-to process for manufacturers around the globe. But now it is not the case. Design languages are changing rapidly and more and more complex designs and processes are required for the efficient functioning and working of products.
3D printing makes it easy and hassle-free; here, the designer has complete freedom to design and realize the part within days, unlike weeks or months when using traditional techniques.
