Samisan Tech Pvt. Ltd. offers the MIRA3D Build Processing Software suite, which includes specialized tools for jewelry, dental, and manufacturing applications, enabling precise build preparation and 3D inspection. This software addresses inefficiencies in digital manufacturing workflows by streamlining data processing and enhancing accuracy in part inspection.
Funding
Funding not disclosed
Founders
Product
Problem
The additive manufacturing industry faces challenges in preparing 3D models for printing, including mesh repair, support structure generation, and part inspection, which can be time-consuming and require specialized skills. Existing software solutions often lack the versatility to support diverse applications across jewelry, dental, and manufacturing sectors, leading to fragmented workflows.
Solution
MIRA3D Build Processing Software suite streamlines the digital manufacturing workflow by providing specialized tools for build preparation and 3D inspection across various industries. The software suite includes MIRApro for jewelry and dental applications, MIRAmax for general manufacturing, and MIRAanalyze for part inspection. MIRA3D's solutions offer features such as automated mesh repair, optimized support generation, and deviation analysis, enhancing accuracy and efficiency in 3D printing and reverse engineering processes. The software aims to minimize operator skill requirements while offering a comprehensive set of tools for quotation generation, slicing, and surface selection.
Target Audience
MIRA3D targets professionals in the jewelry, dental, and manufacturing industries who require efficient and accurate build preparation and inspection tools for additive manufacturing processes.
Features
- Comprehensive suite supporting diverse applications from manufacturing to medical fields
- User-friendly interface designed for intuitive operation and streamlined workflows
- Automated mesh repair for preparing 3D models for printing
- OPF (One-click Print Fix) support generation for MSLA 3D printers, enabling thin lattice structures and small touchpoint sizes
- 3D packing for optimizing part arrangement in MJF, Binder Jetting, and SLS technologies
- Instant quotation generation for 3D printing projects
- Scan-to-CAD comparison and deviation analysis for part inspection
- AI-driven image search utility for jewelry design matching