Amrax is a platform that employs 3D modeling technology to create accurate digital representations of physical spaces, enhancing design precision and visualization. This technology streamlines project workflows for architects and designers, improving collaboration and reducing inefficiencies in traditional design processes.
Funding
Funding not disclosed

Founders
Product
Problem
Traditional methods of spatial planning rely on manual measurements and bulky equipment, leading to time-consuming workflows and potential inaccuracies. This can result in inefficiencies in design processes, increased project costs, and difficulties in collaboration among stakeholders.
Solution
Metaroom by Amrax is a 3D room modeling platform that enables users to scan physical spaces using an iPhone Pro or iPad Pro and generate CAD-ready 3D models. The platform streamlines the spatial planning process by allowing users to capture spaces, customize 3D models, and integrate them into various CAD software. Metaroom offers features such as precise measurements, object recognition, and the ability to create 2D floor plans and reports. The platform supports various industries, including light planning, architecture, interior design, and facility management, by providing accurate and detailed digital representations of physical spaces.
Target Audience
The primary target audience includes architects, interior designers, light planners, facility managers, and other professionals involved in spatial planning and design.
Features
- 3D scanning using the Metaroom Scan App on iPhone Pro or iPad Pro
- Generation of CAD-ready 3D models and 2D floor plans
- Customization of 3D models through the Metaroom platform
- Integration with CAD software via industry-standard formats like IFC, DXF, and GLB
- Object recognition for identifying and classifying objects within the scanned space
- Multi-room scanning for capturing entire buildings
- Precise measurements for accurate spatial representation
- 2D DXF and PDF export options for floor plans and project reports