Quick Surface
Quick Surface 2.0 Build 29 (x64) Software
Posted by melt_ at April 13, 2020
Quick Surface 2.0 Build 29 (x64) | 28.1 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 33 (x64) Software
Posted by melt_ at May 3, 2020
Quick Surface 2.0 Build 33 (x64) | 35.1 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 35 (x64) Software
Posted by melt_ at May 14, 2020
Quick Surface 2.0 Build 35 (x64) | 35.4 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 36 (x64) Software
Posted by melt_ at May 18, 2020
Quick Surface 2.0 Build 36 (x64) | 35.4 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 30 (x64) Software
Posted by melt_ at April 20, 2020
Quick Surface 2.0 Build 30 (x64) | 35.1 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 31 (x64) Software
Posted by melt_ at April 21, 2020
Quick Surface 2.0 Build 31 (x64) | 35.1 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 34 (x64) Software
Posted by melt_ at May 5, 2020
Quick Surface 2.0 Build 34 (x64) | 35.3 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 32 (x64) Software
Posted by melt_ at April 27, 2020
Quick Surface 2.0 Build 32 (x64) | 35.1 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 38 (x64) Software
Posted by melt_ at June 4, 2020
Quick Surface 2.0 Build 38 (x64) | 37.3 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.
Quick Surface 2.0 Build 44 (x64) Software
Posted by melt_ at June 18, 2020
Quick Surface 2.0 Build 44 (x64) | 37.4 Mb
The ultimate solution for Reverse Engineering compatible with any 3D Scanner exporting STL meshes or PTX point clouds. Hybrid parametric modelling for both organic and prismatic shapes. Export data in standard IGES or STEP file formats or build fully parametric history tree directly into SOLIDWORKS.