Inactive

3D Portable Scanner System and accessories. 409th Contracting Command, 928th Contracting Battalion (CBN) / Regional Contracting Office Bavaria (RCO) intends to issue a solicitation to award a commerci... 3D Portable Scanner System and accessories. 409th Contracting Command, 928th Contracting Battalion (CBN) / Regional Contracting Office Bavaria (RCO) intends to issue a solicitation to award a commercial, Firm Fixed Price (FFP) contract for the procurement of a 3D Portable Scanner System and accessories. This requirement will utilize low price technically acceptable evaluation factors in determining the successful offer. The FOB will be DESTINATION Vilseck, Germany. The government requires delivery to be scheduled within 30 calendar days after contract award IAW FAR Clause 52.211-8 (Time of Delivery). The Request for Quote (RFQ) will be posted and be available for download at https://sam.gov. The Solicitation will be released under full and open competition until 22 AUG 25, but the Government reserves the right to delay or cancel the solicitation at any time prior to award. All Amendments to the Solicitation will be posted to this website. Contractors are cautioned to check the website periodically for amendment.

Inactive

1EA 3D Scanner System, portable plus accessories The following description refers to 1EA 3D Scanner System, portable plus accessories 3D Scanner 1.1. TECHNICAL REQUIREMENTS: Blue Class 2 laser, safe f... 1EA 3D Scanner System, portable plus accessories The following description refers to 1EA 3D Scanner System, portable plus accessories 3D Scanner 1.1. TECHNICAL REQUIREMENTS: Blue Class 2 laser, safe for eye exposure (IEC 60825-1:2014) Volumetric accuracy: 0.02mm + 0.015mm/m Satellite mode: Integrated reference point measurement for large objects Weight: ? 1kg Calibration panel CFRP HyperScale 0.35 m for fast sensor recalibration 1 set of CFRP HyperScale 1 m for satellite mode Retro-reflective reference point markers (6mm, 3mm) Sensor cable Transport case Acceptance test and Certificate with traceability verification Sensor Driver Set-up and calibration User-guided calibration Measurement data acquisition and project administration Configurable workflow assistant Switch between measuring modes and exposure time configuration directly at the sensor Automatic monitoring of sensor calibration Prior acquisition of reference points with graphic support Online display of sensor position and 3D scan data Continuous transformation into a common coordinate system Connection of top and bottom surfaces Cutting background points Automatic computation and export of non-overlapping polygon meshes Export of scan data (e.g. G3D format, STL format) Laptop 2.1. TECHNICAL REQUIREMENTS: CPU Intel Core 19-13950 HX, 36 MB cache, 24 cores, 32 threads 64 GB RAM 5600 MHz, DDR5 NVIDA RTX 3500 Ada 15GB GDDR6 graphics card 17” FHD display 1 TB SSD hard disk External USB system backup hard disk for incremental backups WIFI, LAN, 2x USB 3.2 / 2x Thunderbolt 4 Windows 11 (64 bit) Manual Rotation Table 3.1. TECHNICAL REQUIREMENTS: At least 400-mm diameter, made of steel Robust carrier bag Magnetic reference pillar set 4.1. TECHNICAL REQUIREMENTS: 5 x magnetic polyhedral 5 x magnetic hexagonal bars Suitable for reference points with a diameter of up to approx. 6 mm Inspect Optical 3D-Pro 5.1. TECHNICAL REQUIREMENTS: Opening and editing of existing projects Import of point clouds and meshes Creation, editing and processing of polygon meshes Element construction: standard geometries, points, sections, curves, surfaces, dimensions Import of CAD data in standard formats: IGES, VDA, STEP, JT OPEN, STL, PLY Application of common alignment methods Comparison against CAD data with colored deviation representation Dimension and evaluation of GD&T according to ISO GPS and ASME Y14.5 Report module Import of CAD data in special formats: CATIA v4/v5/v6, NX/UG, Pro/E. Parasolid, SAT Workflow automation with parametric concept Customization with templates (project templates, measuring principles, reporting etc.) Stage management with timeline, e.g., for statistical process control Digital assembly with local alignments and functional dimension between individual parts Integration of additional functions via Add-ons Scripting via python interface Reverse engineering software 6.1. TECHNICAL REQUIREMENTS: Import of over 60 file formats including polygons, point clouds and CAD Expert handling massive mesh and point cloud data alignment, processing and refining, mesh construction Easy to use mesh repair, tools for rapid hole filling, smoothing, optimizing, re-wrapping and polishing, e.g. smart brush Automatic feature-based extraction of surface and volumes directly from 3D scans Creation of volumes or surfaces in CAD Automated comparison and validation of surfaces, volumes and sketches against original scan data with accuracy analyzer Transfer of output data to leading CAD systems with Live transfer Conversion of organic surfaces into precise CAD models with the leading Exact surface creation Broad range of export options to neutral CAD formats or polygon models Instant creation of renderings of the design in Keyshot Other: Brand New CE-Conformity declaration Standard documentation in English and German Standard warranty TRANSPORT & INSTALLATION: Packing and Transport costs included Transport insurance included On-site Training (including all costs) in German Language included Installation of machine included – ready to use