Revopoint introduced two new 3D scanners to mark its 12th anniversary: the 'MetroY Ultra' and the 'POP 4,' with the former featuring on-site accuracy verification for industrial use. The MetroY Ultra targeted quality control engineers and reverse engineers, offering a volumetric accuracy of 0.015 mm + 0.04 mm × L (m) and a CMM-certified carbon-fiber ball plate in its CMM Edition for real-time measurement checks.
The MetroY Ultra supported five scanning modes, wireless operation via a 5,500 mAh battery grip and up to 90 fps multi-line laser capture; the CMM Edition added a one-year Revo Measure licence (PTB-certified) for GD&T reporting. The POP 4 combined blue laser and infrared structured-light, offered ~0.03 mm single-frame accuracy, up to 105 fps and 3D Gaussian Splatting for photoreal exports, and launched via Kickstarter.
For professionals and creators this matters because Revopoint bridged inspection-grade traceability and versatile, portable capture in one anniversary launch, streamlining scan-to-report and content workflows. The pair reflects a maturing market where measurement traceability and visual-quality capture coexist in accessible devices.
Metrology-Grade Industrial Scanners
Revopoint Launched the MetroY Ultra and POP 4 Scanners
Trend Themes
1. On-site Accuracy Verification - Immediate traceability through built-in CMM-certified artifacts and verification routines that shifts calibration confidence from labs to field environments.
2. Portable Cmm-grade Scanners - Handheld devices achieving sub-0.02 mm volumetric accuracy that condense traditional coordinate-measuring workflows into mobile form factors.
3. Metrology and Photoreal Fusion - Combined high-precision geometry capture with photoreal exports and 3D Gaussian Splatting that aligns inspection-grade data with visual-content pipelines.
Industry Implications
1. Quality Control and Inspection - Inspection processes that incorporate portable, certified measurement checks for faster batch validation and tighter traceability across distributed production sites.
2. Reverse Engineering and Product Development - Iterative design cycles enriched by accurate volumetric scans that reduce dependency on shop-floor fixtures and accelerate digital twin creation.
3. Media and Digital Content Creation - Content production workflows enhanced by photoreal, high-fidelity scans that bridge storytelling assets with engineering-grade geometry for mixed-reality applications.