Scanology SIMSCAN-S Gen2

The Scanology SIMSCAN-S Gen2 is a palm-sized 3D scanner designed for high-precision measurement of complex and machined components. It operates using blue laser technology, incorporating up to 126 laser lines and achieving a measurement rate of 8,100,000 measurements per second with a frame rate up to 180 FPS. The system delivers an accuracy of 0.015 mm, along with sphericity of 0.025 mm and flatness of 0.035 mm, supporting dimensional inspection and geometric validation.

The scanner integrates advanced optical design and algorithms to capture both surface details and dimensional deviations, enabling reliable GD&T analysis for functional and assembly-critical features. Its compact structure, weighing approximately 560 g, combined with wireless data transmission and edge computing, supports flexible operation in constrained or elevated environments.

Multiple scanning modes, including ultra-fast, hyperfine, and deep-hole scanning, enable adaptation to varying geometries. The short-baseline camera design facilitates data acquisition in narrow gaps, slots, and internal features, supporting inspection, reverse engineering, and digital modeling workflows.

Features of SIMSCAN-S Gen2

The SIMSCAN-S Gen2 is a compact 3D scanner designed for high-precision measurement and geometric analysis. It integrates high-speed data acquisition, blue laser scanning, and wireless operation for industrial inspection workflows. Let’s go through its features in detail:

High-Precision Measurement and Geometric Control

The SIMSCAN-S Gen2 operates with a measurement accuracy of 0.015 mm and supports volumetric accuracy of 0.015 + 0.03 mm/m. It incorporates sphericity (0.025 mm) and flatness (0.035 mm) into its accuracy control framework, enabling both dimensional measurement and surface deviation analysis. The system captures detailed feature-level data required for GD&T evaluation, including functional surfaces and assembly-critical geometries. Compliance with ISO 10360 ensures standardized verification for metrology workflows.

High-Speed Data Acquisition and Laser Configuration

The scanner uses blue laser technology with 126 laser lines, including quad-cross configurations for dense data capture. It supports a measurement rate of up to 8,100,000 measurements per second and a frame rate up to 180 FPS. This configuration enables rapid acquisition of large datasets while maintaining resolution up to 0.020 mm. Multiple scanning modes, including ultra-fast, hyperfine, and deep-hole scanning, enable adaptation to varying inspection requirements.

Compact Design and Wireless Operation

The device features a compact structure measuring approximately 203 mm × 80 mm × 44 mm and weighing 560 g. It integrates wireless data transmission via Wi-Fi 6 and supports edge computing for onboard processing. The magnesium-alloy housing contributes to structural stability while maintaining portability. An integrated display enables real-time monitoring of scanning data, supporting efficient workflow execution in constrained or elevated environments. 

Advanced Scanning Capability and System Integration 

A short-baseline camera design enables capturing complex geometries, such as deep holes, slots, and narrow channels, at steep viewing angles. The scanner supports multiple output formats, including STL, OBJ, PLY, and IGES, facilitating integration into inspection and reverse engineering workflows. It operates within a temperature range of -10°C to 40°C and humidity levels of 10% to 90% RH, supporting use in varied industrial environments. Integration with DefinSight software allows unified processing from data acquisition to analysis. 

Applications

The SIMSCAN-S Gen2 is designed for small to medium-sized parts and is applied in aerospace, automotive, railway, and shipbuilding industries for dimensional inspection, surface analysis, and verification of complex geometries. In mold manufacturing, it supports accurate replication, wear analysis, and reverse engineering of intricate cavities and tooling components. Within the energy and heavy industry sectors, the scanner is used to inspect mechanical parts, pipelines, and structural components, and to perform deformation and alignment analysis. Its ability to capture fine details and hard-to-reach features enables reliable evaluation of precision-machined parts and supports maintenance, quality control, and digital modeling workflows across demanding industrial environments.