Artec 3D Releases Point II Handheld Metrology Laser Scanner

Artec 3D has launched the Artec Point II, a second-generation handheld metrology laser scanner designed for high-precision industrial inspection and reverse engineering. The new device replaces the original Artec Point in the company’s hardware lineup, doubling point-capture speeds while retaining its predecessor’s metrology-grade accuracy standard.

Upgraded Hardware and Enhanced Scanning Modes

The primary enhancement in the Artec Point II lies in its updated optical laser array. The scanner projects 54 laser lines in its ultra-fast mode and 17 parallel lines in its hyperfine mode, enabling data capture at rates reaching up to 5.8 million points per second. This represents more than double the scanning throughput of the original model.

Operators can toggle between three distinct scanning modes depending on the geometric demands of the workpiece:

• Ultra-fast mode: Designed for rapid coverage of large surfaces and broad component outlines.
• Hyperfine mode: Uses parallel laser lines to capture fine edge detail and intricate surface topographies.
• Single-laser mode: Optimised for deep cavities, narrow channels, and obstructed internal features.

Metrology Compliance and Industrial Build

Despite the increased speed, measurement accuracy remains rated at 0.02 mm. According to Artec 3D, performance has been verified in ISO-certified laboratory conditions and complies with VDI/VDE 2634 and JJF 1951 metrology standards.

The physical unit is palm-sized and built for single-handed operation, allowing technicians to manipulate the scanner into tight spatial clearances. The enclosure features an IP50 dust-resistance rating and an operating temperature range between -10°C and 40°C, making it suitable for shop-floor measurement, toolmaking, and heavy machinery maintenance.

Software integration remains tied to Artec Studio, where point cloud data can be combined with datasets from other Artec scanning systems. This supports unified workflows across quality control, part inspection, and reverse engineering into CAD software.

What This Means for South African Makers

While target-based metrology scanners target high-end engineering, automotive, and manufacturing sectors rather than entry-level hobbyists, improvements in hardware efficiency directly benefit commercial workshops in South Africa. Local engineering firms, mould makers, and prototyping bureaux providing reverse engineering or quality inspection services rely on rapid throughput to keep project costs manageable.

The ability to capture high-density point clouds faster reduces scan time on complex industrial components. For South African service providers using digital twin workflows or producing replacement parts for machinery, higher capture rates help streamline CAD reconstruction and speed up local manufacturing turnarounds.

DC3D’s Take

Artec 3D’s approach with the Point II mirrors its recent updates to models like the Leo and Micro II: keeping established software workflows and form factors intact while significantly upgrading internal optics and processing throughput. For professional users who already rely on Artec Studio, maintaining the existing operational model avoids retraining delays while offering clear time savings on complex scans.

The inclusion of a single-laser mode alongside high-density multi-line arrays addresses a common practical frustration when scanning deep holes and recessed features. While high-accuracy metrology equipment carries an industrial price tag, hardware refinements that shorten capture times ultimately make professional 3D scanning more viable for demanding engineering and remanufacturing applications.