Artec Space Spider Industrial-Grade High-Precision 3D Scanner

Overview

The Artec Space Spider is an industrial-grade, handheld 3D scanner engineered for metrology-level precision in demanding engineering and quality assurance environments. Built upon advanced blue light structured light technology, it operates without laser emission—ensuring full compliance with IEC 62471 safety standards for photobiological safety. Unlike time-of-flight or laser triangulation systems, the Space Spider projects a high-frequency blue light pattern onto the object surface and reconstructs geometry via stereo camera triangulation, delivering sub-100 µm geometric fidelity and stable point repeatability across thermal and environmental variations. Designed explicitly for CAD-integrated workflows, it bridges the gap between physical prototyping and digital twin creation—supporting reverse engineering, first-article inspection, tooling validation, and dimensional analysis of complex freeform surfaces.

Key Features

• Sub-50 µm single-point accuracy (ISO 10360-8 compliant measurement uncertainty under controlled lab conditions)
• 0.1 mm geometric resolution enabling faithful capture of sharp edges, thread profiles, gear teeth, and micro-textures
• 1.3-megapixel full-color texture mapping synchronized with geometry acquisition for photorealistic surface representation
• Real-time on-device processing at 7.5 frames per second, with sustained capture throughput of up to one million 3D points per second
• Target-free, calibration-free operation—no adhesive markers, no warm-up, no external reference artifacts required
• Modular battery integration: lightweight 0.85 kg form factor compatible with Artec’s certified rechargeable battery pack (6-hour continuous runtime, CE/UL listed)
• Blue light illumination (450–495 nm) classified as Risk Group 0 (exempt) per IEC 62471—safe for prolonged operator use and sensitive materials including polymers, composites, and biological specimens

Sample Compatibility & Compliance

The Space Spider reliably captures reflective, matte, dark, and semi-transparent surfaces—including machined aluminum housings, injection-molded plastic components, PCB assemblies, precision-machined keys, coinage, turbine blades, and anatomical structures such as ear canals. Its adaptive exposure control and multi-pass scanning algorithm mitigate specular noise and shadowing without requiring surface spray or pre-treatment. The system meets ISO 17025 traceability requirements when used within validated laboratory procedures and supports GLP/GMP documentation protocols through Artec Studio’s audit-trail-enabled project logs. All firmware and software updates are digitally signed and version-controlled in accordance with IEC 62304 Class B medical device software lifecycle standards.

Software & Data Management

Artec Studio serves as the native processing environment, offering automated alignment, global registration, noise filtering, mesh simplification, and NURBS surface fitting—all accessible via intuitive GUI or scriptable Python API. Raw scan data is stored in vendor-neutral .xyz and .obj formats; processed models export directly to STEP, IGES, STL, and PDF/E (3D-aware) for downstream CAD/CAM/CAE interoperability (SolidWorks, Fusion 360, Siemens NX, CATIA). The Artec SDK provides C++ and Python bindings for integration into automated inspection cells, robotic scanning stations, or custom QA dashboards—enabling real-time pass/fail decision logic based on GD&T tolerances defined in ASME Y14.5 or ISO 1101. Data integrity is preserved via SHA-256 checksums and optional 21 CFR Part 11-compliant electronic signature modules.

Applications

• Reverse engineering of legacy parts lacking CAD documentation
• First-article inspection and FAI report generation (per AS9102 or PPAP Level 3)
• Tool wear monitoring and die cavity analysis in high-precision stamping and molding
• Medical device prototyping—custom hearing aid shells, orthotic insoles, dental occlusion models
• Electronics inspection—PCB warpage analysis, solder joint geometry verification, connector pin alignment
• Educational metrology labs—teaching geometric dimensioning, coordinate measurement principles, and digital manufacturing workflows

FAQ

Does the Space Spider require external tracking or motion sensors?

No—it uses onboard stereo cameras and real-time SLAM-based motion estimation for six-degree-of-freedom tracking. No external trackers, turntables, or positioning hardware are necessary.
Can it be used in production-floor environments with ambient lighting?

Yes—the blue light source is spectrally narrowband and actively filtered; performance remains stable under typical factory LED or fluorescent lighting (up to 10,000 lux).
Is raw point cloud data accessible for third-party analysis?

Yes—Artec Studio exports unprocessed .xyz files with per-point RGB and confidence metrics, fully compatible with MATLAB, CloudCompare, and Metrology-specific platforms like PolyWorks Inspector.
What calibration maintenance is required?

None during normal operation. Factory calibration is performed using NIST-traceable artifacts; users may run optional verification checks using Artec’s certified calibration board (model ACB-01), documented per ISO 9001 clause 7.1.5.2.
How is firmware updated and validated?

Firmware updates are delivered via Artec’s secure OTA channel, digitally signed and verified against SHA-256 hashes. Each release includes a test report referencing ISO/IEC 17025-accredited validation protocols.