Equipped with high-performance industrial cameras and intelligent algorithms, NimbleTrack-CR captures even the finest textures and most intricate structures with exceptional detail and accuracy. Whether for industrial quality control or cultural heritage preservation, it ensures accurate, detailed scans, unlocking new possibilities in manufacturing, research, and restoration.
Designed for small to medium-sized parts, it accurately captures minor defects and intricate textures, ensuring precise measurement of complex curves and contours, such as turbine blades.
Supports ultra-fast scanning, hyper-fine scanning and deep hole scanning, adaptable to diverse scanning needs.
Handles various part sizes and types across indoor and outdoor settings, even under direct sunlight.
Scans textiles, ceramics, bronze, sheet metal, and more without needing spray coatings, protecting the surface from damage.
The NimbleTrack-CR incorporates edge computing for fast and stable data processing. The built-in batteries on both 3D scanner and tracker ensure continuous scanning without external power sources, offering greater flexibility and efficiency in the scanning process.
-On-board computing module
-Built-in batteries
-WNIC design
Designed with portability in mind, the scanner is exceptionally compact and lightweight, fitting neatly into a single case for effortless transport and storage.
- 230 mm diameter
- 1.3 kg weight
NimbleTrack boasts an optional module of precise edge detection, which is enabled by gray-value measurement. Users can inspect closed features such as holes, slots, edges precisely and obtain information such as positions and diameters.
i-Probe 500
It can be paired with a tracking i-Probe to probe inaccessible areas such as reference holes and hidden points. This contact measurement probe can ensure precise results with both wired and wireless options.
Its measurement range can be dynamically extended by adding more i-Trackers so that it can measure large-scale objects without compromising accuracy.
Automated Measurement
Based on the new 3D scanner architecture, we have customized a clamping method for automated measurement, making it more compatible with various types of robots. Its 360-degree evenly distributed target sets allow for all-round and precise tracking, facilitating forming efficient automated batch measurement systems.
| Tipo | Nimbletrack - CR | ||
| Nimbletrack - CR | Ultra - Escaneo rápido | 17 cruces láser azules | |
| Escaneo hiperfino | 7 líneas láser paralelas azules | ||
| Escaneo de agujeros profundos | 1 línea láser azul | ||
| Precisión para el escáner - Solo modo (1) | Hasta 0.020 mm | ||
| Accuracy for system(1) | Hasta 0.025 mm (0.0009 pulgadas) | ||
| Distancia de seguimiento por i - rastreador | 3200 mm (126.0 pulgadas) | ||
| Precisión volumétrica (2) | 0.064 mm (0.0025 pulgadas) | ||
| (Distancia de seguimiento 3.2 m) | |||
| Precisión volumétrica (2) | - | ||
| (Distancia de seguimiento 4.2 m) | |||
| Precisión volumétrica | 0.044 mm + 0.012 mm/m (0.0017 en + 0.00014 in/ft) | ||
| (Con sistema de fotogrametría MSCAN) | |||
| Precisión de la posición del agujero | 0.050 mm (0.0020 pulgadas) | ||
| Clase láser | Clase II (ojo - seguro) | ||
| Resolución hasta | 0.020 mm (0.0008 pulgadas) | ||
| Parar a la distancia | 300 mm (11.8 pulgadas) | ||
| Profundidad de campo | 400 mm (15.7 pulgadas) | ||
| Área de escaneo hasta | 500 mm × 600 mm (19.7 en × 23.6 in) | ||
| Velocidad de marco de escaneo | 120 fps | ||
| Tasa de medición hasta | 4,900,000 medidas/s | ||
| Dimensión de i - escáner | 238 mm × 203 mm × 230 mm (9.4 en × 8.0 en × 9.1 in) | ||
| Peso de i - escáner | 1.3 kg (peso neto) (2.87 lb) | ||
| 1.4 kg (batería y módulo inalámbrico incluido) (3.09 lb) | |||
| Dimensión de i - rastreador | 570 mm × 87 mm × 94 mm (22.4 en x 3.4 en x 3.7 in) | ||
| Peso de i - rastreador | 2.2 kg (peso neto) (4.85 lb) | ||
| 2.6 kg (batería y módulo inalámbrico incluido) (5.73 lb) | |||
| Tamaño del caso de protección | 1000 mm × 425 mm × 280 mm (39.4 en × 16.7 en × 11.0 in) | ||
| Formato de salida | .stl, .obj, .ply, .asc, .igs, .txt, .mk2, .umk y etc. | ||
| Rango de temperatura de funcionamiento | - 10 ° C - 40 ° C (14 | ||
| Modo de funcionamiento inalámbrico | i - escáner, i - rastreador, i - escáner + i - rastreador, i - rastreador + i - sonda, | ||
| Inalámbrico multi - rastreador, inspección de borde | |||
| Estándar inalámbrico | 802.11a/n/ac | ||
| Modo de interfaz | USB 3.0, interfaz de red | ||
| Patentes | CN109000582B, CN211121096U, CN210567185U, CN111678459B, | ||
| CN114001696B, CN114554025B, CN114205483B, CN113514008B, | |||
| CN114627249B, CN112867136B, CN218103220U, CN218103238U, | |||
| CN307756797S, CN113340234B, CN112964196B, CN115289974B, | |||
| CN113188476B, CN218411072U, CN115325959B, CN218584004U, | |||
| CN115661369B, CN218734448U, CN115493512B, CN110992393B, | |||
| CN116136396B, CN113432561B, CN219834226U, CN219829788U, | |||
| CN116244730B, CN116206069B, US10309770B2, US10309770B2, | |||
| US11060853B2, KR102096806B1, EP3392831B1, US11493326B2 | |||
| (1) ISO 17025 Acreditado: Basado en VDI/VDE 2634 Parte 3 Estándar y especificación JJF 1951, se evalúa el rendimiento del error de sondeo (tamaño) (PS). | |||
| (2) ISO 17025 Acreditado: Basado en VDI/VDE 2634 Parte 3 Estándar y especificación JJF 1951, se evalúa el rendimiento del error de separación de la esfera (SD). | |||
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