Work Seamlessly with Production Line
Based on automatic optical tracking and seamlessly integrated into production line, it is designed for online batch inspection and enhances iterative efficiency of the production process greatly.
AutoScan-T automated 3D system is a new upgrade for intelligent automatic inspection. It is specially designed for automated quality control in shop-floor conditions, facilitating enterprises to achieve the optimum matching between cost and efficiency.
AutoScan-T conducts non-destructive scanning without attaching markers. Its seamless connection with production line greatly contributes to the reduction the workload. The military-grade manufacturing quality presents strong anti-interference and high adaptation to complex and harsh workshop environment. It can be extensively used in national defense, energy, 5G, mold manufacturing, etc., users can easily operate the system owing to one-click start, offline programming, and compatibility with 3D software.
Based on automatic optical tracking and seamlessly integrated into production line, it is designed for online batch inspection and enhances iterative efficiency of the production process greatly.
Conjunction with handheld 3D scanner, portable CMM, MSCAN photogrammetry system, rotary platforms, and guide rails, realize simultaneous optical tracking and scanning and personalized solutions.
With adoptions of blue laser and synchronous tracking technologies, it reaches up to 1,900,000 measurements/s and accuracy of 0.025 mm. Efficient and flexible automated manufacturing can be achieved without being affected by external factors.
Being insusceptible to temperature, vibration, dust, etc., the military-grade design presents superior adaptability in harsh industrial environment.
Due to One-click start, offline programming and automaticallly generating inspection, it enbales simple operation for users, regardless of their experience, to easily finish the measurement.
Rebuild our 3D world with the most advanced 3D scanning system available.
Tipo | AutoScan-T550 | AutoScan-T542 | |
Modo de digitalização | Digitalização ultrarrápida | 21 cruzes laser azuis | 17 cruzes laser azuis |
Digitalização hiperfina | 7 linhas laser paralelas azuis | ||
Escaneamento de buracos profundos | 1 linha laser azul extra | ||
Precisão(1) | Até 0,025mm (0.0009 in) | ||
Taxa de medição até | 2,600,000 medições/s | 2,200,000 medições/s | |
Área de digitalização até | 500 mm × 600 mm (19.7 in × 23.6 in) |
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Aula de laser | CLASSEⅡ (protegido para os olhos) | ||
Resolução até | 0.020 mm (0.0008 in) | ||
Precisão volumétrica(2) | 10.4 m³ | 0.064 mm (0.0025 in) | |
18.0 m³ | 0.075 mm (0.0030 in) | ||
Precisão volumétrica (Com sistema de fotogrametria MSCAN-L15) |
0.044 mm+0.012 mm/m (0.0017 in + 0.00014 in/ft) |
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Repetibilidade de ponto único da CMM T-Probe portátil | 0.030 mm (0.0012 in) | ||
Precisão da posição do furo | 0.050 mm (0.0020 in) | ||
Faixa de tamanho de peça (recomendado) | 100 mm – 8000 mm (3.9 in × 315.0 in) |
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Distância de afastamento | 300 mm (11.8 in) | ||
Profundidade de campo | 400 mm (15.7 in) | ||
Formatos de saída | .stl, .ply, .obj, .igs, wrl, .xyz, .dae, .fbx, .ma, .asc or customized | ||
Faixa de temperatura operacional | -10℃ – 40℃ (14℉-104℉) | ||
Umidade operacional (sem condensação) | 10%-90% RH | ||
Modo de interface | USB 3.0 | ||
Certificação | CE, UL | ||
Patentes | CN204329903U, CN104501740B, CN104165600B, CN204988183U, CN204854633U, CN204944431U, CN204902788U, CN105068384B, CN105049664B, CN204902784U, CN204963812U, CN204902785U, CN204902790U, CN106403845B, CN209197685U, CN209263911U, CN106500627B, CN106500628B, CN206132003U, CN211121096U, US10309770B2, KR102096806B1, EP3392831A4 | ||
(1) Certificação ISO 17025: Com base na norma VDI/VDE 2634 Parte 3 e na especificação JJF 1951, o desempenho do erro de sondagem (tamanho) (PS) é avaliado. (2) Certificação ISO 17025: Com base no padrão VDI/VDE 2634 Parte 3 e na especificação JJF 1951, o desempenho do erro de espaçamento de esfera (SD) é avaliado. |
(1) acreditada ISO 17025: Com base na norma VDI/VDE 2634 Parte 3 e especificação JJF 1951, é avaliado o desempenho de erro de sondagem (tamanho) (PS).
(2) acreditada ISO 17025: Com base na norma VDI/VDE 2634 Part3 e na especificação JJF 1951, é avaliado o desempenho de erro de espaçamento de esferas (SD).