Adopt heterodyne multi-frequency phase shift grating technology to improve the quality of scanning point cloud

Holon camera-type 3D scanner adopts new coding calibration technology, which is the core mastery and application of 3D photogrammetry technology, which reduces physical distortion and improves the scanning accuracy of original 3D data. Adopt heterodyne multi-frequency phase shift grating technology to improve the quality of scanning point cloud. Synchronized with the German gom company, it truly has a blue light device scanning system, and at the same time the camera-type three-dimensional scanner scans the data point distance of up to 0.01mm, which is suitable for fine workpiece scanning; adopts a new core design concept and uses carbon fiber materials to improve the stability of the product when working .

Product features

●Long service life

  Long product life, up to 35,000 hours

   ●High scanning accuracy

     Scanning accuracy can reach ≤±0.01mm

●Strong stability

 Stable hardware, small system size (360×120×120mm), easy 

disassembly and assembly, convenient to bring to the measurement site

   ●Data intelligent fusion

     Multiple data fusion accuracy is high, no stratification and streaks

●High scanning efficiency

  Object scanning in minutes

   ●Easy to operate

    Users are easy to learn and use, and do not need excessive 

training (2-3 working days), that is, they can be proficient in operation

Technical advantages

Industrial lens

Imported original lens, scanning noise rate is extremely low, million-level industrial lens, optical distortion is small

Multi-frequency phase shift grating

Synchronized foreign grating technology, heterodyne multi-frequency phase shift grating; uniform fringe projection, point cloud data with high precision and no noise data; micro-structured light projection adopts LED cold light source, and the light source life is more than 35000h

industrial design

The hardware is small and uses less space; it is convenient to carry around, easy to disassemble and assemble; a variety of scanning modes can be selected at will

Calibration technique

Adopt 13-step coding calibration technology to eliminate lens distortion error and improve scanning accuracy


Product numberHL-3DXHL-3DX+
Applicable fieldMold, sculpture, bathroom, sculpture, toy doll, 3D printing, small parts, etc. Reverse engineering
scanning methodNon-contact 3D scanning (photographic 3D scanning)
Projection, grating technologyMicro-structured light projection, extrapolation multi-frequency phase shift technology (blue/white light optional)
Calibration techniqueRing code calibration (13 steps)
Single scan range(mmStandalone mode200×150400×300
Adjustment mode400×300200×150
Single measurement accuracy(mm)±0.01
Single-sided scanning time(S)<5,<3
Splicing methodAutomatic intelligent splicing, manual feature splicing
Scannable object range(mm)30~1500
Average sampling point distance(mm)0.06-0.47
Industrial 3D PhotogrammetrySupport industrial 3D photogrammetry splicing project coordinate point file import
Industrial camera resolution pixels1.31 million pixels (optional 2 million, 3 million or 5 million pixels)
Camera angle (degrees)18Spend,27Spend,32.5Spend
Industrial lens(mm)8,12,16,25,35(According to the model configuration)
Calibration unitMetal/glass
Industrial consoleConvenient operation frame/professional workbench
Data output format
operating system
windows xp/windows 7/windows 10  32bit/64bit  Chinese/ English
Light source, energy (W)Standard 100 W halogen lamp; LED 50 W high energy LED White; hh high energy lamp (HPL) 250 W halogen lamp
Working temperature, power supply﹣10℃~50℃、100~240V AC
Scanning device
System size(mm)360x120x120440×140×120
System weight(kg)22.5


Product accessories