Confocal Microscopes
V6100 Confocal Microscope
Model | V6100 |
Size | 520×380×600mm |
Weight | 50kg |
Principle | Spinning disk confocal optical system |
Objective Lens | 10X,50X(Optional: 5X, 20X,50X,100X APO) |
Field of View | 120×120 μm~2.4×2.4 mm |
Repeatability(1σ) | ≤12nm |
Accuracy*1 | ≤ ± (0.2+L/100) μm |
Display Resolution | 0.1nm |
Repeatability(1σ) | 40nm |
Accuracy*2 | ± 2% |
Display Resolution | 1nm |
X Y Size | 200x200mm |
X Y Travel Range | 100x100mm |
Load Capacity | 10kg |
Control Method | Motorized |
Z Travel Range | 100mm |
Control Method | Motorized |
Lens Turret | Motorized 5 holes turret |
Light Source | White LED |
Confocal Microscope V6100 is dedicated for micro-nano level measurement of various precision components and material surfaces. It can measure the surface of various objects from smooth to rough, low reflectivity to high reflectivity, and the roughness, flatness, micro-geometric profile, curvature, etc.Total more than 300 kinds of 2D and 3D parameters as per four major domestic and foreign standards ISO/ASME/EUR/GBT are provided as evaluation standards
1. High precision and high repeatability
- 1) Based on the rotating confocal optical system, combined with high stability structural design and excellent 3D reconstruction algorithm, the measurement system is jointly composed to ensure thehigh measurement accuracy of the instrument.
- 2) The unique shock isolation design can reduce the vibration noise of the bottom surface, the instrument is stable and reliable in most environments, and has good measurement repeatability
- 1) The measurement and analysis are operated on the same interface without switching, and the measurement data is automatically counted, realizing the function of rapid batch measurement
- 2) The visualization window is convenient for users to observe the scanning process in real time
- 3) Combined with the automatic measurement function of the custom analysis template, the multi-region measurement and analysis can be automatically completed
- 4) Five functional modules of geometric analysis, roughness analysis, structural analysis, frequency analysis and functional analysis.
- 5) One-key analysis, multi-file analysis, free combination analysis items are saved as analysis templates, one-key analysis of batch samples, and data analysis and statistical chart functions are provided
- 6) More than 300 kinds of 2D and 3D parameters can be measured according to ISO/ASME/EUR/GBT
The joystick integrated with the displacement adjustment functions in the three directions of X, Y, and Z can quickly complete the pre-measurement works such as stage translation and 2-way focusing etc.
4. Double anti-collision protection measures
In addition to the software ZSTOP setting the lower limit of the Z-direction displacement for anti-collision protection, a mechanical and electronic sensor is designed on the Z-axis. When the lens touches the surface of the sample, the instrument automatically enters an emergency stop state to protect the instrument to the greatest extent and reduce the risk of human operation
V6200 Confocal Microscope
Model | V6200 |
Size | 720×580×1500mm |
Weight | 400kg |
Principle | Spinning disk confocal optical system |
Objective Lens | 10X,50X(Optional: 5X, 20X,50X,100X APO) |
Field of View | 120×120 μm~2.4×2.4 mm |
Repeatability(1σ) | ≤12nm |
Accuracy*1 | ≤ ± (0.2+L/100) μm |
Display Resolution | 0.1nm |
Repeatability(1σ) | 40nm |
Accuracy*2 | ± 2% |
Display Resolution | 1nm |
X Y Size | 230x230mm |
X Y Travel Range | 200x200mm |
Load Capacity | 10kg |
Control Method | Motorized |
Z Travel Range | 100mm |
Control Method | Motorized |
Lens Turret | Motorized 5 holes turret |
Light Source | White LED |
1. High precision and high repeatability
- 1) Based on the rotating confocal optical system, combined with high stability structural design and excellent 3D reconstruction algorithm, the measurement system is jointly composed to ensure thehigh measurement accuracy of the instrument.
- 2) The unique shock isolation design can reduce the vibration noise of the bottom surface, the instrument is stable and reliable in most environments, and has good measurement repeatability
- 1) The measurement and analysis are operated on the same interface without switching, and the measurement data is automatically counted, realizing the function of rapid batch measurement
- 2) The visualization window is convenient for users to observe the scanning process in real time
- 3) Combined with the automatic measurement function of the custom analysis template, the multi-region measurement and analysis can be automatically completed
- 4) Five functional modules of geometric analysis, roughness analysis, structural analysis, frequency analysis and functional analysis.
- 5) One-key analysis, multi-file analysis, free combination analysis items are saved as analysis templates, one-key analysis of batch samples, and data analysis and statistical chart functions are provided
- 6) More than 300 kinds of 2D and 3D parameters can be measured according to ISO/ASME/EUR/GBT
The joystick integrated with the displacement adjustment functions in the three directions of X, Y, and Z can quickly complete the pre-measurement works such as stage translation and 2-way focusing etc.
4. Double anti-collision protection measures
In addition to the software ZSTOP setting the lower limit of the Z-direction displacement for anti-collision protection, a mechanical and electronic sensor is designed on the Z-axis. When the lens touches the surface of the sample, the instrument automatically enters an emergency stop state to protect the instrument to the greatest extent and reduce the risk of human operation
V6300 Confocal Microscope
Model | V6300 |
Size | 1000 ×900×1500mm |
Weight | 500kg |
Principle | Spinning disk confocal optical system |
Objective Lens | 10X,50X(Optional: 5X, 20X,50X,100X APO) |
Field of View | 120×120 μm~2.4×2.4 mm |
Repeatability(1σ) | ≤12nm |
Accuracy*1 | ≤ ± (0.2+L/100) μm |
Display Resolution | 0.1nm |
Repeatability(1σ) | 40nm |
Accuracy*2 | ± 2% |
Display Resolution | 1nm |
X Y Size | 230x230mm |
X Y Travel Range | 200x200mm |
Load Capacity | 10kg |
Control Method | Motorized |
Z Travel Range | 100mm |
Control Method | Motorized |
Lens Turret | Motorized 5 holes turret |
Light Source | White LED |
1. High precision and high repeatability
- 1) Based on the rotating confocal optical system, combined with high stability structural design and excellent 3D reconstruction algorithm, the measurement system is jointly composed to ensure thehigh measurement accuracy of the instrument.
- 2) The unique shock isolation design can reduce the vibration noise of the bottom surface, the instrument is stable and reliable in most environments, and has good measurement repeatability
- 1) The measurement and analysis are operated on the same interface without switching, and the measurement data is automatically counted, realizing the function of rapid batch measurement
- 2) The visualization window is convenient for users to observe the scanning process in real time
- 3) Combined with the automatic measurement function of the custom analysis template, the multi-region measurement and analysis can be automatically completed
- 4) Five functional modules of geometric analysis, roughness analysis, structural analysis, frequency analysis and functional analysis.
- 5) One-key analysis, multi-file analysis, free combination analysis items are saved as analysis templates, one-key analysis of batch samples, and data analysis and statistical chart functions are provided
- 6) More than 300 kinds of 2D and 3D parameters can be measured according to ISO/ASME/EUR/GBT
The joystick integrated with the displacement adjustment functions in the three directions of X, Y, and Z can quickly complete the pre-measurement works such as stage translation and 2-way focusing etc.
4. Double anti-collision protection measures
In addition to the software ZSTOP setting the lower limit of the Z-direction displacement for anti-collision protection, a mechanical and electronic sensor is designed on the Z-axis. When the lens touches the surface of the sample, the instrument automatically enters an emergency stop state to protect the instrument to the greatest extent and reduce the risk of human operation
