TDS-A 3D Scanner Series
Description
This scanner obtains 3D data without contact based on the optical application technology.
Being excellent in detection sensitivity, this series provides 3D data with a wide dynamic range; TDS-A Series scanners can be used in various applications such as a robot vision system, customized measuring system,
Features
- Stable measurement even for the objects with different colors.
- It can be used outside because of its high resistance to disturbance light.
- Light weight and easy setting.
- Low cost compared to other products.
- It is possible to upgrade into a system and implement to an automatic robot by customer.
Application
- Architectural material inspection, shape detection, material analysis, weld inspection, archaeological research (inspection of monument, cultural property and fossil), industrial inspection (hole diameter of wheel bulb), etc.
PULS-G 3D Scanner Series
Description
This light weight and precise non-contact 3D scanner can be implemented to multi-jointed digitizer.
Latest ultra-portable 3D Scanner enable you to capture fast, straightforward and accurate measurements of complex objects and buildings.
Create digital 3D data of the real world to enable rapid design, engineering, prototyping, special effects, location surveys and more
Features
- Achieved high repeatability less than 50µm with the weight of 460g.
- Clear glass can be measured with optional high-sensitivity mode. (It depends on the condition.)
- Fast measurement time is achieved by high-speed scanning (max of 60 lines/sec) in addition to scannning range and resolution set-up.
Application
- Automotive body.
- Electric appliance chassis and large parts.
- Burnished pottery, etc.
TDS-H 3D Scanner Series
Description
Light and high accurate non contact scanner for Cordinate Measurement Machine(CMM).
In 3rd generation, it has been optimized to meet the needs of design, manufacturing and metrology professionals looking for the most effective and reliable way to acquire accurate 3D measurements of physical objects anywhere.
Features
- Scanner can be installed and add non contact easurement function to customer’s using CMM.
- Non contact measurement can obtain massive 3D data for short time even thogh it’s a complecated object which takes long time by existing touch probe.
- Compared to contact method, teaching is easier.
Application
- Automotive body.
- Electric appliance chassis and large parts.
- Burnished pottery, etc.
FSCAN 3D Scanner
Description
This high-speed and non-contact 3D scanner uses grating pattern projection method.
The FSCAN is a top-quality high-precision handheld scanner. It quickly and reliably documents rooms, structures and objects in 3D and creates high-definition point clouds.
Features
- Both 3D coordinate and color data can be obtained at the same time.
- It only takes about 1second to scan. High-speed and high-accuracy measurement is available.
- By using the white light, it is safe for the human bodies.
- Since color data can be obtained, you can use it as a computer graphics data.
Application
- Medical navigation system.
- (Collaborative project among Hamamatsu knowledge cluster initiative, Hamamatsu University School of Medicine, Shizuoka University, Amelio Incorporated.)
- Face and body parts.
- It applies phase analysis measurement method using frequency modulated grating. (This method is Application patented by Wakayama University).
TDS-520GT 3D Scanner Series
Description
It can be used outside because of its high resistance to disturbance light.
The TDS-520GT series of industrial non-contact 3D scanners using structured blue light provide precision scans with detailed resolution at high speed. TDS-520GT is engineered with advanced hardware and intelligent software for repeatable, accurate measurements with flexibility and process reliability.
Features
- This wide range non-contact 3D scanner can be used outside.
- It is easy to set-up, and the sensor is drip proof.
- With the area camera, it is easy to set the measurement area, and the efficiency of the work is improved.
Application
- Measurement of archaeological research, trees, atomic power plant, architectural structure, house, room, etc. at universities and research institutes.
- Measurement of CG, plastic model, and miniature cars.