Nikon launches its Lasermeister SB100 3D scanner for improved factory automation
At the click of a button, users will be able to generate tool path data to start the 3D printing process.
Nikon have announced the launch of its brand-new 3D scanning system, the Lasermeister SB100. The scanner is designed to complement the company’s new metal additive manufacturing system, the Lasermeister LM300A.
The duo has been designed with industrial applications in mind. Whereas the SB100 aims to provide users with greater automation in factory settings. The 3D scanner reportedly accomplishes this with ease, as the system allows users to generate tool path data to aid with 3D printing “with the click of a button.”
Nikon believe the duo will be ideal for applications including the repairing of moulds or blades. This specific application is already one fraught with problems.
Due to the harsh working locations of turbine blades, like on aircraft, they often degrade over time. Current repairing measures can create excess waste, as worn materials are cut and scraped, with new parts then manually welded together.
Currently, there is a skill shortage of welders that are able to conduct such repairs, which is where Nikon’s new product offering comes in. Not only will the LM300A and SB100 significantly reduce the repair time, but companies can minimise waste and ensure accuracy.
Key specs of the Lasermeister SB100:
- Dimensions: 1040 mm x 1350 mm x 2085 mm.
- Weight: 730 kg.
- Maximum scaling size: Φ330 mm ｘ H: 450 mm.
The SB100 works by scanning the desired object (like a worn-out turbine blade) and will compare it to the desired CAD model. Once the comparison has been completed, the scanner will then create the tool path data which shows the required work needed to repair the object.
After the repairs are completed by the LM300A, the scanner will then inspect the object to ensure that the repairs have been successful. This process is completed automatically following the initial command at the beginning of the sequence.