We introduce a high-precision positioning stage that creates the environment in which it is actually used and performs image processing using an image camera and FA camera. Our products are attracting attention in the manufacturing process where product accuracy is becoming more and more stringent and precise year by year.

The standard automatic θ stage minimizes surface contact of the table surface and realizes smooth drive without waviness. See the “runout accuracy” measuring the tilt of the mirror installed on the table surface. Credible data can be obtained for various inspections and measurement devices (X-ray CT related)/experimental machine mounting. *This is different from the measurement method of Vertical deviation accuracy described in the catalog.

The “true runout accuracy” of the rotary stage differs from the eccentricity described in the catalog. Please see the “True Runout Accuracy” of the true sphere aligned with the θ rotation center. Reliable data can be obtained for various inspection and measurement devices (X-ray CT related)/experimental equipment.

New proposal for multi-axis alignment stages with low overall height. Ideal for alignment, evaluation, and bonding of small LCD panels, evaluation and bonding of electronic components, and positioning for image processing equipment and various inspection devices. It saves space and reduces the weight of equipment. Standard alignment stage table sizes range from 70 mm to 210 mm. The thinnest stage has a thickness of 55 mm for the XYθ combination.

Roughness of stages accumulates with each successive stage. Our stages are designed and assembled and adjusted with emphasis on rigidity, so high accuracy is achieved even when combined up to 6 axes. Many of our stages are used in production equipment for camera modules for smartphones. Also employed in the production of high-resolution camera modules with more than 20 megapixels. The stage can reliably perform sub-micron and angle-second positioning required when aligning CMOS sensors and lenses. This system is also ideal for the assembly of automotive camera modules, which will require even higher precision in the future.

Dyvoce is a non-contact surface profile measurement system that uses a laser displacement meter tailored to the workpiece to be measured. It is equipped with functions designed for ease of use and a simple user interface. The high reliability and motion control technology of this high-precision stage manufacturer make it possible to perform a variety of measurements.

Vibration simulator with 3-axis tilt mechanism. It is ideal for reproducing the shake patterns of digital cameras and video cameras. The high response accuracy of each axis also allows it to be used as a positioning mechanism that requires high accuracy.

The FPP03-13 is a drive mechanism developed for optical device assembly alignment equipment that requires high resolution. Its unique internal structure enables submicron positioning, which was difficult with conventional micrometers.

High-precision, compact 6-axis manipulator ideal for fine positioning such as CCD camera element attachment. Compared with conventional manipulators, the MPS series is smaller, lighter, more rigid, and less expensive while maintaining high accuracy. To the list