Curve scan is available only from Verisurf and automates the measurement and reporting of small transitional surfaces and edges like fillets and chamfers used to reduce sharp edges and stress concentrations.

Pocket scan is available only from Verisurf and is used for rapid and automated inspection of isogrid and orthogrid structures that stiffen and save weight on aerospace panels and pressure vessels.

Spiral scan is available only from Verisurf and enables CMM programmers to accurately and quickly, program and measure turbine blade or propeller surfaces while staying clear of neighboring blades.

Scan circular features up to 4000 data points per second. Circular path improves accuracy by minimizing the dynamic effect of moving of all three axes. The circle scan is ideally suited for inside bores, such as engine blocks where the form is critical.

Edge scan drives the CMM in a uniform direction to minimize the inherent inaccuracies of the CMM structure while the system adapts to the changing surface shape by controlling the contact pressure of the stylus. This is well suited to the measurement of airfoil surfaces.

Sweep scan captures data points over a plane by utilizing a 5-axis drive system to sweep back and forth while the CMM drive system move is a singular vector direction under a constant speed. This minimizes the inherent inaccuracies of the CMM structure while scanning at high speeds.

Gasket scan works under a full 5-axis motion control to follow any complex path during scanning operations. By defining target points along a path a blended path is created that captures a large data set while minimizing CMM motion.

Helical scan is designed to move along the axis of an inside or outside cylinder or cone. During the scanning process, the helical scan traverses along the axis at a uniform length per revolution. The effect is a helical path capturing a large data point set over the full defined length.

For measured features requiring position and size, discrete points are captured utilizing the performance of the 5-axis system or in combination with the XYZ axes of the CMM. Ideal technique when minimum points are required but speed of measurement is important.

REVO^® RSP3 3D Scanning Probes

• 3D-scanning (x,y,z) and crank stylus capabilities
• 3-axis scanning with fixed head angle
• Probe length variety with optimum performance

REVO^® RSP2 Scanning Probes

• 2D-scanning (x, y) and 3D touch-trigger measurement (x, y, z)
• Universal body for 175 mm min to 500 mm max reach
• Universal body for 175 mm min to 500 mm max reach

REVO^® RUP1 Ultrasonic Probe

• Automated 5-axis ultrasonic thickness measurement
• 1 mm to 20 mm thickness measurement range
• 10 micron or better accuracy using touch points

Significant time savings and reduced part handling. Access to difficult to measure holes and pockets. Surface finish integrated measurement reports. 

Infinite positioning guarantees optimal feature access and minimizes stylus changes while automatic alignment to the part coordinate system avoids collisions and need for fixtures.

Fast “Inferred Calibration” technique determines the head orientation and probe position in a single operation, allowing subsequent measurement at any head angle.