Klingelnberg P26 Precision Measuring Center

     As ODTÜ DİMER, we serve the industry and academia with the Klingelnberg P26 Precision Measuring Center, which offers the latest innovations in gear measuring technology. This system is designed to measure dimensional, form, and position deviations of a wide range of workpieces, from gears to rotor shafts, with micron-level precision. Capable of measuring workpieces up to 260 mm in diameter and 80 kg in weight with a resolution of ±0.01 µm, the P26 minimizes the margin of error by offering fully automatic measurement processes with its CNC-controlled system.

Measurement Capacity:

• Workpieces up to 260 mm in diameter and 80 kg in weight
• Vertical measuring range: 400 mm (Optionally 550 mm)
• Horizontal measuring range: ±75 mm

High Precision:

• Measurements can be performed with ±0.01 µm resolution.
• Digital deviation measurement is performed in three axes thanks to 3D NANOSCAN technology.

Automation and Software:

• Fully automatic measurement process with CNC-controlled system
• Measurement data can be instantly transferred and analyzed via LAN connection.

Durable and Stable Structure:

• Its cast iron body ensures long-term mechanical stability.
• Measurement errors caused by temperature are minimized thanks to integrated temperature sensors.

Application Areas:

• Gear measurement and quality control processes
• Part verification for automotive and aerospace industries
• Micron-level measurement needs in R&D projects

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At our center, the following measurements and analyses can be performed by expert academicians and researchers in the field:

• Gear measurements: Tooth profile, curvature, helix angle, and flank roughness measurements

• Crankshaft and camshaft measurements: Axis deviations and rotational precision checks

• Rotor measurements: Rotor imbalances and geometric accuracy analyses

• Axial symmetry analyses: Detection of dimensional, form, and position deviations

Figure 1. Klingelnberg Measuring Device

Figure 2.  Klingelnberg while measuring

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