Our company has newly introduced the ‌AEH Edward Daisy8106 Coordinate Measuring Machine (CMM)‌. The worktable support system adopts a ‌3+2 support configuration‌:

• The three primary support points are meticulously calculated to minimize worktable deformation, ensuring enhanced measurement accuracy.

• Two auxiliary support points further guarantee stability, safety, and reliability of the CMM.

The frame features a ‌fully enclosed structure‌ crafted from ‌aluminum alloy‌, balancing rigidity and weight reduction while improving structural integrity.

• The ‌X, Y, and Z-axis guideways‌ utilize ‌precision-grade granite air-bearing rails‌, ensuring uniform thermal effects across all axes to maintain measurement accuracy.

• The air-bearing layout strictly follows the ‌plane-line-point positioning principle‌, avoiding over-constraint while ensuring precise alignment for both accuracy and ease of installation.

‌Key Technical Advantages:‌

• The ‌X-beam‌ employs a ‌trapezoidal cross-section at 45°‌, increasing the air-bearing span by ‌1.4x‌ compared to a rectangular beam of the same height and width, significantly enhancing measurement precision.

• The ‌Z-axis‌ integrates a ‌low-friction pneumatic counterbalance system‌, allowing adjustable gravity compensation for smoother motion and improved measurement accuracy.

• The entire machine is ‌optimized via finite element analysis (FEA)‌, ensuring structural efficiency and performance through advanced design.

This system represents cutting-edge metrology technology, combining precision engineering with robust performance for industrial applications.