GlobalClassicsR is a cost-effective solution for size quality control.
Standard configuration trigger probe, with optional scanning probe.
It is a cost-effective coordinate measuring machine from the Global family.
The scanned version showcases the high efficiency of the Global measuring machine family.
The optional CLIMA structure temperature compensation ensures good accuracy over a wide temperature range of the measuring machine.
Global Classic SR travel range and size:
model | Travel range(mm) | External dimensions(mm) |
05.07.05 | 500×700×500 | 1025×1480×2431 |
07.10.07 | 700×1000×660 | 1250×1910×2696 |
09.12.08 | 900×1200×800 | 1450×2165×2946 |
09.15.08 | 900×1500×800 | 1450×2465×2946 |
09.20.08 | 900×2000×800 | 1450×2965×2946 |
Technical features
1. Economical and practical universal three coordinate entry-level model with high cost-effectiveness;
2. Support point-to-point triggering measurement, optional scanning measurement;
3. The high rigidity all aluminum frame ensures better structural consistency of the entire machine under temperature changes;
4. The precision "triangular beam" technology obtained has a stable structure and a good structural rigidity ratio;
5. High stiffness, large cross-section Z-axis supports elongated vertical fixtures without deformation;
6. High resolution gratings certified by CTE have super strong anti-interference ability and anti-wear function;
7. The obtained and precision processed integral dovetail guide rail, with a three sided closed loop, provides a stable structure in the industry, improving the accuracy, repeatability, and long-term stability of the machine;
8. The workbench design conforms to ergonomics, adopting a scheme where the guide rail is level with the table surface, making it easy to place the workpiece and providing the operator with a good view;
9. Optional CLIMA temperature compensation system enables the measuring machine to maintain high accuracy in wide temperate environments;
10. Open measurement space for easy measurement from all directions;
11. Optimized machine support can meet smaller positioning space.