Large Scale Bridge CMM
The GLOBAL eXtra was created and tailored to meet the dimensional inspection demands of plastic, sheet metal and glass and other components found on shop-room floors that have similar dimensions. The GLOBAL eXtra CMM is a bridge CMM that can accommodate large and heavy workpieces without the need for special foundations.
The GLOBAL eXtra meets shop floor requirements with the use of a bellows cover to protect against airborne contamination. The bellows cover also enables forced air circulation under work tables allowing for slight variations of temperature as well as accommodates greater geometric conditions that can affect the CMM structure.
GLOBAL eXtra has been designed to meet the specific requirements of dimensional inspection of car body components in a shop environment. To this purpose, this new coordinate measuring machine is characterized by an isostatic steel workbench at a lower height from the ground and with stabilized temperature, larger measuring ranges and wider daylights, a vertical ram of sintered silicon carbide, structural temperature compensation and protection bellows on the X and Y axis. The operating temperature range is 15 to 30 °C.
The Tricision bridge structure is proven to provide superiormetrological and dynamic performance. The design of the DEA GLOBAL eXtra allows it to easily accommodate automated material handling systems. For increased usability, the machine is compatible with the DEA CW43L continuous rotary wrist and the FIVE U-nique flexible CMM fixturing system.
Global eXtra CMMs are available in the following sizes:
20.33.15
20.40.15
20.33.18
20.40.18
Features and Benefits:
HIGHER ACCURACY
- Bridge structure allows to achieve higher accuracy and does not require foundations
SLANT BRIDGE
- Exclusice patent for better stability of the mobile
ACTIV TEMPERATURE COMPENSATION
- Structural temperature compensation permits operating temperature of 15 to 30 Degrees Celcius
ACCESSIBILITY
- Can be equipped with HH-ACW-43MW continuous wrist for unlimited access to hard-to-reach features