Working Principle of the Articulated Arm Coordinate Measuring Machine
Intelligent sensor units, comprising angle sensors, temperature sensors, strain sensors, and microcontrollers, are installed at the joints and along the arm of the measuring machine. These sensor units are interconnected via a bus system and communicate with a PC through an interface. The microcontroller acquires data from each sensor and uploads it to the PC, facilitating communication and data processing between the microcontroller and the PC. Coordinate data is then transmitted to standard coordinate measuring software via a dynamic link library.
Application Fields of Articulated Arm Coordinate Measuring Machines
Primarily used in industries such as machinery, automotive, aerospace, defense, furniture, tool prototyping, machinery, and tooling for small-to-medium-sized components and molds. It is suitable for measuring enclosures, frames, gears, cams, worm gears, blades, curves, and surfaces. It is also applicable in electronics, hardware, and plastics industries for precision inspection of workpiece dimensions, shapes, and geometric tolerances, enabling tasks such as part inspection, contour measurement, and process control.
Power Supply Options for Articulated Arm CMMs
AC Power: Most articulated arm CMMs can be directly plugged into standard 220V/50Hz (China standard) single-phase AC power outlets.
Battery Power: To enhance portability, many modern articulated arm CMMs are equipped with rechargeable lithium batteries (internal link to Standard battery pack GS2054DH). These batteries typically support 4-8 hours of continuous operation.
Vehicle Power Supply: Some models also support 12V or 24V vehicle power adapters, which are highly convenient for field measurements.
When selecting batteries for articulated arm coordinate measuring machines, the following factors should be considered:
1. Battery Capacity and Voltage: First, choose appropriate battery capacity and voltage based on the machine’s voltage and current requirements. Select capacity according to usage duration and frequency—higher capacity typically provides longer operating time.
2. Dimensions and Weight: Select battery dimensions and weight that fit the articulated arm CMM to ensure compatibility without adding excessive weight to the equipment.
3. Safety: Articulated arm CMMs require stable, secure power sources. Choose batteries with high-quality protection circuits and safety measures to ensure operational safety.
4. Brand and Supplier Reputation: Opt for well-known brands and reputable suppliers to guarantee battery quality and stability. For instance, TEFOO is a specialized manufacturer of articulated arm CMM batteries. Selecting a professional lithium-ion battery pack manufacturer reduces failure probability while providing superior after-sales support.
In summary, selecting batteries for articulated arm coordinate measuring machines requires comprehensive consideration of the above factors to ensure stable and reliable power supply while meeting the equipment’s performance and safety requirements.
If you are an articulated arm coordinate measuring machine manufacturer requiring customized batteries, please contact TEFOO’s professional technical team.