Computerized glove knitting machines are used in the manufacturing process of gloves to automate the knitting process and increase production efficiency. While there are various types and models of computerized glove knitting machines, here are some general characteristics you may find in machines with gauge specifications:

1. Gauge: The gauge refers to the number of needles per inch or centimeter on the knitting machine. Computerized glove knitting machines are available in different gauge sizes, such as 7, 10, 13, or 15 gauges. The gauge size determines the fineness and density of the knitted fabric.

2. Computerized Control: These machines are equipped with computerized control systems that allow for precise and programmable operation. The computerized control enables the machine to create complex stitch patterns, control tension, and adjust stitch density accurately.

3. Multiple Feeder Systems: Glove knitting machines often have multiple feeder systems to accommodate different yarns or colors. These feeder systems can handle different yarn types, such as cotton, nylon, or polyester, and allow for the creation of intricate designs or patterns.
   

4. Automatic Yarn Tensioning: Computerized machines feature automatic yarn tensioning systems that ensure consistent tension throughout the knitting process. This helps produce uniform and high-quality gloves.

5. High-Speed Operation: Computerized glove knitting machines are designed for high-speed production, allowing for increased output and efficiency compared to manual or semi-automatic machines.

6. Pattern Flexibility: With the computerized control system, these machines offer a high level of pattern flexibility. They can create various glove styles, including fingerless gloves, full-finger gloves, or specialized glove designs based on programmed patterns.

7. Energy Efficiency: Many computerized knitting machines incorporate energy-saving features to optimize power consumption. These features may include power-saving modes, automatic shutdown after a period of inactivity, or efficient motor systems.

8. User Interface: The machines typically have a user-friendly interface, such as a touchscreen or digital control panel. This interface allows operators to program patterns, adjust settings, monitor production status, and perform troubleshooting tasks.

9. Error Detection and Auto-Stop: Computerized machines often include error detection mechanisms to identify issues during the knitting process. These mechanisms can automatically stop the machine or provide alerts for operators to address the detected problem, minimizing production of defective gloves.

10. Maintenance and Diagnostics: Computerized knitting machines may have built-in maintenance and diagnostic features. These features assist in routine maintenance tasks, troubleshoot potential issues, and ensure smooth operation of the machine.

It's important to note that specific features and characteristics may vary depending on the manufacturer and model of the computerized glove knitting machine. If you are considering a particular machine, it's recommended to review the manufacturer's specifications or contact them directly for detailed information on the specific model you are interested in.