FLEXCO Continuous Finger-Over-Finger Punch Process is a versatile tool designed to simplify and enhance the belt splicing process. It features a user-friendly design that makes it easy to operate, even for those with limited experience. With its ability to punch both the top and bottom covers of the belt, this device provides a precise and efficient way to create finger-over-finger splices.
The punch process is straightforward and involves several key steps. Firstly, the belt ends are prepared by squaring and ply separating to the appropriate depth. The bottom cover is then folded back and clamped between the clamp bar while the top cover is laid over the already punched fingers. The punch blades are then aligned with the punched fingers to ensure correct finger spacing. The punching process is then repeated until the entire width of the belt has been punched.
FLEXCO Continuous Finger-Over-Finger Punch Process is a versatile tool designed to simplify and enhance the belt splicing process. It features a user-friendly design that makes it easy to operate, even for those with limited experience. With its ability to punch both the top and bottom covers of the belt, this device provides a precise and efficient way to create finger-over-finger splices.
The punch process is straightforward and involves several key steps. Firstly, the belt ends are prepared by squaring and ply separating to the appropriate depth. The bottom cover is then folded back and clamped between the clamp bar while the top cover is laid over the already punched fingers. The punch blades are then aligned with the punched fingers to ensure correct finger spacing. The punching process is then repeated until the entire width of the belt has been punched.
FLEXCO Continuous Finger-Over-Finger Punch Process is a versatile tool designed to simplify and enhance the belt splicing process. It features a user-friendly design that makes it easy to operate, even for those with limited experience. With its ability to punch both the top and bottom covers of the belt, this device provides a precise and efficient way to create finger-over-finger splices.
The punch process is straightforward and involves several key steps. Firstly, the belt ends are prepared by squaring and ply separating to the appropriate depth. The bottom cover is then folded back and clamped between the clamp bar while the top cover is laid over the already punched fingers. The punch blades are then aligned with the punched fingers to ensure correct finger spacing. The punching process is then repeated until the entire width of the belt has been punched.
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