What tool would you typically use to cage the case halves in a differential assembly?

Caging the case halves in a differential assembly is essential for ensuring that the components remain properly aligned during the assembly process. The most effective method involves using wire or clamps, which provide the necessary tension and hold the two halves securely together without risking damage to the parts.

Wire or clamps are designed to maintain the structural integrity of the assembly as they can be tightly secured, allowing for precision during the installation of the gears and other components. This is crucial in a differential because any misalignment can lead to premature wear, noise, or failure of the assembly.

Other tools, such as adhesive tape, may not provide the required strength or stability, leading to potential issues during the assembly process. Wooden blocks, while useful in some contexts for support or spacing, do not offer the same clamping force needed. Similarly, metal straps might be effective in certain applications, but they could be less commonly used than wire or clamps specifically designed for caging in differential assemblies. Thus, the use of wire or clamps is the most reliable and preferred approach in this scenario.