Value Collection ALFIXH-M8-G Fixed Handwheel Handle M8x1.25

Product Description

The VALUE COLLECTION ALFIXH-M8-G is a fixed handwheel machine handle designed for use on manually adjusted machinery, equipment panels, and industrial assemblies. The handle features an aluminum cylindrical body for lightweight durability and a steel threaded stem with an M8x1.25 thread specification. It is used wherever operators need a secure, ergonomic grip point for positioning, locking, or adjusting machine components. Machinists, maintenance technicians, and industrial equipment assemblers typically install this type of handle. At 0.1 pounds, it is compact and well-suited for confined panel or machine frame locations.

This fixed handwheel handle fits applications where a permanently oriented grip is preferred over a folding or revolving style. Typical uses include CNC machine tool accessories, fixture plates, jig assemblies, conveyor equipment, and general industrial machinery requiring manual adjustment points. The M8x1.25 threaded stem mounts directly into tapped holes of the same specification on machine frames, panels, or brackets.

Key Features

• Fixed handle orientation provides a stable, consistent grip position
• Aluminum cylindrical handle body offers corrosion resistance and reduced weight
• Steel threaded stem delivers strength at the mounting interface
• M8x1.25 thread size fits standard metric tapped holes
• Compact form factor suitable for tight installation areas

Compatibility

Designed as an OEM-style replacement or upgrade handle for industrial machinery and equipment with M8x1.25 metric threaded mounting holes requiring a fixed cylindrical handwheel grip.

Installation Notes

Installation is typically performed by a machinist or maintenance technician. Power down and de-energize all associated machinery before removing or installing handle hardware. Thread the stem into a clean, properly tapped M8x1.25 hole and tighten to a snug, secure fit without over-torquing the aluminum body. Verify the handle does not interfere with adjacent moving components before returning the machine to service.