Valve & Valve Spring Tray

The Valve & Valve Spring Tray by JAZ is a precision workbench organizer designed for engine builders, automotive technicians, and powersports enthusiasts who demand efficient component management during valve train assembly and disassembly. This tray serves as an essential shop tool for anyone performing top-end engine work, cylinder head servicing, or motorcycle engine overhauls where valve springs and related valve train components require secure staging and organization. Whether you're working on small-block engines, big-block platforms, or high-performance motorcycle heads, this tray prevents component loss and maintains workflow efficiency on the bench.

Engineered with dimensional precision at 12.5 x 1 x 20.75 inches, the Valve & Valve Spring Tray features multiple compartments and dividers specifically dimensioned to accommodate valves, springs, keepers, and retainers in organized layout during engine work. The tray's 1-inch depth provides sufficient clearance for spring coils while maintaining compact bench footprint, and the extended 20.75-inch length enables simultaneous organization of complete valve sets from multi-cylinder heads. At 1.8 lbs, the aluminum or steel construction delivers durability without adding dead weight to your toolbox, while the compartmentalized design reduces the risk of cross-contamination or component mixing—critical when managing different spring rates or valve sizes across a single rebuild.

Professionals undertaking serious engine work—from racing shops optimizing valve timing assemblies to independent technicians servicing diesel or gasoline powerplants—depend on this tray to streamline component tracking and prevent costly assembly errors. The tray is equally valuable for powersports mechanics rebuilding ATV, motorcycle, or snowmobile heads where small springs and precision components demand organized staging. Installation is immediate; simply position the tray at arm's reach on your workbench and populate compartments as you remove components during disassembly, then reference the same layout during reassembly to ensure correct component placement and spring orientation.