BikeService Valve Spring Collet Remover - 7 X 14.5mm

Currently unavailable

Currently unavailable
The BikeService Valve Spring Collet Remover is designed for professional mechanics and motorcycle enthusiasts who perform regular 4-stroke engine maintenance. This precision tool simplifies the difficult task of removing and replacing split collets during valve spring compression, effectively preventing the frustration of lost components. While highly efficient for its intended 14.5mm x 7mm specification, users should verify their specific engine valve geometry to ensure compatibility before use.
| Model Part Number | BSB09829 |
|---|---|
| Brand | BikeService |
No, this tool is specifically engineered for 4-stroke motorcycle engines with 14.5mm x 7mm collet specifications.
Yes, this is a collet remover/replacer tool and does not provide the force necessary to compress the valve spring itself.
The tool is manufactured from durable, professional-grade materials designed to withstand the stress of repeated valve spring maintenance.
If your collets deviate from the 14.5mm x 7mm specification, the tool will not hold them securely, which may lead to failure or damage.
Keep it clean, free of debris, and lightly oiled to protect against corrosion.
Verify that the valve spring is fully compressed and there is no carbon buildup on the valve tip preventing the tool from reaching the collets.
Ensure the collets are not sticking to the valve retainer due to oil varnish; apply a light tap to the top of the retainer to break the seal before engaging the tool.
To ensure success, verify that your specific motorcycle engine uses standard split collets compatible with the 14.5mm x 7mm tool dimensions. Always ensure the cylinder head is clean of debris before beginning the valve train disassembly to prevent grit from affecting the tool seating. After use, wipe the tool clean with a degreaser and apply a light coat of machine oil to prevent oxidation. Store the tool in a dry, organized toolbox drawer to maintain the integrity of the precision-engineered edges.