Lyndex-Nikken C5005-0562-3.98(C) Tension/Compression Tap Holder With Coolant Through, Tapered Shank, CAT50 Taper, #1 Adapter, 9/16 in Max Tap Capacity, 1/8 in Max Pipe Tap Capacity
Lyndex-Nikken C5005-0562-3.98(C) Tension/Compression Tap Holder With Coolant Through, Tapered Shank, CAT50 Taper, #1 Adapter, 9/16 in Max Tap Capacity, 1/8 in Max Pipe Tap Capacity
In stock
Minimum Ship Qty:1
$634
Manufacturer
Lyndex-Nikken
Brand
Lyndex-Nikken
Manufacturer P/N
C5005-0562-3.98(C)
SKU ID
LYD-C5005-0562-3.98(C)
Country of Sale
USA|Canada
Lyndex-Nikken C5005-0562-3.98(C) Tension/Compression Tap Holder With Coolant Through, Tapered Shank, CAT50 Taper, #1 Adapter, 9/16 in Max Tap Capacity, 1/8 in Max Pipe Tap Capacity is available to buy in increments of 1
Lyndex-Nikken C5005-0562-3.98(C) Tension/Compression Tap Holder With Coolant Through, Tapered Shank, CAT50 Taper, #1 Adapter, 9/16 in Max Tap Capacity, 1/8 in Max Pipe Tap Capacity
Lyndex-Nikken Tap Holder, Tension/Compression, Tapered Shank, CAT50 Taper, #0 Minimum Tap Capacity, 9/16 in Maximum Tap Capacity, 1/8 in Maximum Pipe Tap Capacity, 3.98 in Projection, #1 Adapter, 1.28 in Nose Dia
Specifications
Type
Tension/Compression
Features
Adaptive with all Bilz tap system sizes
Will compensate for the machine spindle over rotating, tap elongation or minor mismatching between rotation and feed
Spring tension (downward pressure) will help lead and engage the tap for consistent and on size tapped holes
Tension compression holders assure accuracy and control to make sure the hole is tapped exactly on the pitch of the tap
This is extremely beneficial when tapping critical hole threads with 2B and 3B dimensional call outs
Quick and easy interchangeability of tap collets, repeatable within 0.008 in positioning accuracy
Retention balls and drive keys provide higher positioning accuracy and stronger gripping force, reducing the possibility of tap slippage
Made to fit all Bilz standard style tap collets
Sealed internal mechanism allows high pressure center through coolant to flow without contaminating the internal components
Chambered design also prevents backflow of coolant back into the spindle at higher pressure