TENDO LSS
Hydraulic expansion toolholder
TENDO LSS negotiates the obstacles posed even by trickiest of tasks, when machining at the narrowest of angles and where workpieces are hard to reach. Thanks to the high stability and the radial stiffness offered, the super-slim toolholder is ideally suited to boring, countersinking, chamfering, and for finish milling machining operations.
Description
Advantages – Your benefits
- Long and slim – optimized interfering contours
Excellent workpiece accessibility - Exact axial length pre-setting
Length adjustment in the range of 0.01?mm accuracy, with adjustment travel of 10?mm - Excellent vibration damping
Micro-blowouts are prevented, optimal workpiece surfaces, machine spindle protection, increased tool service life resulting in a reduction of costs - Permanent run-out and repeat accuracy ≤?0.006?mm
Even cutting action, increased tool service life, and reduced costs for regrinding or buying new tools - Micron-precise tool change within seconds without peripheral equipment
Time saving through reduction of set-up time and no investment and energy costs due to additional clamping devices - Fine-balanced by default
Suitable for high speeds with a balancing grade of G2.5 at 25,000?RPM - Comprehensive compatibility
Can be ideally combined with TENDO SVL and TRIBOS SVL extensions - High level of flexibility
Clamping of different diameters due to the use of slotted or coolant-proof intermediate sleeves - Dirt grooves for reliable torque transmission
Dry clamping surfaces, by displacement of oil, grease or lubricant residues into the dirt groove - All commercially available tool shank types can be clamped
Form A: with smooth cylindrical shank, shank form A in accordance with DIN?1835 and DIN?6535?HA Form AB: with flat face and cylindrical shank with pulling face, shank form B in accordance with DIN?1835 and DIN?6535?HB Form B: with lateral pulling faces, shank form B in accordance with DIN?1835 Form E: with inclined clamping face, shank form E in accordance with DIN?1835 and DIN?6535?HE