Schunk's Tendo Slim 4ax Now Available with Coolant-Through
Schunk now offers a version of its Tendo Slim 4ax with Cool-Flow coolant-through technology.
Share
Takumi USA
Featured Content
View MoreAutodesk, Inc.
Featured Content
View More
Schunk now offers a version of its Tendo Slim 4ax with Cool-Flow coolant-through technology. The Tendo Slim 4ax Cool-Flow toolholder offers various advantages when it comes to machining of steel, aluminum and plastic, the company says. The coolant or water jet does not depend on the unclamped length and adapts to the metalcutting process. In contrast to heat-shrinking mountings, the Tendo’s coolant jet does not bounce back along the whole unclamped length of the tool shank, but instead fully surrounds the tool shank up to the cutting edge. This is a benefit for cooling the cutting edge, improving chip removal and increasing efficiency of the overall process.
The hydraulic-expansion toolholder offers precise runout accuracy of under 0.003 mm at an unclamped length of 2.5×D and a balancing grade of G 2.5 at 25,000 rpm. Shape and positional tolerances can be met precisely, the company says. Schunk adds that the Tendo Slim 4ax can replace heat-shrinking toolholders without having to reprogram the outside contour.
For HSK-A63 interfaces between 6 and 32 mm in diameter, the toolholder is available in lengths ranging from 90 to 120 mm. Toolholders for SK 40 interfaces between 6 and 32 mm in diameter will be available later in 2020, with other interfaces and length variants being planned.
Related Content
-
Tungaloy Grooving Toolholders Provide Highly Stable Machining
TungHeavyGroove includes an enhanced insert clamping design for maximum tool rigidity.
-
Making the Most of Mixed Toolholder Assemblies
While nearly all ER systems will have cross compatibility, they’ll have small differences across manufacturers that make their implementation at the shop level not as standard.
-
How to Mitigate Chatter to Boost Machining Rates
There are usually better solutions to chatter than just reducing the feed rate. Through vibration analysis, the chatter problem can be solved, enabling much higher metal removal rates, better quality and longer tool life.