Diebold offers you a complete range of tool holders with all types of tapers. Our focus is on HSK tapers of the highest accuracy class. Everything “Made in Germany” at the ultra-modern Diebold factory in Jungingen.
Highest precision and lowest tolerances
HSK tool holders require a considerably higher manufacturing accuracy than steep taper tool holders. Diebold tolerances between tool taper and plane surface are typically less than two micrometers (0.002 mm) and therefore well below the DIN/ISO tolerances. To reach this accuracy level the production technology and controls of the Diebold factory are state of the art.
Goldring tool holders, our brand name
At Diebold, you will find a complete range of Goldring tool holders with HSK or SK taper and all HSK taper types and sizes. Our newest product lines are JetSleeve™2.0, CentroGrip™, UltraGrip™ and TER shrink collets. When using these tool holder types your milling process will reach the highest productivity level.
From tool holders and measuring devices to the spindle-
we offer everything. For best fit of the tool holders in your spindle.
For more than 66 years our quality products have been manufactured at our sole production site in Jungingen.
Minimum tolerances ensure maximum output and your perfect milling result.
Finely selected materials ensure a maximum life time for your Goldring tools.
Numerous machine manufacturers rely exclusively on Diebold Goldring tool holders.
Diebold Goldring tool holders are produced to highest precision based on many decades of experience. As early as at the development stage – prior to the standardization in 1996 – we produced the first HSK tool holders and spindles for tests at the Aachen university. Due to these many years of experience, we later also became a manufacturer of taper measuring instruments in order to guarantee you the highest possible precision for the fit of the tool holders in your machine spindle.
We produce Goldring tool holders according to DIN 69893, DIN 69871 and MAS BT. Remainders are still available for DIN 2080. Feel free to contact us for more information.
Made in Germany means "Made in Jungingen":
Under this guiding principle, we have been producing the Goldring tool holders for more than 66 years at our sole production site in our fully air-conditioned factory in Jungingen.
The JetSleeve™ 2.0 is a further development of the previous JetSleeve™1.0 with a revised design and more innovative technical features for more machining advantages.
The former aluminum sleeve was replaced by a coated steel ring which does not have to be removed to shrink the tool. By replacing the aluminum sleeve, the wall thickness of the shrink-fit chuck could be increased and the clamping force increased considerably.
But the stroke of genius with the JetSleeve™ 2.0 is still the tiny nozzle at the front side of the ring through which a cooling medium or air is sprayed to the tip of the milling cutter at high pressure. Any chips produced are blown away immediately after they brake, even in holes and in cavities, which are difficult to access. This increases your milling cutter life time by up to 300 %.
Due to the resulting Venturi effect, the cooling medium always remains directly at the milling cutter, even at higher speeds.
Exactly where you need it!
UltraGrip™ 3.0 power chucks were specially developed for heavy-duty machining. They are characterized by the highest possible clamping forces and have vibration-damping properties due to their special design. The combination of highest radial run-out precision and the maximum possible clamping forces is unique in this form. Now the complete range of HPC milling is completely covered when cutting in deep pockets, with high feed rates and extreme cutting forces.
Ideally suited for materials which are difficult to machine, especially for Titanium or Inconel.
The high precision CentroGrip™ collet chucks from Diebold guarantee the best possible radial run-out, with < 1µm for the collet holder body and < 2µm for collets.
Due to the symmetrical design of the clamping nut, there will be no air turbulences or vibrations at the milling cutter.
CentroGrip™ is a must have for your machining processes in the Hich Speed Cutting area!
TER (ThermoGrip™-ER) shrink collets are characterized by an optimal radial run-out of <3µm, excellent change accuracy, maximum holding force and best stability. TER shrink collets fit in any existing ER collet holders.
Simply combine the advantages of the shrink technology with your existing system, it will certainly pay off!
Similar to tool holders with HSK interface, Diebold-BT tool holders also have a face contact. Nevertheless, these BT holders can also be used on machines with standard BT spindles.
The true strength of the D-BT tool holders, however, is shown by their face contact in the machine. Here, you benefit from maximum machine accuracy and absolute stability for your milling process.
For many machining processes, especially in mold making, slim and long tools for machining deep cavities are required.
Diebold offers slim shrink-fit chucks with a one-piece or modular design, which are ideal for use in mold industry and medical technology.
UltraJet® 3.0 Kraftspannfutter.
Stärkste Haltekraft auf dem Markt. Optimal für die Schwerzerspanung. Mit Düsenring für Kühlmittelapplikation. Bei Einsatz des neuartigen UltraJet® 3.0 ist ein Überfahren der Späne in der Schwerzerspanung nahezu unmöglich, was zu noch höheren Schnittwerten und deutlich längeren Werkzeugstandzeiten führt. Das spart bares Geld. Die Kühlmittelzufuhr wird mit hohem Druck durch die UltraJet® 3.0-Aufnahme geleitet und durch die ausgeklügelte Düsenanordnung an das Schneidwerkzeug geführt. Der Venturi-Effekt hält das Gemisch drehzahlunabhängig an der Werkzeugschneide. Dadurch wird eine optimale Kühlung sichergestellt und die entstehenden Späne in Millisekunden effektiv weggespült. Diese Funktion ist genauso für die Trockenzerspanung mit Luft geeignet.
Clean your tool tapers regularly to ensure the accuracy of the taper interface at any time.
The taper cleaner from Diebold for HSK/SK/BT tapers reliably removes adhering chips, surface corrosion and therfore helps to improve your milling process.