Diebold tool

The product range of measuring technology also includes pull force gauges for spindles with HSK, SK, BT and PSC tapers, test arbors for run-out test of spindles and several special measuring instruments. Benefit from our high-precision multipoint measuring instruments for measuring HSK tapers and steep tapers. We produce certified master tapers of the highest accuracy level according to the rules of the German Calibration Institutes on the basis of multiply certified master taper gauges.

With Diebold taper measuring instruments, you can always ensure that your HSK tools have the greatest possible accuracy and maximum reliability. Checking the clamping force within seconds and completely independent of temperature. High-precision measuring of all functional dimensions of your tool holders: taper dimensions, clamping shoulder cam angle, push out length, gripper groove, run-out and roundness of the taper.

High-precision measuring of all functional dimensions of your D-BT tool holders: taper dimensions in relation to the face contact. Exact radial run-out control spindle for absolutely error-free radial run-out measurement of your tool holders. Perfect measurement of the alignment, sensor position and imbalance at your machine spindle. Identify and set your reference point easily and reliably in all 3 axes with just one device. Mechanical pull force testers from Diebold are used to test the pull-in forces of clamping systems in machine spindles.

The pull-in forces of the clamping elements in the spindle can decrease due to fatigue spring assemblies, dry running of the grippers or wear. The clamping force to hold HSK tool holders becomes too low. As a consequence, radial stiffness, radial run-out and the repeatability accuracy of the tapers are affected. Consequences are rapid wear of the spindle and of the tool holders.

Expensive damages to the machine spindle and the workpiece can be avoided by periodically checking the pull force of your spindles. Continue to the shop. Diebold catalogue measuring technology. Diebold run-out test arbors are certified arbors for aligning and measuring your machine tool and to check your spindle run-out.

The test bars are manufactured in our fully air-conditioned factory and are measured and calibrated with the most precise measuring machines — they come with a quality certificate from the specialist for test bars and spindle and tool holder measuring equipment.

As a service, we offer you the calibration and certification of your test arbors made by Diebold and from other manufacturers. We guarantee the traceability to the standards of the German Calibration Service Institute. High-precision taper measuring instruments from Diebold ensure that you can check the functional dimensions such as taper angle at an early stage and avoid spindle damages.

Cheap tool holders are sold on the world market every day. The quality is always compromised due to the enormous price pressure. The functional dimensions such as taper angle, taper diameter and clamping shoulder angle are crucial, but they cannot be checked without suitable measuring instruments.

JetSleeve 2. High Power Chuck for Heavy Milling. Diebold UltraGripTM Power Chucks are specially designed for extreme cutting operations with large milling cutters and high cutting force. Low runout combined with very high clamping forces are unique. Due to the symmetrical design of the clamping nut, there will be no air turbulences or vibrations at the milling cutter.

TER shrink collets fit in any existing ER collet holder. Simply combine the advantages of the shrink fit technology with your existing ER collet holder system, it will certainly pay off! 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. Diebold catalogue D-BT tool holders. 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. Diebold catalogue Slim shrink-fit chucks. It is almost impossible to overrun the chips in heavy-duty machining, resulting in even higher cutting values and significantly longer tool life. That saves money. The Venturi effect keeps the mixture at the cutter at any speeds. This ensures optimal cooling and effectively washes away the chips in milliseconds.

Milling of deep pockets and cavities is now facilitated. No tool with internal cooling is needed. Cutters without internal cooling are cheaper and more stable.

In summary, this leads to higher process reliability unmanned work is possible , a longer cutter life, better surface quality, lower tool costs, higher chip removal rates and significantly reduced quantities of coolant and compressed air. Clean your tool tapers regularly to ensure the accuracy of the taper interface at any time.

Video taper cleaning. Diebold catalogue taper cleaning device. More than 20 years ago, we introduced the first contact shrink unit, a milestone in modern shrink technology. Log in to keep your self-service terminals in top shape for consistent, reliable transaction flow across your entire fleet. Initiate and manage equipment service requests through our customer portal. We partnered with NielsenIQ to survey 12, people across 11 countries. Find out what they really want in a bank. Retail is changing fast.

Our new retail self-service solutions are highly modular, more open than ever before and offer you the ultimate uptime and reliability, so you can be prepared for the future of retail.