Tooling accessories - Import export

We can offer a wide range of metal test specimens, starting from different grades of steel in various thicknesses and alloys right through to non-ferrous metals. Are you looking for galvanic finishing or machining solutions? Then you have come to the right place. Punching, deburring, and the rounding of corners are an important part of our portfolio. We will be happy to finish surfaces, for example by means of degreasing or sandblasting. Further finishing options are available upon request. We can also provide test panels with a customized serial number or marking if desired. Stainless steel 1.4301, 1.4571, 1.4401, 1.4310, other grades available upon request Test specimens According to A.F.E.R.A. 4001 (old standard), with defined finish With high-gloss finish (according to FINAT, PSTC standard, A.F.E.R.A. standard 5001, EN 1939) Titanium Grade 1 and grade 5, other grades available upon request Automotive grades painted

The AMD Ultra-Fast Deployable Shelters provide an all-in-one shelter solution, where all equipment (air-conditioning, heating, groundsheet, sunscreen accessories, tools, lighting, generator set) is fitted on a single all-terrain trailer. This makes these shelters ideal for field maintenance operations in remote and hard to access areas. Thanks to their innovative hydraulic shaft system, AMD shelters are quick and easy to assemble with only two operators at ground level, and without the need for specific tools or engines. Their connectable groundsheet means the shelter is fully air- and watertight, while their integrated sunscreen helps limit air-conditioning power consumption.

The MMC 600/900 is the basis for a series of machines that, via several accessories and options, can be fully customized to individual needs. In the basic version the machine consists of a main X-axis featuring a linear air bearing (feed axis), a linear roller bearing Z-axis (infeed axis) and the milling spindle (air bearing) mounted on top of the Z-axis. The main application is face milling of optical and mechanical precision components. Several accessories like a Y-axis, an A-axis and/or C-axis are available, thus expanding the range of machinable parts to
microstructures, lenticular structures, spheres, polygons and so on. Accessories, like vacuum chucks, different milling spindles, touch probes for part thickness measurement and even machine interferometers for insitu measurement of workpiece shape, make the MMC 600 and 900 machines an effective tool. Besides further accessories, there is the possibility to make customized solutions, to adapt the machine to your needs.

The ultraprecision turning machine (UP-Turning machine) MTC 650 is currently our largest series machine. Our customers can machine workpieces up to 200 kg in UP quality. The travelling distances are 400 mm in the Z-axis and 650 mm in the X-axis. Workpieces with a diameter of up to 800 mm in diameter (optionally 1000 mm) can be machined. The extended X travel offers more space for additional accessories, further tool holders or special bodies/ constructions. The MTC 6500 is based on a T-shaped natural granite bed. X- and Z-axis slides, as well as the housing of the main spindle are made of granite too. Both slides and the optional B-axis use hydrostatic (oil) bearings. The main spindle features an air bearing and is mounted to the X-slide. Different vacuum chucks for workpieces of up to 800 mm (31.5’’) in diameter are available.

Facts: Compact design with a single suspension spring Freely rotating and swivelling screw-type spring hook for suspension Housing and housing cover of high-strength chill-cast aluminum Cable drum of high-strength chill-cast aluminum Closed ball bearings • High-strength special suspension spring • High-strength steel cable • Infinitely adjustable cable stop buffer • Infinitely variable load setting via endless screw Safety: Closed unit Rigid, impact-resistant design Suspension via screw-type spring hook (rotating and swivelling design) Includes safety expansion chain as fall protection Integrated mechanism for locking the cable drum High-strength special suspension spring Spring fracture safeguard is standard Cable overload protection via cable extension limit stop Screw-type spring hook for load suspension GS-certified

The carbide bushing serves the purpose of preventing tool damage caused by pulled up slug. ADVANTAGES: — Bushings made of carbide — Carbide punches (upon request) — Avoidance of tool damage caused by scrap (pulled up slug), resulting in downtime with corresponding costs — Quality, proven millions of times — Can be produced according to specific customer drawings — Also available without slug retention

Allround router with quiet operation for machining of composite materials such as CFRP and GFRP in the diameter range Ø 0.20 to 6.00 mm. Advantages: Good surface, no delamination and fiber projections, low vibration, ideal for trimming, especially for dry machining suitable (low heat) For advanced materials such as carbon, carbon fiber, glass fiber (fiberglass) with multidirectional and unidirectional fiber orientation Roughing and finishing tools with and without diamond coating. Pulling, pushing (cutting pressure up / down, right twistes / left twisted, right hand cutting / left hand cutting)

Allround router with quiet operation for machining of composite materials such as CFRP and GFRP in the diameter range Ø 0.20 to 6.00 mm. Advantages: Good surface, no delamination and fiber projections, low vibration, ideal for trimming, especially for dry machining suitable (low heat) For advanced materials such as carbon, carbon fiber, glass fiber (fiberglass) with multidirectional and unidirectional fiber orientation Roughing and finishing tools with and without diamond coating. Pulling, pushing (cutting pressure up / down, right twistes / left twisted, right hand cutting / left hand cutting)

Allround router with quiet operation for machining of composite materials such as CFRP and GFRP in the diameter range Ø 0.20 to 6.00 mm. Advantages: Good surface, no delamination and fiber projections, low vibration, ideal for trimming, especially for dry machining suitable (low heat) For advanced materials such as carbon, carbon fiber, glass fiber (fiberglass) with multidirectional and unidirectional fiber orientation Roughing and finishing tools with and without diamond coating. Pulling, pushing (cutting pressure up / down, right twistes / left twisted, right hand cutting / left hand cutting)

Allround router with quiet operation for machining of composite materials such as CFRP and GFRP in the diameter range Ø 0.20 to 6.00 mm. Advantages: Good surface, no delamination and fiber projections, low vibration, ideal for trimming, especially for dry machining suitable (low heat) For advanced materials such as carbon, carbon fiber, glass fiber (fiberglass) with multidirectional and unidirectional fiber orientation Roughing and finishing tools with and without diamond coating. Pulling, pushing (cutting pressure up / down, right twistes / left twisted, right hand cutting / left hand cutting)

Allround router with quiet operation for machining of composite materials such as CFRP and GFRP in the diameter range Ø 0.20 to 6.00 mm. Advantages: Good surface, no delamination and fiber projections, low vibration, ideal for trimming, especially for dry machining suitable (low heat) For advanced materials such as carbon, carbon fiber, glass fiber (fiberglass) with multidirectional and unidirectional fiber orientation Roughing and finishing tools with and without diamond coating. Pulling, pushing (cutting pressure up / down, right twistes / left twisted, right hand cutting / left hand cutting)

Large workpieces – large chucks – large clamping heads. So far so good, but sometimes you also have to machine smaller workpieces? Instead of buying large clamping heads with a small diameter, there is now a better alternative: the clamping head adapter. For example, it can basically turn a size 100 chuck into a size 65 chuck and you can then change your normal size 65 heads using this clamping head adapter. Your advantages are in-stock availability and a lower price for the smaller clamping heads. You also save the costs of purchasing new large clamping heads if you are already using smaller clamping heads. Changing the clamping head adapter is fast and easy with the suitable changer interface.

Clamp difficult or easily deformable workpieces In daily use you are optimally equipped with the TOPlus or SPANNTOP chucks. However, there are always components that are difficult to clamp due to the contour, or that will be deformed through radial clamping. So what is required is an axial chuck, which in addition can also be set-up very fast. Clamp axially on a neodymium magnet The answer: HAINBUCH magnet module. With the magnet module you can clamp components axially on a neodymium magnet. The HAINBUCH magnet module is set-up in only 30 seconds. Your basic clamping device is already mounted. You exchange the clamping head that is included in the scope of delivery. When clamping, the magnetic clamping device is pulled onto the flat contact area of your basic clamping device.

Angle head 90° Machining: without spatial constraint Optional: with EC

With our hexagonal clamping heads you get up to 25 % more clamping force and higher output with the same clamping cylinder actuating force that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. In addition the hexagonal geometry ensures that TOPlus is more resistant to contamination than former clamping head / chuck systems. Therefore, TOPlus is even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. With a concentric precision of ≤ 0.005 mm!

With our hexagonal clamping heads you get up to 25 % more clamping force and higher output with the same clamping cylinder actuating force that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. In addition the hexagonal geometry ensures that TOPlus is more resistant to contamination than former clamping head / chuck systems. Therefore, TOPlus is even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. With a concentric precision of ≤ 0.005 mm!

Supplement for modular system The morse taper adaptation is a great supplement for the HAINBUCH modular system. Whether face driver, fixed center, a manually activated mandrel, or even tools – with this adaptation you insert anything that you can adapt into the morse taper connection. Extending your chuck within seconds Therefore, you have the possibility of extending your chuck with many additional functions within seconds. This is made possible by the CENTREX quick change-over interface integrated in the adaptation. This means that assembly does not require alignment. Also it is executed with a change-over accuracy of < 0.003 mm at the interface.

Depending on size, combined with all adaptations 5-axis machining or rational multiple clamping – with HYDROK we offer a hydraulically actuated stationary chuck that provides even more implementation possibilities. Depending on size – you can use it with all clamping device adaptations, such as the MANDO Adapt mandrel-in-clamping device or with the jaw module. Thus in the future you can also rely completely on the intelligent HAINBUCH modular system, even for your stationary clamping device. Multiple clamping in confined spaces The smallest of the group: HYDROK 40 SE and 32 RD. Their modular base plates can be easily fitted together and enables multiple clamping with incredible holding forces in the most confined spaces. And with an additional tandem cylinder you can even generate the full clamping force with a weaker hydraulic unit.

Reliable and long life SPANNTOP nova – this development represents more than 30 years of SPANNTOP experience. It exploits all the advantages of the latest machine tools. The components are optimized for balance quality, and have an extended guide length. The clamping length of the workpieces is also significantly greater. This chuck is designed for maximum RPM and holding power at ideal concentricity. It is extremely rigid, precise, and has an extremely long life. Convenient change The position-oriented base end-stop of the »combi pull-back« and »combi deadlength« variants can be conveniently changed from the outside via three clamping screws countersunk in the chuck, and for standard chucks, provides excellent accuracy for face location combined with through-bore capacity. Chuck SPANNTOP nova: reliable and solid. The product is the result of more than 30 years of experience!

A regular check of clamping force is vital for a safe, precise, and productive process. Do you manufacture at the highest possible metal removal rates? Perhaps your clamping device can do more than you think! Those who face tough competition can no longer afford to manufacture with »theoretical clamping forces«. Nevertheless the DIN EN 1550 requires that static clamping force measurement must be performed by the manufacturer at regular intervals. Modular measuring system The TESTit clamping force gauge measures and records the clamping force for O.D. clamping and I.D. clamping and even the draw-in force of hollow tapered shank locations. TESTit consists of two parts: The basic unit, which is the IT module, and the measuring units, which are the TEST modules. You only need the IT module once – regardless of whether you want to measure the clamping force at O.D. clamping or I.D. clamping or the draw-in force.

No re-clamping It is useful, when you can machine a workpiece over its entire length. It is even more practical, if in addition the re-clamping can be omitted. Firstly, this increases concentric precision, secondly, geometric tolerances are »stabilized«, and thirdly, our face driver adaption is also assembled 1-2-3. Simply insert it in the clamping device, tighten the three screws, and that’s it! Our CENTREX interface ensures perfect concentricity.

In terms of precision, stability, and flexibility the vulcanized segmented clamping bushings are unbeatable. They consist of segments made of chrome/nickel, case hardened steel that is very hard, extremely wear resistant, and rigid [60 HRC]. Plus, they do not have to »bend« to clamp the workpiece. In addition, all functional surfaces are completely ground in one clamping set-up. The result: maximum run-out accuracy, maximum holding power, and long life span.

User friendly, stable and very precise. By combining taper concentricity with no backlash with an extremely large planar surface, combined with high torque, BENZ Solidfix® offers a maximum in stability and rigidity, which is even capable of withstanding the demands of milling. The high torque transmission and the highest possible rpms also stress the effectiveness. This is supported by a special clamping mechanism which works centrally, without lateral forces, which in combination with the compact, highly precise components used achieves optimal values for concentricity, rigidity and accuracy in repeatability. Because of its compact design the system is ideal for tools with internal cooling.

Maximum precision in a mini format The TOPlus premium chuck is ideal for high-precision clamping of delicate and thin-walled parts, as well as solid and massive parts. In combination with premium clamping heads and when clamping against the end-stop, you benefit from incredible run-out accuracy of ≤ 5 μm. That makes the standard TOPlus premium chuck a better and less expensive alternative to hydro-expansion and diaphragm clamping devices. In addition to high precision, the large opening stroke also facilitates automated loading of the machine – even if the robot is somewhat inaccurate. By the way, slight contact with the workpiece during loading has no negative effect on the TOPlus premium. Despite its high precision it remains »robust« and your process remains stable. The most accurate of all HAINBUCH chucks!

Easy manual actuation The TOROK manual chuck is primarily used in tool prototyping on machines without a clamping cylinder. For example, thanks to its easy manual actuation, when used on grinding machines you can safely and delicately clamp. In combination with our clamping device adaptations, such as the MANDO Adapt mandrel-in-chuck or the jaw module, many more clamping options are possible. Lightweight variant And most recent: Thanks to the optional lightweight CFRP design, with the TOROK CFK you save one-third the weight. This is particularly set-up friendly and it offloads the machine spindle bearings.

This development represents more than 30 years of SPANNTOP experience. It exploits all the advantages of the latest machine tools. This clamping head is not only extremely powerful, it is also convincing through simple handling. With the changing fixture you set up in no time. The combination of steel and rubber, specially developed by HAINBUCH, in conjunction with a vulcanization that has been perfected over decades, is designed for maximum speed and holding force – with optimal concentricity, and incredible rigidity and service life.

No problem to change-over from O.D. clamping to I.D. clamping Change-over from O.D. clamping to perfect I.D. clamping, without changing the clamping device? No problem with MANDO Adapt: Place the mandrel in the mounted clamping device, tighten three screws, and lock the mandrel in the clamping device. Reduce time In this process the mandrel engages in the coupling of the clamping device via a sophisticated mechanism, where otherwise the clamping head engages. MANDO Adapt is attractive with extreme rigidity and precision. Without adjusting For rotating products, concentricity of 0.005 mm between chuck taper and mandrel taper can be achieved. For stationary clamping devices repeatability of 0.003 mm is possible. And best of all: This can all be accomplished without adjusting.

Change over from O.D. clamping to jaw clamping or centric clamping in 2 minutes – without clamping device change-over and without having to align ? No problem, with the jaw modules. Because the basic unit, into which the jaw module is inserted, is a HAINBUCH chuck or stationary chuck. If at times the clamping head reaches its limits because it must clamp a larger area, then use one of the jaw modules. The 3-jaw module is best suited for round workpieces, and if you have cubic workpieces, then rely on the 2-jaw module. This means that for a large parts spectrum you are completely flexible and always have the solution that is ideally suited for the respective clamping situation. Both are small, lightweight, and can be quickly changed over – an ingenious solution for small-series production.