The JP Performance titanium rim is a globally unique project. A rim made of Grade 5 titanium – a material otherwise used in aerospace – was manufactured for the legendary Jaguar E-Type. It took over 160 hours of machining time to transform the 400 kg raw block into the finished 18 kg rim. The project began through a collaboration between Ladermanufaktur GmbH and JP Performance. We were directly involved as a tooling partner and played a decisive role in the manufacturing process with our high-performance titanium milling cutters.

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In machining, nothing works without the right tool. If you want to manufacture a component, you need a cutting tool that is suitable for the task. We rely on modern CAD/CAM systems right from the planning stage – in particular CAD/CAM grinding – to make processes more efficient and easier to plan. The digital process chain has long been a reality at our HAM Performance Center (HPC) too.

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For around a year now, HAM and Seekircher have enjoyed a close partnership based on practical knowledge transfer, technological progress, and a passion for precision. Alex and Aline founded Seekircher in 2024, and we have been partners from the very beginning.

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HAM virtual showroom

A lot has happened in our showroom in Schwendi-Hörenhausen: new machines, exciting additions, and fresh ideas for the manufacturing of tomorrow. And because our virtual showroom is a one-to-one digital representation of this location, we have now updated it.

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Manufactured basic body for a PCD tool from our workshop “Machining turning evolution” for complete turning-milling machining on 02.07.25

Turning, milling, drilling, reaming, threading, measuring – all in a single integrated process. Sounds like the future, but it has long been a reality in modern manufacturing companies. Complete turning-milling machining combines high-precision machining steps into an efficient process that saves time, reduces errors and sustainably improves processes.

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Aluminum is omnipresent. We encounter it in vehicle bodies, aircraft structures, machine components, packaging and in many industrial applications. The reasons for this are obvious: the material is light, malleable, corrosion-resistant and impresses with its excellent conductivity. However, it is precisely this diversity that poses particular challenges for manufacturers. This is because aluminum machining is anything but a matter of course.

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Imagine a factory where gears not only mesh, but where ideas interweave to create groundbreaking solutions. A place where technology doesn’t stand still, but rather storms forward – faster, more precisely, more efficiently. This is exactly what our HAM showroom is. We launched it four years ago to provide a real insight into the digital process chain and to show what digital manufacturing looks like today and what it could look like in the future. Not a theoretical construct, but a functioning system that ranges from the first digital tool model to machining on the machine.

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The manufacturing world is at a turning point. With Industry 4.0, automation and intelligent production processes, the entire structure is changing – faster, more efficiently and more precisely than ever before. However, technological progress not only brings new opportunities, but also significant challenges: High investments, security risks in IT and the complex integration of new systems into existing structures are slowing down many companies.

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Hard machining is the machining of ferrous materials with a hardness of at least 54 HRC. Common hard machining processes include grinding, hard milling and hard turning. Hard milling has become increasingly important in recent years, particularly for components, instead of the time-consuming and costly process of grinding or eroding.

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Titanium – a material that is increasingly playing a key role in the modern manufacturing environment. However, due to its strength and material properties, machining it is demanding and requires specialized strategies. So how exactly can these challenges in titanium machining be mastered?

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