Automotive, aerospace, medical technology – high-tech industries depend on first-class precision tools for the process-reliable, high-precision and, last but not least, economical production of their components from materials that are often difficult to machine.

Our customer ZECHA wins the 2021 Baden-Württemberg State Innovation Award with a new type of diamond-coated micro-precision tool. The State Innovation Award – the Dr. Rudolf Eberle Award – was one of the first prizes to be awarded for innovation in Germany.

Customized diamond coatings for all applications. A premium coating is the result of numerous options that CemeCon, together with the manufacturer, precisely matches to the application and the precision tool.

Tailored coatings bring the decisive advantage. Tool manufacturers who come to the CemeCon coating center in Nagoya, Japan, are often looking for a solution in a highly competitive market to increase their profits with premium coatings for their precision tools.

Stepper takes a giant step forward in stainless steel processing with InoxaCon®. Hardly any product has been in such demand in the past two years as electronic components – no electronics without plugs and plug contacts.

More performance in the machining of hardened steel for injection molds. In tool and mold making, the machining of hardened steels beyond 50 HRC is standard. It nevertheless remains a discipline for specialists, especially for manufacturers of precision tools.

CemeCon engineering brings competitive advantages. Medical technology, electromobility, electronics – machining operations in these markets often entail high demands.

Kanne secures competitive advantages in medical technology with the CC800® HIPIMS. In medical technology, precision and safety have top priority – both for the doctor performing the work and for implants and tools.

HiPIMS is conquering the markets as a coating technology. A few years ago, when this technology was first introduced, CemeCon in particular set industry standards as a technology leader and pioneer.

Milling or die sinking? This question arises almost daily in tool and die making when it comes to the production of punches, dies, injection molds or similar. Unfortunately, there is no one true machining strategy for all eventualities. Diverse requirements determine which process achieves the desired results.

Coating an extremely costly individual piece from high-tech markets under high time pressure is the nightmare of every production manager – and TEandM's successful business model.

Graphite electrodes, dental implants, sporting goods, lightweight components for automotive or aerospace, punches and dies - diamond coatings are used in many different applications and materials.

CFRP and GFRP, aluminum and titanium stacks, Peek, glass fiber-reinforced aluminum - if you want to machine modern materials reliably and at the same time faster and more precisely and with fewer machining steps, i.e. more productively, you need material-optimized tools and processes.

Since the beginning of 2020, CemeCon K.K. has been supporting Japanese tool manufacturers with diamond coatings at its new coating center in Nagoya. Now the experts have expanded their range to include HiPIMS technology.

With strong investments in state-of-the-art, sustainable production capacities, in digitalization and in the service area, the tool manufacturer NACHREINER is making itself fit for current and future market challenges.

Whether in e-mobility, aerospace, for wind turbines, implants or sporting goods – anyone who wants to machine CFRP or GFRP economically needs high-quality precision tools with adapted coatings.

Which coating material is good for which application? What is actually the difference between coating material and coating? What options do tool manufacturers have? What do you have to pay attention to before coating?

Short distances and the complete tool development process from a single source – this strategy has put Boehlerit from Kapfenberg, Austria, on course for growth. Gerhard Melcher, Sales Manager at Boehlerit, gets confirmation of this every day.

Anyone who thinks that diamond coatings are only suitable for shank tools and that PCD is always required on cutting inserts in corresponding applications is mistaken: Diamond coatings can also be used excellently for cutting inserts.

High coating thicknesses for cutting inserts have always been a specialty of CemeCon. HiPMS has again significantly expanded the possibilities here. The process can be used to produce coating thicknesses between 1 and 12 µm.

In the fields of electronics and medical technologies, the high-precision machining of the smallest components, with tools that are only a few millimeters or even tenths of a millimeter thick, is the key to innovation – now more than ever.

Tools of the highest quality are required to ensure economical and reliable production in hard machining. The right partner for such demanding projects is SARTORIUS Tools GmbH & Co. KG.

The JETRO TV media program "The World is Now" has interviewed CemeCon K.K. in the newly build coating center in Nagoya. All CemeCon members were very excited and proud to show the big achievements since the company establishment in 2016.

Machining sintered carbide more conomically - milling instead of eroding with CCDia®CarbideSpeed®.

The high-precision machining of the smallest components with tools that are only a few millimetres or even tenths of a millimetre thick is more than ever the key to innovation, for example in electronics or medical technology.

In these extraordinary times, we keep both our quality and service promises.

After completion of the new building in Nagoya, the new coating center in Japan started production. Since the beginning of January, CemeCon has been supporting its customers there with diamond coating services.

Whoever decides in favor of a turnkey coating system including peripherals from CemeCon receives more than just first-class technology.

When it comes to really thick coatings, manufacturers of cutting inserts have so far had no choice but to resort to the CVD coating process, which is very limited in its possibilities.