Our standard machines are not only ergonomic in design, they have also been developed by experienced hands-on engineers to meet practical needs in everyday operation. Right from the start, our number one priority has been to maximize operating convenience and permit fast resetting and facility for flexible upgrading. Whether for prototype or series operations: The modular design principle of all our systems means you are ready to switch over to new hardening processes with only a minimum delay. And your investment is restricted to those functions you need at the present.

Our ability to construct customized special-purpose machines has impressed a good few renowned customers over the years. After all, our machines are designed for reliability and top performance – meaning a sharper competitive edge for our customers.

Whether you are looking to invest in a standard or customized machine, a stand-alone solution or a complete line: The modular principle and the use of state-of-the-art technology make sure of outstanding ease of maintenance and outstanding operational reliability every time, guaranteeing a high throughput for large-scale series manufacture and maximum economy for small production runs.

Let us take the strain out of your hardening needs in contract hardening shops in Reichenbach near Stuttgart and Darmstadt.

With the benefit of no fewer than 26 state-of-the-art systems, we can cover a wide performance spectrum:

• MF range from 3-30 kHz / 300 KW
• HF range from 50 – 400 kHz / 400 KW
• Special applications
• Tempering / stress relief

In cooperation with our Process Development department, we are able to offer machine-capable solutions and series contract hardening for even the most complex and demanding hardening assignments. The required quality characteristics are documented in our modern DIN ISO 9001 compliant measurement and testing labs.

When is inductive hardening recommended?

All workpieces which are electrically conductive can also be inductively heated. However, the carbon content of the material plays a decisive role when it comes to hardening. Where an appreciable increase in hardness is required, the C component should be no less than 0.35%.

It makes most sense for inductive hardening technology to be used on workpieces whose skin is required to demonstrate good wear resistance, while the core calls for a high degree of toughness. However, a high degree of abrasion resistance can be achieved alongside good torsional and alternate bending strength. Different hardening processes exist such as stationary hardening, progressive hardening, stationary spin hardening and progressive spin hardening.

• Prospect EN (PDF)
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• Terms of use

We guarantee technical support within 24 hours.

Ricardo Werbel
Servicing
Telefon: +49 (0) 7153 504-233
Telefax: +49 (0) 7153 504-340
E-Mail: werbel@inductoheat.eu

Our HWG Academy provides training to help our staff meet the demands of future developments, and is also used by customers who come to gain in-depth information in our field of specialist expertise.

We naturally also provide training services on site.

Contact:

Ricardo Werbel
Servicing
Telefon: +49 (0) 7153 504-233
Telefax: +49 (0) 7153 504-340
E-Mail: werbel@inductoheat.eu