Engineered Induction Systems.

Proven Results.

Engineered to improve efficiency, consistency,
and control at every heating process.

Engineered Options for Every
Heating challenge

Every Himmelwerk system is built on decades of engineering experience and tuned for exceptional control. These four product series form the core of our offering — adaptable, proven, and ready to meet the demands of complex applications.

HU Series

Compact. Reliable. Adaptable.

The HU Series offers flexible power delivery in a compact design, ideal for space-conscious labs and test environments.

i Series

Digital Control for Complex Workflows

With smart interfaces, real-time monitoring, and data-integrated performance, the i Series is a favorite among researchers and testing teams.

SINUS Series

Sinusoidal Output. Maximum Consistency.

Designed for sensitive materials and uniform heating, the SINUS Series ensures consistent, repeatable results — test after test.

MU Series

Integrated Design. Micro-Level Precision.

The MU Series combines generator and cooling in one compact unit, built for high-frequency precision in confined spaces. Perfect for micro-heating tasks in electronics, medical, and cable manufacturing.

Top Engineering
Teams Choose Himmelwerk

Custom Heating Systems – carefully matched to each application.  Himmelwerk’s consultive approach increases speed, efficiency and throughput

Find the right induction solution

Himmelwerk helps identify the best solution for the process.  Use the form below or call directly at (947) 263-0444

1. Induction Heating Process Types:

2. Contact Information

Process Precision. Himmelwerk Systems Deliver.

Himmelwerk’s induction heating systems are trusted worldwide for accuracy, reliability, and adaptability. Our proprietary technology delivers precise, surface-focused heating — ideal for materials and components where traditional high-frequency systems fall short. Whether improving process control, reducing energy consumption, or optimizing cycle times, Himmelwerk helps you heat smarter – with solutions tailored to the exact application.

Tailored heating solutions
for process optimization

Engineering teams, researchers, and manufacturers across industries trust Himmelwerk.  Whether testing materials, assembling components or producing at scale, solutions are tailored to meet performance requirements.

Metallurgical Testing Labs

Control surface-level heating for yield, torsion, and failure testing.

Materials R&D Facilities

Support innovation with finely tuned heat input for experimental materials.

Automotive & Aerospace Components

Apply consistent heat for joining, forming, or thermal conditioning.​

Electronics Manufacturing

Enable precision soldering, bonding, and microcomponent processing.

Medical Device Fabrication

Maintain uniformity for sensitive materials under strict tolerances.

Industrial Equipment Assembly​

Handle brazing, shrink fitting, and structural joining with confidence.​

Metallurgical Testing Labs

Control surface-level heating for yield, torsion, and failure testing.

Materials R&D Facilities

Support innovation with finely tuned heat input for experimental materials.

Automotive & Aerospace Components

Apply consistent heat for joining, forming, or thermal conditioning.

Electronics Manufacturing

Enable precision soldering, bonding, and microcomponent processing.

Medical Device Fabrication

Maintain uniformity for sensitive materials under strict tolerances.

Industrial Equipment Assembly

Handle brazing, shrink fitting, and structural joining with confidence.

Tailor the right solution for the process.

Himmelwerk is here to help identify and implement the right system matched to process requirements.

Seit 1950 wurden von Himmelwerk 19.000 Hochfrequenz- und Mittelfrequenzgeneratoren in alle Welt verschickt.
Wie viel CO₂ sparen sie eigentlich pro Jahr ein? Eine Rechnung.

Annahme 1: 25 % der Generatoren sind noch in Betrieb.

Annahme 2: Sie haben im Durchschnitt eine Leistung von 6 kW und damit eine Leistungsaufnahme von 7 kW.

Annahme 3: Die Generatoren sind 8 Stunden/Tag und 5 Tage/Woche in Betrieb.

Annahme 4: Induktive Erwärmung spart bis zu 40 % Energie ein im Vergleich zu konventionellen Methoden. Gehen wir mal von 30 % aus.

Bei diesen Annahmen sieht die Rechnung so aus:

Täglicher Energieverbrauch: 8 h x 7 kW = 56 kW

Energieersparnis am Tag: 56 kWh / 0,7 = 80 kWh; 80 – 56 = 24 kWh

Gesamtersparnis am Tag: 24 kWh x 4.750 Generatoren = 114.000 kWh

Gesamtersparnis pro Jahr: 220 Arbeitstage x 114.000 kWh = 25.080.000 kWh

Umrechnungsfaktor kWh/CO₂: 1 kWh ≈ CO₂-Äquivalenzwert von 0,485 kg Strom (Quelle: Umweltbundesamt, Climate Change 15/2022)

CO₂-Einsparung pro Jahr: 25.080.000 kWh x 0,485 kg = 12.163.800 kg