Kendrion Released Induction Heating for Small Machines
Manufacturers can now use the SHS system to replace slower heaters and cut energy consumption in compact equipment.
Updated on Oct. 1, 2026 in Manufacturing
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Kendrion has launched the SHS induction heating system, a new solution designed to provide up to 2 kW of power for small-scale industrial machinery. The unit uses a 230 V single-phase supply to eliminate the need for traditional, slow-reacting contact heating methods.
Why it matters
The SHS system aims to boost production speed and energy efficiency by generating heat directly within components. For operators, this offers a path to reduce heat-up times and lower operating costs by replacing conventional cartridge or infrared heaters.
The SHS system delivers up to 2 kW of power using a standard 230 V supply. The manufacturer reports potential energy savings of 75 percent compared to conventional heating technologies.
The players
Kendrion
An industrial technology firm with 50 years of experience specializing in electromagnetic and control systems for machinery.
The details
The SHS system replaces traditional contact-based heaters by inducing heat directly within the target component. Integration is handled via standard industrial protocols including PROFINET, EtherCAT, and CANopen. It also features an integrated PT1000 input, allowing machines to monitor and control temperatures in real-time through an internal function.
Timeline
October 1, 2026: The product announcement for the SHS induction heating system took place.
November 24-26, 2026: Kendrion will present the technology at the SPS trade fair in Nuremberg.
Market Landscape
This move marks a departure from traditional industrial cartridge heating elements that have long defined small-machine thermal management. It reflects a growing industry trend of upgrading modular control systems to achieve higher energy efficiency and faster cycle times.
Operators managing small-scale machinery should assess their current heat-up times to determine if induction technology could shorten cycle durations. Evaluate your current energy overhead against the 75 percent potential savings cited by the manufacturer to project a likely return on investment.
The takeaway
The SHS system demonstrates that switching to non-contact heating can significantly improve modular machine performance. Review your existing heating maintenance schedules and energy logs to identify if your current infrared or cartridge setups are creating throughput bottlenecks.
Further reading
For more on the latest trends in production equipment, visit the Manufacturing section.
Source note: This article includes information reported by Industry Europe.
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