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KEPKA manufactures heat technologies,
trusted by worldwide industries

Automotive & EV

Advanced tunnel ovens and roller furnaces for thermoforming, curing, and stress-relief of polymer tubes, battery modules, and busbar assemblies. Also used for convection-based curing of electric motor parts and thermal management components.

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Custom made Pre-heating devices

KEPKA specializes in designing and manufacturing custom made pre-heating devices tailored to the specific requirements of industrial processes. Our solutions are engineered to deliver precise temperature control, energy efficiency, and long-term reliability in demanding production environments.

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AeroSpace

High-temperature tunnel and chamber furnaces for annealing, curing, and sintering of alloys, composites, and ceramic coatings. Dynamic convection guarantees temperature uniformity and reliability for turbine blades, composite structures, and propulsion components.

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Defence

Electric and tunnel furnaces for sintering, annealing, and curing of ballistic ceramics, optical elements, and drone components. Hybrid IR + convection technology provides precise temperature gradients and consistent performance.

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Energy & Batteries

Tunnel and roller furnaces for electrode coating, drying, and curing. Turbulent convection delivers stable adhesion and efficient heating for cylindrical cells, foils, and separators, with optional chilling and cooling modules.

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Agriculture

Tunnel and convection furnaces for hardening, tempering, and stress-relief of steel components. Controlled airflow ensures homogeneous heating, stable structure, and energy-efficient processing.

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Medical

Tunnel and chamber furnaces for drying, heat stabilization, and conditioning of medical and technical textiles. Available as convection, hybrid convection-microwave, or IR heating units, ensuring uniform temperature and consistent material performance.

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Glass & Ceramics

Furnaces and kilns for sintering, fusing, annealing, glazing, and controlled cooling of glass and ceramic materials. Configurable as tunnel, roller, or chamber furnaces for precise and repeatable thermal processing.

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Metalworking & Arrasive Tools

Tunnel and chamber furnaces for curing, sintering, annealing, and hardening of cutting tools, flap discs, and metal components. Precise air-exchange control maintains uniform temperature and ensures strong, durable material properties.

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Research & Development

Pilot-scale tunnel and chamber furnaces for testing and developing new thermal processes. Enable scale-up of future technologies through Digital Twin Simulation and CFD modeling for precise temperature and process optimization.

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Advanced Composites & Polymers

Convection tunnel furnaces for curing and stabilizing CFRP, GFRP, and technical polymers. Turbulent airflow ensures even heating, polymer consolidation, and repeatable post-cure quality.

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Space & Satellite Technologies

High-precision tunnel and static furnaces for annealing, sintering, and coating curing of titanium, aluminum, and ceramic components. Inert-gas and convection control ensure structural stability under extreme thermal conditions.

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Convection Systems

Advanced airflow technology ensuring uniform heat distribution and precision thermal control.

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Convection Systems

Thermoforming

Precision heat systems for forming and stabilization of high-performance polymer tubes and components
(PA6.12, PA12, TPE, PP…).

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Thermoforming

Advanced Cooling

Efficient water chillers and integrated cooling systems for post-heat process management.

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Advanced Cooling

Debinding and sintering

Thermal systems for removing binders and consolidating metal or ceramic powders into dense, high-strength components.

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Sintering

In-Line Cutting Systems

High-precision flying-knife modules for continuous cutting after coating and heat treatment.

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Cutting Systems

Coating Roll Systems

Integrated systems with precision coating modules, using ultra-accurate coating rolls with gap control up to 0.001 mm, combined with tunnel line technology for uniform surface heating and stabilization.

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Coating Roll Systems

Kepka Ceramic Chamber

KEPKA
Ceramic

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High-efficiency ceramic chamber kilns up to 1320°C, engineered with multi-layer insulation and 3- or 5-sided heating for precise and repeatable firing cycles. Equipped with a programmable vent flap and fresh-air intake channels from below — fully controlled by the firing recipe these kilns deliver exceptional firing stability, efficient heat transfer and effortless loading for everyday ceramic production.

KEPKA Ceramic Precision+ Long

Kepka Metal Chamber

KEPKA
Metal

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Heavy-duty metal heat-treatment chambers for hardening, tempering, annealing and stress-relief up to 1100°C. Designed for industrial reliability, with reinforced construction and optimized airflow for uniform temperature distribution. The Precision+ variant offers 30% more heating power and a pneumatically lifted top door, providing fast access, enhanced durability and superior process control for demanding metallurgical applications.

Metal Precision+ precision-engineered metal component illustrating advanced metal manufacturing technology.

Kepka Thermo-Convection Chamber

KEPKA
Thermo

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Advanced thermo-convection chambers using KEPKA ThermoTurbulence technology for uniform and dynamic heat treatment up to 870°C. Perfect for curing, conditioning and controlled thermal processing of aluminum parts, titanium alloys and other temperature-sensitive materials. Engineered for precise air-exchange control and stable thermal profiles wherever accurate convection and consistent heat distribution are essential for product quality.

KEPKA Thermo Premium industrial thermal processing system, illustrating advanced precision heating technology.

Kepka Glass & Fusing

KEPKA
Fusing

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Flat-glass furnaces for bending, fusing, slumping and thermoforming, with configurable heating from the top, sides and — when required — from the bottom. Designed for smooth thermal gradients, precise surface control and repeatability across artistic, technical and architectural glass applications. A reliable solution for professionals requiring accurate heating, clean edges and consistent fusing results.

KEPKA Fusing Premium industrial fusing system, illustrating advanced fusing and thermal technology.
Heat Chamber

Advanced Tunnel Kilns
Engineered for
Precision, Efficiency,
and extreme Environments

KEPKA designs and builds industrial heat-treatment solutions end-to-end: tunnel furnace / tunnel kiln, roller furnace / roller kiln, convection oven, electric furnace, hybrid IR–convection and microwave–convection units, plus chamber ovens and static furnaces for precision processes. Our equipment covers drying, curing, annealing, tempering, hardening, stress-relief, debinding and sintering, thermoforming, post-bake, and heat-uniform surface treatment with optional controlled atmosphere (air, N₂, Ar) and precise air-exchange management. Multi-zone temperature control, accurate flow engineering and uniformity across the heating chamber deliver repeatable results for automotive & EV, aerospace, energy & batteries, medical textiles, glass & ceramics, metalworking & abrasive tools, advanced composites & polymers, defense, space & satellite and R&D pilot lines.

We integrate coating and drying lines, coating roll systems with 0.001 mm gap control, in-line cutting (flying-knife) modules, and process cooling systems (chilling / chillers) for stable transitions after heating. Digital capabilities include Digital Twin Simulation, CFD airflow modeling, PLC/SCADA control, data logging, recipe management and overheat-safety architectures. Designs prioritize energy efficiency, heat-recovery, rapid ramp/soak profiles and tight tolerance (±1 °C achievable in suitable ranges), ensuring uniformity, throughput and total process reliability from laboratory pilot furnaces to full-scale production tunnel kilns and static chambers. If your application requires a custom oven / furnace / kiln—from low-temperature convection chambers to high-temperature sintering furnaces—we engineer, scale-up and support the complete line.