Composite curing oven

ROMER Industrial Composite Oven

Professional Composite Curing Oven – Romer SL

Gjdpey Tvvzsfx Aczeiw
Internal Dimensions: 1200 × 1700 × 2300 mm

High-performance industrial composite curing oven from the respected Polish manufacturer Romer, designed for advanced composite manufacturing processes including carbon fiber prepreg curing, drying, post-curing, and thermal processing applications.
This electric batch oven is ideal for aerospace, automotive, marine, motorsport, and industrial composite production environments where accurate and stable temperature control is essential.
Constructed with a heavy-duty steel frame, stainless steel internal chamber panels, and durable powder-coated external finish, the oven is built for continuous industrial operation and long-term reliability.
The smart control system delivers precise temperature management, efficient power consumption, and controlled heating/cooling performance. The integrated air circulation and ventilation system ensures uniform heat distribution throughout the chamber for consistent curing quality.

Key Features:
• Maximum operating temperature: 200°C
• Internal dimensions: 1300 × 1800 × 2000 mm
• Designed for composite prepreg curing applications
• Heavy-duty industrial construction
• Stainless steel internal chamber
• High-efficiency hot air circulation system
• Accurate programmable temperature control
• Multi-stage curing program capability
• Controlled heating and cooling cycles
• Uniform temperature distribution
• 8 internal vacuum inlets installed inside the chamber
• Vacuum pump included in the sale
• Suitable for carbon fiber, fiberglass, prepreg, tooling, and composite components
Applications:
• Carbon fiber prepreg curing
• Composite part manufacturing
• Aerospace and motorsport components
• Marine composite production
• Tooling and mold post-curing
• Drying and thermal treatment processes
• Research & development and prototype manufacturing
The oven is in very good working condition and can be inspected and tested on-site.