Heat Treatment Furnaces
CaseMaster Evolution – T (Triple-Chamber Vacuum Furnace)
Triple-chamber vacuum furnace designed for high-volume low-pressure carburizing (LPC) and oil or gas quenching with continuous, ultra-high-productivity workflow.
Manufactured bySECO/WARWICK
3 chambersPre-heat, heat, quench
24 barGas quenching
3 loadsProcessed together
Up to 3×Higher productivity
Overview
Triple-chamber LPC for volume
CaseMaster Evolution – T (CMe-T) is a triple-chamber horizontal vacuum furnace engineered specifically for high-volume low-pressure carburizing (LPC) and oil or high-pressure gas quenching. the system includes a dedicated pre-heating chamber, a process/heating chamber and a quenching chamber, enabling up to three loads to be processed simultaneously for maximum throughput.
The CMe-T design significantly shortens cycle times, reduces total operating cost and allows continuous or semi-continuous production. The system supports LPC, PreNit®, FineCarb®, oil quenching, 24-bar nitrogen or helium gas quenching and gas-over-oil modes. It provides oxidation-free processing, excellent case depth uniformity and very low distortion for demanding applications in automotive, aerospace and transmission industries.
Applications
Where CMe-T is used
Aerospace components
Machine-building and tooling industries
Commercial heat treatment
LPC carburizing, oil/gas quenching, annealing, brazing and tempering
Features
Chamber design and quench
- Triple-chamber design: pre-heat + process chamber + quench chamber
- Low-Pressure Carburizing (LPC®) capability
- 24-bar gas quenching (N₂ / He)
- Oil quenching and gas-over-oil capability
- Graphite heating chamber with low thermal loss
- Continuous / semi-continuous operation
- Supports FineCarb® and PreNit® technologies
- High temperature uniformity and repeatability
- Automated loading/unloading and recipe-based control
Benefits
High output at low cost
Up to 3× higher productivity compared to conventional vacuum furnaces
Extremely short carburizing cycles
Very low operating cost and low utility consumption
Clean, oxidation-free components
No CO/CO₂ emissions — environmentally friendly
Excellent surface hardness and case uniformity
Reduced distortion, improved component life
Ideal for mass production environments
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