Lakshmi Vacuum Technologies manufactures high-pressure vacuum autoclaves engineered for critical composite curing, bonding, and advanced sterilization processes. Our autoclaves are the preferred choice for the aerospace, automotive, and medical industries, where precise control over pressure, vacuum, and temperature is paramount.
By combining vacuum and elevated temperature under high gas pressure, our autoclaves ensure flawless consolidation of composite layers. The vacuum removes trapped air and volatiles, preventing voids, while the isostatic gas pressure compactly bonds the materials. This results in structurally superior, high-strength composite components.
Featuring robust vessel construction, advanced hydraulic or manual door locking systems, and sophisticated PLC/SCADA controls, our autoclaves deliver unmatched safety and process repeatability. Whether curing aerospace parts or sterilizing sensitive equipment, our systems guarantee reliable, high-quality outcomes.
| # | Parameter | Technical Details |
|---|---|---|
| 1 | Chamber Size | Ø300 – Ø2000 mm × 700 – 6000 mm L |
| 2 | Max Pressure | Up to 10 bar (gas) |
| 3 | Max Temperature | Up to 250°C |
| 4 | Vacuum Level | 10⁻³ mbar |
| 5 | Heating Method | Electrical / Steam jacket |
| 6 | Door Type | Manual / Hydraulic locking |
| 7 | Applications | Composite curing, Sterilization, Bonding |
| 8 | Power Supply | 380–480V, 3-phase, 50 Hz |
| 9 | Pressurizing Rate | 0.5 to 1 bar/min |
| 10 | Depressurizing Rate | 0.5 to 1 bar/min |
| 11 | Control System | PLC, IPC with SCADA |
Our engineers can customize chamber dimensions, pressure ratings, and heating methods to your exact process requirements.
Speak to ExpertCuring and consolidation of primary and secondary composite structures with void-free, high-strength results.
High-performance composite components cured under controlled vacuum and pressure cycles.
Repeatable pressure and temperature cycles for sterilizing sensitive equipment and instruments.
Structural composite assemblies processed with fully documented, repeatable cycles.
Pressure-assisted bonding and lamination of advanced material stacks.
Process development and pilot cycles for new composite materials and lay-ups.
Vacuum removes trapped air and volatiles while isostatic gas pressure bonds layers densely and uniformly.
Robust pressure vessel construction with hydraulic or manual door locking and interlocked cycle control.
PLC/SCADA recipes control ramp rates, soak and pressure stages for identical results every cycle.
Designed and manufactured in Bengaluru with commissioning, training and spares from the same group.
A vacuum autoclave combines vacuum, elevated temperature and high gas pressure in one vessel. It is used to cure composite structures, bond advanced materials and run pressure-based sterilization cycles.
An oven mainly applies heat and vacuum; an autoclave adds high internal pressure, which compacts composite layers to remove voids and achieve structural strength.
Aerospace, defence, automotive/motorsport, medical and advanced materials industries are the typical users.
Cycles run through PLC/SCADA systems with recipe management - temperature ramps, vacuum stages, pressure build-up and cooling are all automated and repeatable.
Yes. Vessel dimensions, door type, pressure and temperature ranges are configured around your largest parts and required cycles.
Still have questions? Talk to our engineers or request a quotation.