Lakshmi Vacuum Technologies manufactures high-temperature vacuum sintering furnaces engineered for the densification of powder materials. Our furnaces are critical for powder metallurgy, ceramics, and advanced composite manufacturing, providing contamination-free environments for structural transformation.
By operating under high vacuum or controlled atmospheres (like Argon), our sintering furnaces prevent oxidation and remove impurities, allowing metal and ceramic powders to bond at the molecular level. This process creates exceptionally strong, high-density components with precise metallurgical properties.
Capable of reaching temperatures up to 2000°C, our systems feature advanced graphite hot zones and precise PLC/SCADA control systems. This ensures absolute temperature uniformity and repeatability, batch after batch, for your most demanding sintering applications.
| # | Parameter | Technical Details |
|---|---|---|
| 1 | Useful Working Area | 900 × 900 × 1200 mm / Customizable |
| 2 | Maximum Temperature | 1250°C – 2000°C |
| 3 | Hot Zone | Graphite |
| 4 | Vacuum Level | 1 × 10⁻² mbar (10⁻⁶ if required) |
| 5 | Charge Weight | 900 kg |
| 6 | Furnace Vessel | Carbon Steel / SS |
| 7 | Max Quenching Pressure | 6 / 10 / 12 / 15 bar |
| 8 | No. of Zones | 1 or 3 Zones |
| 9 | Sintering Atmosphere | Vacuum / Argon |
| 10 | Power Supply | 415V AC, 50 Hz, 3-phase |
| 11 | Control System | PLC, IPC with SCADA |
| 12 | Application | Powder metallurgy, ceramics, carbide tools, CMCs |
| 13 | Cooling System | Water-cooled with optional gas quenching |
Our engineers can customize working area, hot zone, and quench pressures to your exact process requirements.
Speak to ExpertSintering of tungsten carbide inserts, drills, end mills and wear parts at up to 2000°C for full density and consistent hardness.
Structural PM parts such as gears, bushings, sprockets and bearings densified under vacuum or argon for clean, repeatable properties.
Debinding and sintering of small precision MIM parts for automotive, medical and consumer applications.
Sintering of oxide and non-oxide ceramics and ceramic matrix composites without oxidation, for high-temperature service.
Sintering of soft and hard magnetic materials and electronic ceramics requiring controlled atmospheres.
Flight-critical sintered components processed with tight uniformity, traceability and clean-surface requirements.
The group operates its own vacuum heat treatment and sintering units across India - so every furnace design starts from real production experience, not theory.
Graphite and all-metal hot zone options matched to your temperature, atmosphere and cleanliness requirements.
Multi-zone temperature control with PLC/SCADA automation for repeatability batch after batch.
Installation, training, spares, calibration and AMC from a single group with 450+ furnaces delivered since 2003.
Vacuum sintering densifies metal and ceramic powders by heating them below melting point in a controlled atmosphere. It is used for carbide tools, powder metallurgy parts, MIM components, ceramics and other high-performance materials that must stay contamination-free.
Our systems are offered with working temperatures from 1250°C up to 2000°C, with graphite hot zones designed for sustained high-temperature cycles. The right configuration depends on your material and process.
Standard systems run at 1 x 10-2 mbar with 10-6 mbar available if required, and support vacuum or argon atmospheres to suit the material being processed.
A typical system offers a 900 x 900 x 1200 mm useful working area and 900 kg charge weight, and we customise the working area, hot zone and quench pressures to your exact process.
Yes. Quenching pressures of 6, 10, 12 or 15 bar can be specified depending on the material and cooling rate your process requires.
Yes. The group runs nine vacuum heat treatment units across India, so trials, job work and pilot batches can be arranged alongside your furnace selection process.
Still have questions? Talk to our engineers or request a quotation.