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VACUUM: 760 mmHg | 200°C
PLC 21 CFR Part 11
GMP Model Stainless Steel Precision Laboratory Vacuum Oven (TI-VO Series)
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Vacuum Range up to 760 mmHg (1013 mbar / 1x10⁻² mbar)
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Direct Sheathed Conductive Shelf Heating with PID / PLC Control
TEMPO INSTRUMENTS • PRECISION THERMAL VACUUM DRYING SYSTEMS
(52 Technical Reviews)
GMP Model Stainless Steel Vacuum Oven
Model / Reference:
TI-VO-GMP-122L-PLC
Factory Helium Leak Tested
The Tempo Instruments Precision Laboratory Vacuum Oven is designed for moisture removal, solvent evaporation, and heat-sensitive material drying under reduced atmospheric pressure. Heavy SS 316 hermetically sealed vacuum chamber with high-grade silicone gasket door, toughened safety viewing window, direct conductive shelf heating, and optional 7-inch color touchscreen PLC with 21 CFR Part 11 audit compliance.
Validation Packages & Auxiliary Hardware
Add mandatory validation documentation, vacuum pumps, and cold traps for your facility.
Validation
Factory Ready
IQ, OQ & PQ Validation Documentation
Full operational qualification binder with calibrated PT-100 temperature and Pirani vacuum gauge trace certificates.
Pump Unit
Heavy Duty
Rotary Vane / PTFE Diaphragm Vacuum Pump
Direct-drive oil-sealed double-stage rotary pump or chemically resistant PTFE diaphragm pump for solvents.
Solvent Recovery
Sub-Zero
Sub-Zero Refrigerated Cold Trap Condenser
Protects the vacuum pump by trapping evaporated solvent vapors at temperatures down to -40°C.
Low-Temperature Vacuum Evaporation & Drying Technology
TEMPO Instruments Vacuum Ovens enable rapid drying of active pharmaceutical ingredients (APIs), heat-sensitive organic compounds, electronic components, and powder samples by reducing the boiling point of liquids under high vacuum conditions up to 760 mmHg.
Operating Performance Limits
Max Vacuum Pressure:
760 mmHg (1013 mbar / 1x10⁻² mbar)
Temperature Control Range:
Ambient + 5°C to 200°C / 250°C
Temperature Uniformity:
± 1.5°C across all trays
Vacuum Leakage Rate:
< 0.01 mbar·l/s (Helium Tested)
Industry Applications
- • Pharmaceutical & API: Solvent removal from thermolabile drugs without oxidation
- • Battery & Chemical: Electrodes & lithium powder drying in inert gas atmosphere
- • Electronics & Optics: Outgassing semiconductor wafers and optical lenses
- • Research & Testing: Moisture determination in food, polymers, and catalysts
Vacuum Seal Architecture & Heating Mechanics
Constructed with heavy gauge SS 316 / SS 304 argon-welded vacuum chambers supported by high-grade silicone perimeter gaskets and a toughened glass viewing window door. Heat is transferred via direct conductive contact aluminum or stainless steel shelves equipped with independent sheathed heaters driven by phase-angle SCR drives.
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