The Wincom Vacuum Incubator (also utilized as a Vacuum Drying Chamber) is a specialized laboratory instrument engineered for processing heat-sensitive, easily oxidizable, or complex geometric samples under tight vacuum pressures. By removing atmospheric air from the airtight chamber, it significantly lowers the boiling point of liquids, allowing for rapid evaporation and incubation at much lower temperatures. Forged with heavy-gauge steel and advanced thermal controls, this equipment is an indispensable asset for vacuum drying, powder conditioning, component degassing, and anaerobic microbial studies.

Technical Specifications

• Equipment Type: High-Precision Laboratory Vacuum Incubator / Oven

• Temperature Control Range: Ambient +10°C to 200°C (or higher depending on specific model configurations)

• Temperature Uniformity & Stability: High-precision distribution within ±1.0°C managed by multi-surface heating

• Vacuum Range: 133 Pa (1 mmHg) down to deep vacuum levels, displaying real-time analog or digital pressure gauges

• Internal Chamber Material: Heavy-duty, corrosion-resistant SUS304 stainless steel reinforced to withstand high vacuum forces

• Exterior Shell Construction: High-quality cold-rolled steel treated with an anti-bacterial powder coating

• Observation Window: Double-layered bulletproof tempered safety glass with a protective polycarbonate shield

• Controller Interface: Intelligent microprocessor PID controller with a clear digital LCD setup tracking time and heat

• Gas Inlet Valve: Integrated needle valve for controlled purging of inert gases (such as Nitrogen or Argon) into the chamber

Key Features

• Lowered Boiling Point Processing: By reducing the internal chamber pressure, fluid components boil off rapidly at safer, lower temperatures, preventing thermal degradation of delicate biochemical samples.

• Oxidation-Free Environment: Eliminates atmospheric oxygen completely during the heating loop, protecting sensitive chemical powders, organic compounds, and metal elements from surface oxidation or scaling.

• Multi-Surface Direct Heating: Outfitted with advanced heating elements wrapped around the internal structural jacket, ensuring rapid, balanced heat conduction directly to the aluminum shelves without relying on air convection.

• Heavy Reinforced Glass Observation: Designed with an extra-thick, dual-pane tempered safety glass window that provides a clear view of sample states while comfortably absorbing massive inward pressure forces.

• Precise Inert Gas Purging Valve: Equipped with a fine-tune needle inlet valve that allows technicians to introduce non-reactive gases safely, creating a customized, ultra-pure atmosphere for specialized testing.

Primary Applications

• Heat-Sensitive Sample Drying: Safely removing volatile solvents or water molecules from delicate herbal extracts, proteins, and pharmaceutical powders without burning them.

• Degassing and Air Bubble Removal: Eliminating microscopic air pockets and trapped gases from polymers, epoxies, resins, and electronic semiconductor components before curing.

• Anaerobic Cultivation and Incubation: Providing a zero-oxygen, low-pressure nesting footprint to grow and analyze anaerobic microorganisms and oxygen-intolerant cultures.

• Aerospace and Material Testing: Simulating high-altitude or near-vacuum environmental stress matrices to evaluate the endurance of specialized materials and industrial coatings.