GDP Autoclave Uniclave Digital (Mini) 10 ltr

Availability : In stock

Brand : GDP

The GDP Uniclave Digital Mini 10 Ltr is a compact and efficient autoclave designed for dental and clinical sterilization needs. Manufactured by Dibya Industries under the GDP brand, this autoclave offers a blend of reliability and affordability.

₹ 16,000 ₹ 19,000 16% off

A Fully Automatic Bench type vertical autoclave, compact, suitable for all clinics.
Easy to operate without hassles. Fully automatic, indigenous designed having electronically controlled panel with programmable integrated circuit chip.
Its energy saving heater is automatically switched off and on to maintain the pressure inside the vessel.
Pressure sensing is done directly through Motorola pressure sensor.
Body is made of aluminum sheet with no joints. The handles and release valve knob and housing is made of special grade nylon material for better grip and heat resistance.
Digital Display Of Cycle Parameters ( Cycle Info,Time,Real Time Pressure)

Packaging

1 Autoclave

Key Specifications

Fully Automatic Operation: Designed for ease of use with minimal manual intervention.
Energy-Efficient: Advanced heater control system that automatically switches off and on to maintain the desired pressure inside the vessel.
Compact Design: Space-saving top-loading autoclave suitable for small clinics and dental setups.
Durable Construction: Made with high-quality materials to ensure longevity and consistent performance.
Capacity: 10 Liters
Chamber Dimensions: Diameter 22 cm, Depth 26.7 cm
Overall Dimensions: 39.5 x 35.5 x 29.5 cm
Power Consumption: 1 kW, 220V/50Hz
Cycle Time: Approximately 18 minutes at 121°C and 15 PSI
Sterilization Drum: 8" x 8"
Material: Aluminum body with jointless construction; handles and release valve made of special-grade nylon for better grip and heat resistance
Pressure Sensor: Motorola pressure sensor for accurate pressure control
Control Panel: Digitally controlled with programmable integrated circuit chip
Display: Digital display showing cycle information, time, and real-time pressure