Quincy 10GC Bi-Metal Gravity Convection Oven 14″ W x 17″ H 0.7 cu ft

Description

Product Overview

The Quincy 10GC Bi-Metal Gravity Convection Oven is engineered for precise temperature regulation and uniform heat distribution in demanding laboratory environments. Measuring 14 inches in width, 17 inches in height, and 12 inches in depth, the unit occupies a minimal footprint while delivering a usable interior volume of 0.7 cubic feet. Powered by a 600‑watt heating element, the oven reaches and maintains set temperatures quickly, reducing cycle times for sample preparation, drying, and heat‑treatment processes. The bi‑metal construction combines the durability of metal with the thermal efficiency of a gravity‑driven convection system, ensuring consistent airflow without the need for complex fan assemblies. All components are designed for easy cleaning and long‑term reliability, making the 10GC a trusted choice for research labs, quality‑control facilities, and educational institutions.

Usage

This convection oven excels in a variety of laboratory scenarios. It is ideal for drying analytical samples, curing polymer coatings, performing heat‑sensitive reactions, and sterilizing small batches of equipment. The compact size allows placement on standard lab benches, in fume hoods, or within temperature‑controlled cabinets. Users benefit from the simple digital control panel that offers temperature settings from ambient up to 250 °F, with an accuracy of ±2 °F. The oven’s low vibration and quiet operation make it suitable for environments where noise and disturbance must be minimized, such as microscopy rooms or precision instrumentation labs. Its 0.7 cu ft capacity accommodates trays, petri dishes, and small containers, providing flexibility for diverse experimental protocols.

Why Choose Us

Choosing the Quincy 10GC means selecting a product backed by decades of expertise in laboratory equipment manufacturing. Quincy’s commitment to quality is reflected in rigorous testing, ISO‑9001 certified processes, and a reputation for delivering reliable instruments that meet stringent scientific standards. The bi‑metal gravity convection design eliminates the need for mechanical fans, reducing maintenance requirements and extending the service life of the oven. Each unit undergoes a comprehensive performance verification before shipment, ensuring that temperature uniformity and safety features meet or exceed industry expectations. Additionally, Quincy provides responsive technical support, a one‑year limited warranty, and access to replacement parts, giving customers confidence in long‑term operation.

Key Features

• Bi‑metal gravity convection system delivers even heat without fan noise
• 600 W heating element provides rapid temperature rise and stable hold
• Compact 14 W × 17 H footprint fits on crowded lab benches
• 0.7 cu ft interior accommodates trays, dishes, and small containers
• Dedicated customer support and one‑year warranty ensure peace of mind

FAQ

What temperature range can the Quincy 10GC achieve?

The oven can be set from ambient temperature up to 250 °F, with an accuracy of ±2 °F, suitable for most laboratory drying and heat‑treatment applications.

Is the oven suitable for use inside a fume hood?

Yes, the compact dimensions and low heat emission make the 10GC safe to operate inside standard fume hoods, provided adequate ventilation is maintained.

How do I clean the interior of the oven?

The interior is lined with a smooth, non‑porous coating that can be wiped with a mild detergent and a soft cloth. For stubborn residues, a brief warm water soak followed by thorough drying is recommended.

What warranty and service options are available?

Quincy offers a one‑year limited warranty covering parts and workmanship. Technical support is available via phone or email, and replacement parts can be ordered directly through authorized distributors.

Can the oven be used for sterilization of small tools?

While the oven provides dry heat, it is not a substitute for autoclave sterilization. It can be used for low‑temperature sterilization of heat‑stable items, but users should follow appropriate validation protocols.