Woks / VOSAREA
Stainless Steel

VOSAREA Woks

These heavy-duty stainless steel pans feature a traditional round bottom for authentic stir-fry movement. The stay-cool handle ensures comfortable handling over gas, electric, or induction heat

Editor’s pick
In short

Stay-Cool Handle

The handle remains comfortable to touch during high-heat cooking sessions.

Round Bottom Profile

The traditional shape is ideal for tossing and stirring ingredients.

Multi-Stove Compatibility

This pan works on induction, electric, and gas stovetops.

Products

1 wok in this lineup

About this lineup

Heavy Duty Stainless Steel

These 12 in woks are built for versatility across different heat sources including gas and induction. The heavy-duty stainless steel construction provides a durable surface for daily home cooking.

  • Heavy duty stainless steel
  • 12 in cooking surface
  • Round bottom design
  • Stay-cool handle technology
  • Induction ready base
  • Gas and electric compatible
Designed around

Traditional Shape

The round bottom is designed for those who prefer classic stir-fry techniques.

Material Durability

The stainless steel build is resistant to wear and suitable for heavy-duty use.

Universal Fit

These models are engineered to perform on induction, electric, and gas stoves.

Safe Handling

The integrated handle is designed to stay cool even when the pan is hot.

Voices

First-hand notes

Willie 4.9

The round bottom works perfectly on my gas range for authentic stir-frying.

Benjamin 4.5

The stainless steel is very heavy duty and feels like it will last a long time.

Mason 5.0

I can use this on my induction burner without any issues despite the traditional shape.

Before you buy

VOSAREA Questions

What is the size of this wok?

This is a 12 in round bottom cooking pan.

What stove types can I use?

It is compatible with induction, electric, and gas stoves.

What is the pan made of?

The wok is constructed from heavy-duty stainless steel.

Does the handle get hot?

This model features a stay-cool handle for safer operation.