Whether you’re a pizza lover feeding your family on weekends or running a pizza business, having the Best Infrared Thermometer For Pizza Oven is crucial to make crispy, flavorful pies every time.
When choosing an infrared thermometer specifically designed for baking temperatures, you’ll want to consider accuracy, distance to target, range, and ease of use.
In this article, we’ll break down the top infrared thermometers for pizza ovens based on these factors.
After reading, you’ll be ready to purchase the Best Infrared Thermometer For Pizza Oven that meets your specific needs for perfecting your pizza-baking technique and reproducing ideal cooking temperatures to make the pizza of your dreams.
Our best infrared thermometers for pizza oven will have you delivering delicious pies your customers will rave about.
What Is An Infrared Thermometer And How Does It Work?
An infrared thermometer is a non-contact device that detects infrared radiation emitted by an object or substance to measure its surface temperature.
They work by detecting the infrared radiation – a form of light invisible to the human eye – radiated from an object.
The thermometer has a sensor that measures this infrared radiation and converts it to a temperature reading.
Because infrared thermometers measure the surface temperature of an object, they obtain accurate readings quickly without having to come into physical contact with the object.
They are useful for measuring temperatures of things that are hard to touch, hot or dangerous like outdoor equipment, engines, stoves and more.

Buying Guide About Infrared Thermometers For Pizza Oven
When buying an Infrared thermometer For a pizza oven, consider some Key Factors:
•Accuracy – Look for an infrared thermometer that is accurate to 2 degrees Fahrenheit or better. This will ensure precise temperature readings.
•Measurement distance – Consider the distance from which the infrared thermometer can accurately take readings. Shorter distance options provide more control.
•Temperature range – Make sure the infrared thermometer can measure temperatures from at least 300 to 1000 degrees Fahrenheit to cover the baking range of most pizza ovens.
•Display resolution – Higher resolution displays (0.1 degree vs 1 degree increments) provide more accurate temperature readings.
•Response time – A fast response time (under 1 second) allows you to quickly check oven and pizza surface temperatures between adjustments.
•Ease of use – Simple, intuitive models are best, with large targets spots for easy aiming.
•Durability – Stainless steel and high heat resistant casing ensures longevity.
5 Best Infrared Thermometer For Pizza Oven in 2023
Products | Images | Our Rating (5*) | Check Price |
---|---|---|---|
Gozney Infrared Thermometer | ![]() | 4.8* (Cheapest) | Check Price |
Fluke 62 MAX IR Thermometer | ![]() | 4.8* (Best Seller) | Check Price |
Ooni Infrared Thermometer | ![]() | 4.7* | Check Price |
Klein Tools IR5 Dual Laser Thermometer | ![]() | 4.6* (Best For Average User) | Check Price |
Etekcity 1022D Infrared Thermometer | ![]() | 4.9* (Best Choice) | Check Price |
1. Gozney Infrared Thermometer
The Gozney Infrared Thermometer stands out for its beautiful dark green and black color. It has soft-touch material for comfortable handling.
This unit is user friendly and precise, ensuring the accurate temperature reading of a cast iron pan to sear a perfect steak. Its broad -58°F to 1022°F temperature range allows it to read from any surface.
The LED screen has a blue backlight that is easier on the eyes. It supports taking continuous temperature readings without wasting time. Measurements are held so you don’t have to memorize them.
A 9V battery powers this sturdy temp gun. There’s no ON/OFF button for one-hand measurement. So if you want a premium looking thermometer that stands out, the Gozney Infrared Thermometer is a gorgeous option.
Pros
• Beautiful design with dark green and black colors
• Soft-touch material for comfortable handling
• Precise and accurate temperature readings
• Wide -58°F to 1022°F temperature range
• Blue backlit LED screen that is easy on the eyes
• Takes continuous temperature readings easily
Cons
• 9V battery installation can be tricky
• Battery life could be better with the automatic shutoff
• No ON/OFF button may be inconvenient for some
2. Fluke 62 MAX IR Thermometer
The Fluke 62 Max is the best heavy-duty infrared thermometer for measuring temperatures in cooking, industrial and electrical applications.
It has a wide -22 to 932 degrees F temperature range and fast <500ms response time for instant readings.
The accuracy of ±1.5% and adjustable emissivity between 0.1 – 1 allow it to measure any material surface.
Its 10:1 distance-to-spot ratio lets you measure from a safe distance. The IP54 rating makes it resistant to dust and splash.
Pros
• Wide temperature range
• Fast, accurate readings
• Adjustable emissivity
• High 10:1 distance-to-spot ratio
• Resistant to dust and water
Cons
• Some may find it expensive
• Limited 3-year warranty
3. Ooni Infrared Thermometer
Ooni Infrared Thermometer is the best infrared thermometer for pizza ovens. It has a wide temperature range from -32°C to 600°C, a large backlit display, and an advanced laser for precise readings.
It’s lightweight and easy to use. The wide temperature range ensures you can perfectly measure the heat of your pizza oven’s base to bake extra crispy-crusted pizzas.
The laser pointer accurately pinpoints what area you want to measure. It comes with batteries ready for immediate use.
You pay a premium price but get a product offering total peace of mind versus cheap inconsistent alternatives.
Pros
•Wide temperature range from -32°C to 600°C
•Large clear backlit display
•Advanced laser pointer for precise readings
•Lightweight and easy to use
•Accurate results gives confident pizza baking
•Comes with batteries ready to use
Cons
•Somewhat expensive compared to other options
4. Klein Tools IR5 Dual Laser Thermometer
This laser temperature gun delivers the most accurate readings among other thermometers with a precision of +1.5% and wide temperature range of -50°C to 800°C.
The built-in laser guides precise aiming for surface temperature measurement while the 12:1 distance spot ratio ensures correct readings.
It measures ambient, surface and dew point temperatures essential for making the perfect pizza.
The UV light, backlight, low battery indicator and alarms enhance usability.
The compact and portable design lets you easily stick this versatile thermometer on your belt or pocket while cooking.
Though not specifically designed for pizza ovens, it still offers reliable temperature readings and multiple measurement functions to help you bake the best pizza through accurate temperature monitoring.
Pros
• Accurate readings within 1.5% accuracy
• Wide temperature range from -50 to 800 degrees
• Built-in laser for precise aiming
• Compact and portable design
• Comes with UV light, backlight, and alarm
• Measures ambient, surface and dew point temps
Cons
• Not specifically designed for pizza ovens
5. Etekcity 1022D Infrared Thermometer
The Etekcity 1022D Infrared Thermometer beats hype with speed, accuracy and tech. Its wide -58 to 1022°F range and dual unit LCD display lets you cook with ease.
The quick 500ms response time and advanced dual laser targeting guide precise measurements, preventing burnt food.
Top notch engineering offers Industry-leading 36:1 distance-to-spot ratio for safe measurements up to 36cm away.
This model boasts the longest battery life with auto-off function and low battery indicator. Accuracy of ±2°C lacks behind the Fluke but still handles pizza oven needs well.
The LCD sometimes fades under bright conditions, my only concern. Else, next-gen dual laser technology provides higher precision than single lasers.
The adjustable 0.1 – 1.0 emissivity lets you read different material temps, beyond just pizzas.
Overall, Etekcity 1022D ranks among the best for value. It matches the Fluke 62 Max features at a budget, making it the top-chefs pick infrared thermometer for pizzas.
Fast response time of 500ms detects temperature swings in real-time to avoid crust burnouts.
Pros
• Wide temperature range from -58 to 1022°F with dual units on LCD
• Quick 500ms response time prevents burnt food
• Advanced dual laser targeting for accurate measurements
• Industry-leading 36:1 distance-to-spot ratio for safe readings up to 36cm away
• Long battery life with auto-off function and low battery indicator
• Adjustable 0.1 – 1.0 emissivity for reading different material temps
• Competitive price compared to the Fluke 62 Max
Cons
• LCD sometimes fades under bright conditions
• Accuracy of ±2°C is a few degrees less than the Fluke
• Not designed for measuring human temps
Why Is An Infrared Thermometer Important For Pizza Ovens?
Infrared thermometers offer several key benefits for baking pizza:
- Accuracy – They can accurately measure the surface temperature of the oven or pizza, which is crucial for achieving optimal cooking results. Convection oven thermometers often provide inaccurate readings.
- Non-contact measurements – Infrared thermometers allow you to take temperature readings from a distance without disrupting the oven environment or removing the pizza. This ensures a more stable baking temperature.
- Fast readings – They provide instantaneous temperature readings, allowing you to quickly monitor and adjust the oven temperature as needed between pies.
- Consistency – Using an infrared thermometer helps you reproduce ideal baking temperatures each time, ensuring consistency across batches of pizza. This is important for restaurants and businesses.
- Breadth of measurement range – Many infrared thermometers can measure temperatures from about -30 to 1000°F (-35 to 540°C), covering the range needed for pizza ovens.
In summary, infrared thermometers offer greater accuracy, non-contact use, fast readings, consistency and a wide measurement range – all of which are valuable for optimizing the baking process in pizza ovens and improving the end results.

How Accurate Are Infrared Thermometers?
Infrared thermometers are generally very accurate if used properly. They can measure temperatures accurately to within plus or minus 1-2 degrees Celsius depending on the model.
Some factors that influence their accuracy include the distance from the object, the angle of measurement, surface reflections, and object emissivity.
It is important to follow the manufacturer’s directions for the optimum distance and angle as well as select the correct emissivity setting for accurate readings.
Higher end infrared thermometers typically have multiple emissivity settings and are more accurate than cheaper models. With proper use, infrared thermometers can provide accurate, repeatable temperature readings.
What Are The Types Of Infrared Thermometers?
There are several main types of infrared thermometers:
Spot – These measure the temperature of a small area. They have a narrow angle of measurement, usually less than 5 degrees. They are useful for taking precise readings of small targets.
Scanning – Scanning infrared thermometers have wider angles of measurement, often up to 45 degrees. They can scan across an area and provide a temperature range. They are useful for surveying large surfaces quickly.
Non-contact – All infrared thermometers are technically non-contact as they measure surface temperatures from a distance.
Industrial – These are infrared thermometers designed to be used in more demanding industrial environments. They are often more rugged and accurate than consumer models.
Dual Laser – Some infrared thermometers have dual lasers – one for aiming and one for measurement distance indication. This helps ensure more accurate readings.
Thermal Imagers – These provide visual thermal images of objects in addition to temperature readings. They can detect temperature differences and “hot spots.”
In summary, there are a variety of infrared thermometer types that differ mainly in their features, angle of measurement, and intended use. The type chosen depends on the specific application and desired accuracy.
What Factors Can Cause Errors In Infrared Thermometer Readings?
There are several factors that can cause errors in infrared thermometer readings:
• Distance from the target – Readings are most accurate when the thermometer is held at the optimum distance specified by the manufacturer. Measurements from farther or closer can produce errors.
• Angle of measurement – The thermometer should be aimed directly at the target object perpendicular to its surface for best accuracy. Angles up to 30 degrees can still give reasonable results.
• Emissivity setting – The thermometer must be set to the correct emissivity of the target material for accurate readings. Most have multiple emissivity settings.
• Surface conditions – Shiny, reflective surfaces can reduce accuracy by reflecting non-infrared light back to the sensor. Dirty or oxidized surfaces also affect readings.
• Temperature extremes – Most infrared thermometers are least accurate at very high or very low temperatures.
• Model quality – Cheaper infrared thermometers tend to have less accuracy than higher-end models.
Following the manufacturer’s guidelines and choosing a suitable infrared thermometer model can minimize measurement errors.

What Is The Difference Between Laser And Non-laser Infrared Thermometers?
Infrared thermometers are a versatile tool for non-contact temperature measurement.
They work by detecting infrared radiation emitted by an object and converting it to a temperature reading.
While accuracy depends on factors like distance, angle and emissivity setting, infrared thermometers provide quick measurements of hard-to-reach or hazardous objects.
Both laser and non-laser models are available. Laser thermometers tend to give more precise readings due to their integrated laser for targeting.
Infrared thermometers allow temperature detection where traditional contact thermometers cannot reach, making them useful for many industrial and commercial applications.
With proper use, they can deliver accurate and repeatable temperature readings.
Conclusion
After reviewing several options, any of the infrared thermometers mentioned would make a good choice for use with a pizza oven.
The Gozney and Ooni thermometers are designed specifically for pizza ovens, with features like dual lasers, high temperature ranges, and emissivity settings for stone and metal surfaces.
The Fluke and Klein thermometers are more general-purpose infrared thermometers but still offer high accuracy, wide temperature ranges, and dual laser pointers for precise aiming.
While all infrared thermometers work basically the same, the features and quality of the model can vary.
For the best results with a pizza oven, look for an infrared thermometer with a high maximum temperature of at least 1000°F, dual laser targeting, and separate emissivity settings for stone and metal surfaces.
Any of the options mentioned would fit the bill as the Best Infrared Thermometer For Pizza Oven in 2023, able to accurately measure the crucial stone temperature needed for perfect crusts.
Choose the model that best matches your specific needs and budget.
FAQs
What temperature should a pizza oven be?
A pizza oven needs to reach at least 700°F and up to 1000°F for normal baking. An infrared thermometer is essential to ensure the stone or baking surface reaches the optimal temperature for cooking dough quickly and evenly.
What parts of a pizza oven need to be measured?
The most important area to measure is the baking stone or deck. However, the roof and airspace can also be checked to ensure even heat distribution.
How often should I check the temperature?
The temperature in a pizza oven can fluctuate, so it’s recommended to check it at least twice during the preheat and then periodically every 5-10 minutes of baking.
Does emissivity matter?
Emissivity settings are critical for accurate readings on different materials. Stone has a lower emissivity around 0.93 while steel is around 0.95. The thermometer must be set to the correct emissivity for the surface being measured.
Do infrared thermometers work on dark surfaces?
Yes, infrared thermometers work by detecting infrared radiation, not visible light. They can accurately read temperatures of dark surfaces like stone and brick that emit infrared light.
What is the best temperature range for a pizza oven thermometer?
A good guideline is to look for an infrared thermometer with a minimum temperature range up to 1000°F/538°C to handle the high temperatures inside a pizza oven and provide a sufficient buffer.

Since a young age, my love for pizza has only grown stronger. As a writer, I am dedicated my career to exploring the art behind a perfect pie. From the crisp crunch of the crust to the perfect blend of savory sauce and gooey cheese, I dedicated to captures the essence of what makes pizza so beloved. With each article, I hopes to inspire others to share in my passion for this timeless dish.