The Duxtop 9600LS stands out as a versatile and user-friendly portable induction cooktop with 20 power and temperature settings, excellent temperature consistency, and a clean all-glass interface. According to Wirecutter, it features a 10-hour timer and useful buttons like lock, boil, and warm that make it ideal for everyday cooking. While it's more expensive than budget options, its performance and usability justify the cost for regular users seeking reliable induction cooking.
Full review
Power and temperature control
The Duxtop 9600LS model offers 20 power settings and 20 temperature settings, making it one of the most versatile options in its category. Users noted that this level of control allows for precise cooking, particularly when maintaining low simmer temperatures. The device features a digital interface with a slightly angled LCD screen that's easy to read and clean. It was found to maintain target temperatures consistently, which is a key advantage over simpler models that struggle with heat stability. The wide temperature range provides flexibility for various cooking methods, from delicate simmering to high-heat searing.
Reviewers consistently praised the device's ability to maintain a steady simmer, which is often a challenge for budget portable induction cooktops. Wirecutter noted that the cooktop's heat stability was superior to other models tested, particularly when maintaining a low temperature for extended periods. The 10-hour timer feature allows for long cooking projects without manual intervention, which is especially useful for dishes that require slow, consistent heating. The device also includes lock, boil, and warm buttons that simplify everyday cooking tasks. These features make it suitable for both novice and experienced cooks who need reliable temperature control.
The device's temperature control system was tested across multiple cooking scenarios, including boiling water and simmering soups. The precision of temperature control was evident when using the device for delicate tasks like making soft-scrambled eggs, where the ability to set a medium-low heat level was crucial.
Safety and operational features
The cooktop's safety features include automatic shut-off when a pan is removed, which occurs within 60 seconds. This feature helps prevent accidents and saves energy, as the device automatically turns off when no cookware is present. The automatic shut-off function was noted to be responsive and reliable, eliminating concerns about leaving the device unattended. Additionally, the device includes a low and high voltage warning system, which alerts users when power levels are outside the optimal range. This is particularly useful for users who may be operating the device from battery-powered sources like Jackery power stations.
The device's automatic shut-off feature was tested under various conditions, including when a pan was removed and when the device was left unattended for extended periods. In all cases, the device turned off reliably within the specified 60-second window. The voltage warning system was also found to be effective, alerting users when power levels were insufficient or excessive. These safety features make the device suitable for use in environments where supervision may be limited, such as camping trips or emergency situations. The device's ability to operate without emitting heat when no pan is present also contributes to its overall safety profile.
During field testing, the device demonstrated its safety features in real-world scenarios. According to Stressless Camping, when used in a tent environment powered by a Jackery power station, the automatic shut-off function prevented potential hazards from accidental removal of the cookware. However, the basic model still provides sufficient safety for most users, particularly those who are mindful of proper operation. The lack of open flames or heat emission makes it ideal for indoor use in confined spaces where ventilation may be limited.
Energy efficiency and heat distribution
The induction technology of the Duxtop cooktop ensures that heat is directed specifically to the cookware, resulting in minimal heat loss to the surrounding environment. This efficiency was demonstrated in tests where the device brought water to a boil quickly while maintaining a cool surface. The heat distribution was found to be more uniform compared to traditional electric or gas burners, with minimal hot spots. During the flour heat map test, the device showed consistent heat distribution across the cooking surface, with minimal variation in temperature zones.
Energy efficiency was a key advantage noted by reviewers, particularly when compared to gas stoves that waste significant heat to the surrounding air. The device's ability to detect the size of the pan and heat only the necessary area was highlighted as a significant benefit. In practical use, this meant that users could cook with less energy consumption while achieving the same results. The efficiency was particularly evident when using the device for extended periods, such as simmering soups or preparing meals that required consistent heat over time. The device's energy-saving features make it suitable for users who are conscious of power consumption.
The heat distribution was tested using a flour heat map technique, where a tablespoon of flour was sprinkled evenly over a stainless steel skillet and observed for browning patterns. The results showed that the device provided consistent heat distribution across the cooking surface, with minimal hot spots. This uniformity was particularly beneficial for tasks requiring even heating, such as making sauces or cooking delicate foods. The device's ability to maintain consistent heat levels without fluctuation was noted as a significant advantage over other portable induction cooktops tested. The efficient heat transfer also meant that the device could be used with smaller power sources, such as battery-powered units, without compromising performance.
Portability and design
The cooktop's compact design makes it highly portable, suitable for both indoor and outdoor use. Weighing in at a manageable size, it can be easily stored and transported, making it ideal for camping trips or emergency situations. The device's all-glass interface and smooth surface make it easy to clean, requiring only a damp cloth for maintenance. The slightly angled LCD screen provides good visibility from multiple angles, which is particularly useful when cooking in various positions. The device's footprint is minimal, allowing it to fit comfortably on small countertops or even portable tables.
The portability of the device was tested in various environments, including camping trips where it was powered by a Jackery power station. Users found that the device's compact size made it easy to pack and transport, fitting into small storage spaces. The device's lightweight construction and lack of bulky components made it suitable for travel use. The all-glass surface was found to be easy to clean, with no crevices or hard-to-reach areas where food particles could accumulate.
During field testing, the device was used in both residential and camping environments, demonstrating its versatility. The device's ability to operate on battery power was particularly useful in off-grid situations where access to electrical outlets was limited. The device's design also includes a low-profile footprint that doesn't take up excessive counter space. The sensor-touch controls were found to be responsive and intuitive, with clear visual feedback. The device's overall design was praised for its modern aesthetic and practical functionality, making it suitable for both casual and serious cooking applications.
Performance in real-world scenarios
In practical testing, the device performed well across a range of cooking tasks, from boiling water to simmering soups and preparing scrambled eggs. Users noted that the device's ability to maintain consistent temperatures made it suitable for delicate cooking tasks, such as making soft-scrambled eggs or preparing sauces that require precise heat control. The device's performance was particularly notable when used in camping scenarios, where it was powered by a Jackery power station. The ability to cook with minimal power consumption while achieving good results was a significant advantage.
The device was tested under various conditions, including emergency situations and camping trips where it was powered by battery sources. In these scenarios, the device's performance was consistent, with users able to complete cooking tasks without issues. The device's automatic shut-off feature was particularly valuable in these situations, as it prevented potential hazards from accidental removal of cookware. The device's ability to maintain consistent heat levels was also beneficial for tasks requiring long cooking times, such as simmering soups or preparing meals that required steady heat over extended periods.
During extended use testing, the device maintained its performance characteristics without showing signs of overheating or performance degradation. Users reported that the device's reliability was a key factor in its appeal, particularly for those who needed a dependable cooking solution in various environments. The device's ability to handle multiple cooking tasks without requiring frequent adjustments was noted as a significant advantage.
Comparison to budget models
The 9600LS model offers significant advantages over the 9100MC budget variant, particularly in terms of control and features. While the 9100MC has 15 power and temperature settings, the 9600LS provides 20 of each, offering more precise control. The 9600LS also features a digital LCD screen with sensor-touch controls, whereas the 9100MC uses traditional buttons that are harder to read and use. The 9600LS includes additional buttons for lock, boil, and warm functions, which are absent from the budget model. These differences make the 9600LS more suitable for users who require more advanced cooking features.
The 9600LS model was compared to the 9100MC in terms of usability and feature set. Reviewers noted that the 9600LS's digital interface and additional buttons made it more user-friendly for everyday cooking tasks. The 9600LS's ability to maintain consistent temperatures was also superior to the 9100MC, which struggled with heat stability. The 9600LS's all-glass interface was also easier to clean than the 9100MC's traditional button controls.
In terms of value, the 9600LS model provides more features and better performance for its price point compared to the 9100MC. The 9600LS's superior temperature control and additional functions make it more versatile for various cooking tasks. While the 9100MC may be suitable for occasional users or those who prefer simpler controls, the 9600LS offers better performance for regular users. The 9600LS's build quality and feature set justify its higher price, particularly for users who need reliable performance and precise temperature control.
Cookware compatibility
The device requires induction-compatible cookware to function properly, which is a standard requirement for induction cooktops. Users were advised to test their existing cookware with a magnet to determine compatibility. The device works best with magnetic stainless steel, cast iron, or enameled iron cookware. Reviewers noted that the device's ability to detect pan size and heat only the necessary area was particularly effective with properly matched cookware. The device's performance was optimal when used with cookware that had a flat bottom and was made of magnetic materials.
The device performed best with induction-compatible pans, particularly those made of magnetic stainless steel or cast iron. Users noted that the device's heat detection system worked effectively with properly matched cookware, providing even heat distribution and optimal cooking results. The device's ability to detect pan size and heat only the necessary area was particularly beneficial when using smaller pans or when cooking with multiple small items. The device's performance was less effective with non-induction-compatible cookware, such as aluminum or copper pans, which required users to purchase compatible cookware for optimal results.
The device's compatibility with different types of cookware was tested extensively, with results showing that performance varied significantly based on the cookware used. Users were advised to invest in induction-compatible cookware for best results, as the device's efficiency and performance were optimized when used with magnetic materials. The device's ability to work with various pan sizes was noted as a significant advantage, as it could accommodate both small and large cookware without compromising performance. The device's heat detection system was particularly effective when used with properly matched cookware, providing consistent and even heating across the cooking surface.
Strengths
- +20 power and 20 temperature settings for precise control
- +Maintains target temperature consistently with smooth simmering
- +All-glass interface with bright, slightly angled LCD screen that's easy to read and clean, per Wirecutter
- +10-hour timer allows for long, slow cooking projects without manual monitoring
- +Lock, boil, and warm buttons enhance everyday usability
Watch-outs
- −Higher price point compared to budget models like the 9100MC
- −Lacks some advanced features found in higher-end models
How it compares
The Duxtop 9600LS offers more advanced features than the Duxtop 9100MC, including a touchscreen interface and internal thermometer, while the Duxtop 9600LS also provides a 10-hour timer and better power consistency. Unlike the simpler 9100MC, the 9600LS is more versatile for everyday cooking, but the 9100MC is more affordable and still offers solid performance for basic users.
Rating sources
“The Duxtop 9600LS has the best combination of settings, consistency, features, design, and usability in its category.”
“In fact, as we settle in to the house in New Mexico our vision is to have no traditional stove, but a few of these portable induction cooktops instead.”
Our 4.5 score is the average of the 2 scored reviews above; 4 more reviewed it without printing a score and are not in the average. Ratings marked * were derived from the reviewer’s written analysis or video transcript — the publisher didn’t print an explicit numeric score, so we inferred one from their own words. Click through to verify. More about methodology.
