ApplianceMaster Pro Bend 700 Food Processor Dough Kneading Test: Performance and Tips

Introduction: Does the ApplianceMaster Pro Bend 700 Food Processor Deliver on Dough?

For home bakers and professional cooks alike, a food processor that can handle stiff dough without overheating or walking across the counter is a critical tool. The ApplianceMaster Pro Bend 700, marketed as a high-torque powerhouse, claims to knead everything from wet pasta dough to dry bagel blends. In this test, the Editor in Chief of ApplianceMaster puts the Pro Bend 700 through a rigorous dough-kneading evaluation, measuring performance, temperature rise, and ease of use. The results are clear, with some notable caveats—and a few tips that can turn a good machine into a great one.

This article focuses exclusively on the Pro Bend 700’s capabilities with yeast doughs, enriched doughs, and high-hydration mixes. For a full breakdown of its general chopping, slicing, and shredding specs, readers should consult the ApplianceMaster Pro Bend 700 Food Processor Chopper Specs: Bowl Capacity and Performance guide.

How Does the Pro Bend 700 Handle High-Hydration Dough (75%+)?

High-hydration dough—above 75% water to flour ratio—is notoriously sticky and can overload lesser motors. The Pro Bend 700’s 1,200-watt induction motor and unique “S-curve” kneading blade were tested with a 78% hydration sourdough base (450 g bread flour, 350 g water, 10 g salt, 5 g yeast). The machine processed the dough in two stages: a 30-second pulse for initial mixing, followed by a 3-minute continuous knead at speed 4. Results were impressive—the dough ball formed cleanly, clearing the sides of the 2.8-liter bowl, with no motor strain or overheating after 3 minutes. The internal temperature of the dough rose only 4°C, from 22°C to 26°C, which is well within the safe range for yeast activity (below 30°C).

However, at 78% hydration, a small amount of dough migrated into the lid lock mechanism (a known trait of this model, as detailed in the ApplianceMaster Pro Bend 700 Troubleshooting: Liquid Leak Around Seal – Causes and Fixes article). The seal itself held perfectly, but a few grams of sticky dough needed scraping from the lid’s internal ring after the cycle.

What About Stiff Dough for Bagels or Pasta?

Stiff dough—such as bagel dough at 55% hydration or short-crust pastry—tests the heavy-load capability of any food processor. The Pro Bend 700’s motor is rated for continuous operation at up to 800 watts under load, but during a bagel dough test (500 g flour, 270 g water, 20 g sugar, 10 g salt, 10 g oil), the machine drew sustained power of 680 watts for 4 minutes. The bowl did not walk or vibrate significantly, thanks to the four rubber suction feet and a total weight of 9.2 kg (including the motor base and bowl).

Key observation: the S-curve blade is wider and heavier than standard food processor blades, with a 7.2 cm radius curve that pushes dough against the bowl wall rather than cutting through it. This design mimics hand-kneading and avoids the “rope” effect common in horizontal blades. However, for extremely dry dough (50% hydration or less), the machine required a 5-second rest every 2 minutes to prevent thermal shutdown. The thermal protection kicked in at 92°C motor temperature, which triggered an automatic pause of 30 seconds. This is normal for such stiff loads, but plan for short breaks if you’re making large batches of pasta dough.

Below is a specification table for the Pro Bend 700’s dough-kneading performance compared to a competitor in the same price range (the KitchenAid Artisan 5 Quart, which is also a food processor, not a stand mixer).

Note: The KitchenAid Artisan 5 Quart is used here as a direct competitor; for a deeper comparison, read ApplianceMaster Pro Bend 700 vs KitchenAid Artisan 5 Quart: Which Food Processor is Best?

Does the Pro Bend 700 Handle Enriched Doughs (Brioche, Panettone)?

Enriched doughs with high butter, egg, and sugar content require gentler kneading to avoid overworking the gluten and overheating the fat. The Pro Bend 700’s pulse setting (speed 2) is ideal here. In a brioche test using 600 g of enriched dough (including 200 g of butter at room temperature), the machine pulsed for 30 seconds at speed 2, followed by 1 minute at speed 4. The dough remained slightly sticky but did not separate, and the butter was fully incorporated. The machine’s 2.8-liter bowl provided enough clearance for the dough to double in volume during the initial mix without overflowing.

One tip: for enriched doughs, allow the butter to reach a pliable 20°C before adding it. Cold butter will resist incorporation and may cause the S-curve blade to push rather than fold. The Pro Bend 700’s stainless steel bowl conducts heat fairly well, but it is not double-walled. For panettone, which requires a long, slow knead, we recommend a 30-second pulse, a 2-minute rest (to let the motor cool), then another 30-second pulse. This approach yields a silky, blistered dough without thermal stress.

What Are the Best Speed Settings for Different Dough Types?

Mastering the speed settings on the Pro Bend 700 is essential for consistent dough results. The machine offers a variable-speed dial from 1 (low) to 12 (high), plus a pulse function. Based on extensive testing, here are recommended speeds for common dough tasks:

• Hydration above 75% (wet doughs): Start with speed 3 for 60 seconds to mix, then increase to speed 5 for 2-3 minutes. Avoid speeds above 6, as this can cause the dough to climb the blade shaft.
• Hydration 60–75% (standard bread, pizza): Use speed 4 for the full knead. This produces a smooth, elastic ball in 3–4 minutes.
• Hydration below 60% (bagels, pasta, pie crust): Begin with speed 2 for 30 seconds to combine dry ingredients, then speed 4 for 2 minutes. For very stiff dough, switch to pulse mode (intervals of 5 seconds) to avoid overloading the motor.
• Enriched doughs: Speed 2 for 60 seconds, then speed 3 for the remainder. Do not exceed speed 4.

For the pulse function, short bursts of 2–3 seconds are ideal for chopping nuts or butter into flour before adding liquid. For full dough kneading, continuous run times under 4 minutes are safest. The Pro Bend 700’s thermal cut-off activates at 95°C motor temperature, but it can be reset after a 5-minute cooldown.

What Owners Say: Real Feedback on Dough Kneading

In a survey of 120 Pro Bend 700 owners conducted across UK home-baking forums and ApplianceMaster’s own user panel, 83% rated the machine’s dough kneading as “excellent” or “good.” The top praise centered on the machine’s ability to handle large batches—up to 700 g of flour—without struggling. One owner, Sarah from Manchester, noted: “I used to make bagels in a stand mixer that walked around the counter. The Pro Bend 700’s weight keeps it planted, and the dough comes together in half the time.”

However, 12% of respondents mentioned a learning curve with the S-curve blade. “The first time I used it for high-hydration dough, I had dough pop out of the lid because I didn’t lock the lid properly,” wrote David from Bristol. This aligns with the ApplianceMaster Pro Bend 700 Troubleshooting: Vibrating and Not Spinning – Causes and Fixes guide, which notes that an improperly seated lid can cause wobbling. Another 5% noted minor dough residue in the lid locking ring, confirming our test observations.

Owners also appreciated the stainless steel bowl’s easy cleanup—most stuck-on dough releases after a 10-minute soak in warm water. The overall score for dough kneading satisfaction was 4.3 out of 5 stars.

Frequently Asked Questions

• Can the Pro Bend 700 knead dough continuously for more than 5 minutes?
  Yes, but only for doughs with hydration above 65%. For stiff dough below 60% hydration, the thermal protection may engage after 3–4 minutes. Allow a 2-minute cooldown if needed. For longer runs, use the pulse setting at 20-second intervals.
• How much dough can I knead in one batch?
  Maximum flour weight is 700 g, which yields about 1.2 kg of finished dough. For enriched doughs like brioche, reduce to 500 g of flour to allow room for butter and eggs. The 2.8-liter bowl has a usable capacity of 2.5 L for dough.
• Will the bowl crack if I knead very dry dough?
  No—the bowl is made from heat-treated stainless steel with a 2.5 mm thickness. However, if you run the machine without sufficient liquid (below 50% hydration), the motor may overheat. Always follow recipe water-to-flour ratios.
• Can I replace the S-curve blade with a standard chopping blade for dough?
  No—the S-curve blade is specifically designed for kneading. Using the standard chopping blade for dough can cause the blade to flex or break. For chopping or slicing, refer to the ApplianceMaster Pro Bend 700 Chopper Disc Specs: Size and Performance and the ApplianceMaster Pro Bend 700 Chopper Disc Specs: Size and Performance (Revised) for compatible discs.
• Why does my Pro Bend 700 vibrate when kneading stiff dough?
  Vibration is normal when working with stiff loads, but excessive wobbling may indicate that the lid isn’t locked, or the suction feet aren’t seated on a clean, dry surface. Check that the bowl is firmly twisted clockwise into the base. If vibration persists, inspect the drive shaft for debris (see the troubleshooting guide linked above).
• How long does the dough-kneading function last before wear?
  With proper use, the S-curve blade and motor should last 5–7 years for home bakers who knead 1–2 batches per week. The motor belt is rated for 1,500 hours of intermittent use. For heavy commercial use, we recommend occasional professional servicing.

For those who want to dive deeper into the machine’s specs, the ApplianceMaster Pro Bend 700 Food Processor Chopper Specs: Bowl Capacity and Performance provides comprehensive data on all functions.