Planetary Mixer

Planetary Mixer Specification

Temperature Range
Ambient to 200C

Capacity
10 Litres

Accuracy
1%

Power Source
Electric

Core Components
Mixing Bowl, Beater, Whisk, Motor

Frequency
50 Hz

Measurement Range
Up to 10 Litres

Model No
PMX-10

Voltage
220-240V

Automation Grade
Semi Automatic

Feature
High Torque, Variable Speed, Easy Cleaning

Equipment Materials
Stainless Steel (Food Grade)

Type
Planetary Mixer

Usage
Commercial Bakery, Food Processing

Display Type
Analog

Dimension (L*W*H)
600mm x 450mm x 1200mm

Weight
Approx 90 Kg

Planetary Mixer Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
1 Week

About Planetary Mixer

BTP287 PLANETARY MIXER: - The mixer is made with all the contact parts, namely the vessels, shaft, blades etc. in 18 gauge quality 304 grade non-magnetic highly polished SS. The mixer has three speeds through a sturdy gear box. The entire body and frame is made of cast iron. The unit is provided a mechanical device to lower up and down the bowl type SS vessel, mounted on a trolley. Mixer will be complete in all respects in ready to start condition operated by 0.25H.P. motor capacity 10ltrs.

High Performance for Commercial Kitchens

Engineered for demanding environments, the PMX-10 Planetary Mixer delivers consistent mixing results for bakeries and food processors. Its semi-automatic operation and variable speed controls allow operators to adapt to different recipes, while overload protection and a safety guard ensure both safe and reliable performance.

Durable and Hygienic Construction

The mixers body, crafted from food-grade stainless steel, combines durability with ease of cleaning. The polished or powder-coated finish enhances both aesthetics and hygiene, making it suitable for rigorous daily use in commercial settings where cleanliness is paramount.

User-Friendly Operation and Maintenance

Featuring an analog display, simple speed selection, and an adjustable timer, the PMX-10 streamlines mixing processes. Floor-mounted installation provides stability, while the modular design allows for easy maintenance of core components like the bowl, beater, whisk, and motor.

FAQs of Planetary Mixer:

Q: How does the PMX-10 Planetary Mixer ensure operator safety during use?

A: The PMX-10, equipped with overload protection and a comprehensive safety guard, actively prevents accidental contact with moving parts and safeguards against motor strain, making it safe for continuous commercial operation.

Q: What materials are used in the construction of the mixing bowl and body?

A: Both the mixing bowl and core structural components are manufactured from food-grade stainless steel, ensuring durability and compliance with hygiene standards. The body finish is available in either powder-coated steel or polished stainless steel.

Q: When should I use each speed setting for mixing different products?

A: The three-speed settings are designed for versatility: low speed for heavy doughs, medium for batters, and high speed for whipping cream or lighter mixtures, optimizing texture and consistency for every application.

Q: Where is the PMX-10 Planetary Mixer typically installed and used?

A: This mixer is intended for floor-mounted placement within commercial bakeries, food processing plants, and professional kitchens throughout India and beyond.

Q: What is the process for cleaning the planetary mixer after use?

A: After mixing, simply detach the stainless steel bowl, beater, and whisk for thorough cleaning. The bodys smooth finish, combined with accessible components, allows for quick and effective sanitation.

Q: How does timer control enhance mixing accuracy and output quality?

A: With a timer range of 060 minutes, operators can set mixing durations precisely, which helps maintain consistency across batches and enhances the overall quality of dough, batter, or cream produced.

Q: What benefits does the PMX-10 offer for commercial bakery operations?

A: Key advantages include high mixing efficiency, reliable safety features, large 10-litre capacity, broad temperature range, and minimal operational noise, all of which contribute to improved productivity, workplace safety, and product quality.