Since the introduction of the original K-series mixer in 1986, Lancaster Products High Shear Mixers have been designed to produce the best mixing and pelletizing results for our customers. Lancaster Mixers superior performance is due to our multi-tool configuration, counter current mixing action and variable tooling speed capability.

Multi Tool Configuration
Lancaster Mixers can be configured with three independent variable speed mixing tools: the mixing rotor, the plow and the rotating pan. These three tools work in concert to provide the best mixing results. The primary mixing tool is the high-speed rotor. The plow and rotating pan both work to move material into the main rotor’s path. The three mixing tools are so efficient at mixing, there are no dead spots inside of the mixing cavity and every piece of material passes through the mixing rotor every few seconds. Additionally, a sidewall scraper is positioned against the pan sides to prevent caking and buildup of material on the pan itself.

Counter Rotating Pan
Unlike most mixers, the Lancaster Mixer pan is also considered a mixing tool on our high shear counter-current mixer. The pan rotates in the opposite direction from the main rotor and plow, creating the shearing action inside of the mixing cavity. The pan also doubles as the mixing receptacle to hold the materials. The large pan drive ring and labyrinth seal ring are completely machined starting with very large forged-steel rings. The anchoring of the pan side wall with the two large machined rings provides the design needed to keep the pan walls truly round during the entire life of the mixer. This ensures the mixer’s ability to homogenize and pelletize batch after batch over its lifetime. It also allows for tighter sealing to maintain optimal functionality in dusty environments.

High Speed Rotor Configurations
The main rotor comes in two standard configurations – the star and pin rotors. Both rotor configurations can mix and pelletize but depending on the end product, it may be beneficial to use one over the other. The star rotor is geared more towards mixing, de-lumping and granulating. The pin rotor is used when the end product required is very round, dense pellets, such as proppants. Other customized rotor configurations are available for specialized mixing situations.

Plow Rotor
The plow rotor in the K-Series high shear mixer has several functions Its primary role is to move material to the high-speed mixing tool. The plow also cleans the bottom of the pan to prevent material build up and aids in discharging the mix. It eliminates the need for a bottom tail on the sidewall scraper blade which can be an obstacle to flow during mixing, and may reduce the mixer’s effectiveness.

Dedicated Tooling Motors
Lancaster Mixers are designed with three dedicated motors for the mixer’s pan gear-drive, the plow gear-drive, and the rotor belt-drive. Individual drives allow for infinite variations for the rotational speeds of each mixing tool. The capability to independently control the speed of each tool results in the most desirable final mixed/pelletized product. Altering individual tooling speed allows the mixer to create exact and repeatable conditions and shear within the mixing cavity that produce specific products – such as pellets of a specific size within a tight tolerance. Even slight adjustments to the tooling speeds combination can produce different sized granules, densities and yields. This gives the Lancaster Mixer the versatility to change the end product from batch to batch without altering the ingredients.

Contact us today to learn more about how Lancaster Mixers multi tool configuration can help improve your mixing and pelletizing process.

717-273-2111

Lancaster Products
920 Mechanic Street
Lebanon, PA 17046

Local: 717.273.2111
Toll Free: 800.447.7351

Email: [javascript protected email address]

Office Hours:
Mon - Fri: 8:00 am - 5:00 pm

Maintenance Bulletin: Rotor Wear and Replacement in Industrial Mixers

The high-speed rotor is the primary mixing and pelletizing tool in industrial high shear mixers and in many ways, it is the most utilized part of the machine. But rotor wear is also a good leading indicator of your machine’s overall operating condition as it is a direct result of material processing. Chances are, if the rotor is worn, there is other preventative maintenance to be done.

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What Preventative Maintenance Will Prolong the Life of My Mixing Equipment?

Industrial mixers are built to run and withstand a great deal of abuse, however, regular preventive maintenance efforts can help keep your mixer running like new. The two most critical components that can affect the life of your mixer are lubrication and inspection of working tools. Below is an overview of the in-depth information provided in our full maintenance schedule available for download below.

 

Lubrication: Proper lubrication can encompass multiple areas on your mixer, not just the shaft seals of the mixing tool. Lubrication of all seals as well as drive gears, discharge valves and other locations where bearings are utilized is the best way to extend the life of your mixer. Automated lubrication systems on larger production mixers help maintain proper lubrication intervals, but regular visual inspection should be scheduled to assure the system is working properly.

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