From proof-of-concept testing to large-scale toll processing, Lancaster Products provides full-scale process lab services.
Lancaster Products is dedicated to process and mix design optimization. Whether you are looking to develop a new process or simply improving existing production, Lancaster Products can help. Our experienced application engineers can design a solution that meets many objectives, including mixing cycle times, binder and minors optimization, homogeneity, particle hardness, moisture, and air entrainment, particle size distributions and yields.
With decades of mixing and pelletizing knowledge that spans across multiple industries coupled with our staff’s knowledge and expertise, Lancaster Products can provide a customized solution for you. Quality products need quality materials, and our proof of concept testing provides our clients with a more innovative and efficient process, allowing them to gain a competitive advantage in more ways than one.
We work with our customers to create an optimized mix design by identifying their product & process goals as well as discussing possibilities for improvements with a Lancaster Mixer over other mixing or agglomerating equipment. From granulating or agglomerating to pelletizing, our extensive product testing process ensures our mixer testing will deliver the end results to your exact process specifications. Once the parameters have been defined and proof of concept testing is completed, you’ll receive a testing results report in addition to the associated mix design.
The Lancaster Products Guarantee for proof of concept K1-LAB testing: We’ll produce a mix design that achieves your goals or testing will be free of charge*.
*Within an acceptable range of size, yield, homogeneity or hardness from predefined criteria set prior to testing.
Lancaster Products engineers work with our customers to create an optimized mix design by identifying their product & process goals as well as discussing possibilities for improvements with a Lancaster Mixer over other mixing or agglomerating equipment.
Proof of Concept Testing
Once we’ve evaluated the customer’s process and conducted research regarding the material we’ll be working with, we develop the initial mix design for proof of concept testing. This is accomplished through review of our extensive mixing database and utilizing our skilled knowledge of mixing to determine a starting mixing recipe — including mixing time, rotor and pan speeds and ingredient amounts and order.
Once the small scale test is completed, customers have the option to test in a production environment using one of our K4, K5 or K6 mixers. This allows customers to verify that our proof of concept is scalable and achieves the exact same end result when produced in a larger batch. Lancaster Products engineers calculate any necessary adjustments to the mixing recipe to ensure the specified end result is obtained.
For customers who aren’t ready to make the capital investment in a production mixer or need product immediately, Lancaster Products offers toll processing services. We can produce significant amounts of blended, homogenized, granulated or pelletized materials in our facility to satisfy our customers’ needs.
BRADLEY PULVERIZER ACQUIRED BY LANCASTER PRODUCTS OWNER
Allentown, Pennsylvania, January 17th, 2020 – Bradley Pulverizer is pleased to announce new ownership. Lancaster Products & Kercher Enterprises’ owner Curt Snyder acquired the assets of Bradley Pulverizer through an affiliate effective on January 14th, 2020. Bradley Pulverizer specializes in the design, manufacture, and supply of pulverizing systems for fine and semi-fine grinding of hard, friable, abrasive materials for various applications throughout the world.
In addition to the rotating pan, all high shear mixers manufactured by Lancaster Products larger than a K3.5 have two independently motor driven mixing tools inside the pan which are responsible for proper mixing, pelletizing, and granulating of materials: the plow and the high speed rotor. The plow continually sweeps the entire surface of the pan bottom to prevent material from accumulating on the bottom and enhances the overall mixing action. However, the most important tool of all is the high-speed rotor, which rotates counter direction to the pan causing a shearing action inside of the mixing cavity. This high-speed rotor not only agitates the mixture, but significantly influences the control of the entire process. While there are just two main style of standard rotors, we can custom configure the rotor to optimize all mixing processes.