Blog-News
Expanding Lancaster Products’ International Presence Through Strategic Licensing Agreement
As of January 1, 2026, Lancaster Products has officially entered into a licensing agreement with Bradley Pulverizer authorizing Bradley to serve as an official distributor, manufacturer, and service provider for Lancaster mixing and material processing equipment...
High Shear Mixers: Solving 5 Common Powder Handling Challenges
Manufacturers from ceramics to advanced concrete face a shared challenge: mixing complex powder formulations with precision and consistency. Explore five common powder handling challenges, standard approaches to solving them, and how Lancaster Products high shear counter-current mixers support better control, greater efficiency, and more consistent product outcomes.
Lancaster Products Announces New K2 High Shear Mixer
The all-new K2 High Shear Mixer delivers our signature counter current mixing power in a convenient 68-liter batch size. ideal for high-value materials and specialty production. Designed with upgraded components to provide durability and enhanced operator convenience.
NEW K1 Lab Mixer Features
With the new year off to a great start, Lancaster Products is excited to announce new upgrades on our versatile K1 Lab Mixer. We’ve made standard some of the most commonly requested upgrades and re-designed some features too. Ideal for R&D, prototyping, testing or development of new processes, the modernized Lancaster K1 High Shear Lab Mixer is better than ever and ready to help tackle the most difficult mixing issues.
2025 Trade Show Schedule
We always look forward to exhibiting at trade shows every year as it gives us a great opportunity to meet with new prospects, long-time customers, and our peers. They also provide us with a great opportunity to learn more about the industries and applications that rely on our equipment to make their processes run properly.
Below is a list of trade shows where members of the Lancaster Products team will be exhibiting in 2025. Feel free to reach out to us ahead of these events or stop by our booth, we’d love to see you!
Top 5 Industries Benefiting from High Shear Counter Current Mixers

Lancaster Products high shear mixers are driving efficiency and quality across multiple industries, from ceramics to additive manufacturing. Explore how our cutting-edge technology is making a significant impact globally.
Maintenance Tips for Lancaster High Shear Counter Current Mixers

Discover expert tips on maintaining your Lancaster Products high shear mixer. Follow these preventative maintenance strategies to enhance performance, extend lifespan, and avoid costly repairs.
The Power of Low Shear Mixing in Powder Applications

Achieving uniformity and consistency while preserving the integrity of materials is critical in many powder processing applications. Counter-current low shear mixing is often an ideal solution for applications that require intensive mixing with lower energy processing, including the manufacture of clays, adhesives, refractory materials and concrete.
Scaling Up Mix Recipes Successfully with the Lancaster Products Test Lab
In the highly competitive landscape of industrial manufacturing, the ability to optimize formulations efficiently and effectively is paramount. Whether you are involved in producing building and construction materials, ceramics, glass, or fertilizers, the quality of...
Achieving Homogeneous Mixtures from Extremely Different Materials in a Lancaster Mixer
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The process of achieving homogeneous mixes from extremely different materials can pose a significant challenge in various industries. However, with advancements in mixing technologies, one notable solution is the counter-current mixing action of the Lancaster Mixer.
Understanding the Lancaster Mixer
The Lancaster K-Series Mixer is a high-intensity mixer known for its ability to produce uniformly mixed materials by subjecting them to intense mechanical agitation. This mixing technology utilizes a combination of a high-speed rotor, plow, and counter-rotating mixing pan creating gravity-driven flow patterns to ensure the thorough blending of materials, even when they possess diverse characteristics.