In industrial production and materials science research, the precision and efficiency of mixing processes directly determine the quality of the final product and production costs. Faced with diverse needs ranging from high-shear dispersion to gentle additive mixing, are you looking for a mixing solution that can achieve precise laboratory research and development while seamlessly scaling up to industrial-scale production?
CONELE intensive mixers, with their innovative principle of "separation of material transport and energy input," provide end-to-end high-precision mixing support from R&D to production for users in nearly 100 industries worldwide.

Core Technological Advantages: Why can CONELE mixer achieve "minute-level" homogenization?
The core competitiveness of CONELE intensive mixers lies in their groundbreaking design concept. It breaks down the traditional mixing process into two independent and controllable parts:
Independently Driven Material Transport: A rotating mixing disc drives the overall circulation of material, ensuring that all particles within a batch participate in macroscopic convection.
Precisely Controllable Energy Input: Precise shear force is applied to the material through variable-speed rotating mixing tools (such as rotors and blades). Operators can freely switch between "high-shear dispersion" and "gentle additive" according to process requirements.
The direct benefit of this design is the ability to achieve dual homogenization at both the macro and micro levels within minutes, rather than hours, significantly improving production efficiency and ensuring absolute batch-to-batch consistency. This is the fundamental reason why CONELE mixers are highly regarded in demanding fields such as ceramics, glass, and battery materials.

Precision R&D Begins at the Millimeter: CEL Series Laboratory and Research Mixers

For research institutions, the precision of every experiment is crucial. CONELE's CEL series is designed specifically for laboratory environments and small-scale testing. Its core advantage lies in "data acquisition and process scalability"—optimal process parameters derived in the laboratory can be directly scaled up to production-grade equipment, greatly shortening the conversion cycle from R&D to mass production.

CEL1s micro mixer

CONELE CEL1s Micro Mixer
Capacity: 500 ml

Target Audience: Integrates convenient tilt adjustment (0°, 10°, 20°, 30°) for easy unloading and cleaning. Designed for cutting-edge research involving precious metals, rare earths, or other high-value, complex raw materials. Its extremely small throughput minimizes the consumption of expensive raw materials, making it an ideal tool for university laboratories and materials research centers.

CEL5 and CEL10 lab mixer

CONELE CEL5 Multi-Function Mixer
Capacity: 5 liters
Positioning: It features an advanced data acquisition system that monitors and records key parameters such as speed and temperature during the mixing process in real time, providing data support for complex formula management and process optimization.
CONELE CEL10 Laboratory Mixer
Capacity: 10 liters
Positioning: As a high-intensity mixer, it not only meets the stringent testing needs of laboratories but is also capable of handling small-batch, high-value specialty material production, perfectly bridging the gap between laboratory development and commercial production.

Large-Scale Production, Stable and Reliable: CR Series Large-Scale Industrial Mixers (Available in intermittent and continuous models)
As your process moves from the laboratory to the factory, CONELE provides stable and reliable industrial support. The CR series of powerful mixers offers a variety of capacities from 5 liters to an impressive 7000 liters, covering a wide range from small-batch specialty production to ultra-large-scale industrial manufacturing.
CONELE intensive mixers (CR series) have been widely used and validated in nearly a hundred industries, including glass, ceramics, concrete, refractory materials, and battery materials. Their powerful "minute-level mixing" advantage has helped countless companies solve the problems of time-consuming, energy-intensive, and uneven mixing processes inherent in traditional methods, achieving a double leap in both production capacity and quality.

Frequently Asked Questions (FAQ)
Q: Can the parameters of my laboratory CEL series mixer be directly scaled up to the CR production series?
A: Absolutely. CONELE mixers are designed with "process scalability" in mind. Based on the same mixing principles, the optimal parameters such as speed and time obtained in small-scale experiments can provide valuable reference for scaling up to the target production model.
Q: My materials are extremely sensitive to metal contamination. Does CONELE have a solution for this?
A: Yes. For customers with high purity requirements (such as battery materials and fine ceramics), CONELE can provide solutions with ceramic linings, and mixing tools can also be customized to minimize contamination of the materials.

Whether you're exploring cutting-edge materials research or optimizing processes for large-scale production, CONELE intensive mixers offer complete solutions from principles to equipment, from the lab to the factory.
Which industry (e.g., batteries, ceramics) are you currently focusing on for mixing applications? Or are you looking for lab equipment of a specific capacity?
Contact us for free technical consultation and equipment selection advice.

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CONELE Intensive Mixer Technical Principles and Full Types Selection Guide

2026.3.5 | CO-NELE

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