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The Mixer V / Y for laboratory is a precision equipment designed for the homogeneous mixing of powders and granules on small scales, being essential for the development of formulations in the pharmaceutical and cosmetic industries. With an optimized geometric design, this system promotes cross-flow of particles, ensuring perfect homogenization without degradation of active ingredients.
Agimix has been operating in the industrial agitation and mixing solutions market for 15 years, developing projects that range from research and development to large-scale production. Our laboratory equipment delivers the same reliability as industrial lines, allowing a safe and efficient scale-up for your medicine or cosmetics production.
Ideal for processing excipients, pigments and delicate inputs, the laboratory powder mixer prevents segregation and excessive heating of the batch. Manufactured with high purity materials and sanitary finishing, the equipment meets the most rigorous quality standards and good manufacturing practices required by the health and beauty sector.
The design of the V / Y Mixer ensures continuous cross-flow, resulting in a perfectly homogeneous powder mix in just a few minutes.
The gentle tumbling action prevents excessive friction, protecting heat-sensitive pharmaceutical formulations and preventing particle degradation.
Made of stainless steel with mirror polishing, the equipment facilitates cleaning and prevents cross-contamination between batches of cosmetics and medicines.
Mixing parameters obtained at laboratory scale can be easily replicated, ensuring a safe transition to industrial production.
Equipped with interlocking systems and intuitive controls, the mixer offers maximum safety for operators during the loading and unloading of materials.
These specifications are not fixed for every piece of equipment: they represent possibilities available on some of the listed models. Contact our sales team to confirm the information and the ideal configuration for your operation.
| Useful Capacity | 1 to 50 liters (laboratory and pilot scale) |
| Building Material | AISI 304 or 316L Stainless Steel |
| Internal Finish | Mirror sanitary polishing (Ra < 0.4 µm) |
| Vessel Rotation | Adjustable via frequency inverter (10 to 40 RPM) |
| Power System | Nozzle with quick coupling and non-toxic seal |
| Control Panel | Integrated with timer and speed control |
| Support Structure | Stainless steel with casters or bench base |
| Supply Voltage | 220V Single-phase or Three-phase |
Direct answers to the most common questions about this equipment and its application.
The V/Y mixer for laboratory is a tumbling equipment used to mix dry solids on a small scale. It works by continuously dividing and recombining the material, making it the ideal choice for achieving high-precision homogenization in research and development of new products.
This equipment is widely suitable for mixing pharmaceutical powders, granules and cosmetic pigments. Due to its gentle action, the V / Y Mixer processes friable and friction-sensitive materials without altering their physical properties.
The useful capacity for laboratory and research models generally varies from 1 to 50 liters, depending on the project needs. This volume range allows accurate tests to be carried out with small samples of high-value-added inputs.
Contamination prevention is guaranteed by the use of 316L stainless steel with mirror sanitary polish on the inside of the bowl. This finish eliminates porosities, facilitating complete cleaning and sterilization of equipment between different batches.
No, the tumbling mixing process is characterized by being low shear and minimal friction. This means that the equipment does not generate significant heat, protecting thermosensitive active ingredients against thermal degradation.
Yes, Agimix laboratory mixers can be equipped with frequency inverters. This feature allows the operator to adjust the vessel rotation precisely, optimizing the mixing time for different powder densities.
The main difference lies in the geometry of the mixing vessel. While the V-shaped model has two cylinders joined at an angle, the Y-shaped model adds a third way, which can alter the cross-flow pattern, although both offer excellent efficiency in mixing dry solids.
Tests carried out in the laboratory provide critical parameters such as optimal time, speed and filling rate. With this data, the engineering team is able to carry out a safe scale-up for large industrial mixers, maintaining the same quality of the formulation.
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