MXBAOHENG 30L Dry Powder Mixer Particle Blender Powder Mixing Machine Granual Mixer (220V)

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Interactive mixtures for example can be used in the manufacturing of tablets [11] enhancing the dissolution of poorly soluble drugs [12] or for nasal administration. [3] One common application is for inhalation therapy, where the concept has been used in the development of alternatives to pressurised metered dose inhalers. [13] To further complicate matters, consumers are looking for ever more variety from manufacturers, meaning that more and more recipes are being added to the portfolio. How can you balance the need to produce a variety of different recipes every day, whilst maintaining high hygiene and production standards, without harming production efficiencies or running up huge operating costs? THE BLENDING CHALLENGE Industrial Powder Mixing Arguably one of the most important stages in a powder processing system is that of Blending. amixon ®has been developing and manufacturing high-precision mixing systems for industrial requirements for almost forty years. Powdery goods (dry, wet or suspended) are mixed, refined, agglomerated, dried or chemically modified. With recipe proliferation, the increased need for recipe changeover further destroys this conventional way of processing.

For over 35 years, amixon ® has been creating, testing, and customizing powder mixers for market leaders in manufacturing industries worldwide. Between meeting demanding hygienic requirements, to ensuring consistent product quality, to achieving high production output, amixon ® builds custom solutions to industrial powder mixing challenges of all kinds. Even tempera­ture-sensi­tive and fragile powders or recipe components are homo­genized perfectly and yet gently in only 2-6 minutes.The TURBULA mixers are used to produce homogeneous mixtures of powdery components with different specific weights and particle sizes. Dry-liquid and liquid-liquid mixtures are also possible. The mixing process takes place in a completely closed vessel and is therefore contamination-free. The TURBULA mixers can use containers of different sizes and shapes.

MIXACO powder mixers mix and process all types of powders – in small batches from 5 liters and up to capacities of 10,000 liters. The schematic formation of a random mixture (A) and an interactive mixture (B) by dry mixing two powder materials. Ensure quality mixtures and reduce processing times with the Alfa Laval Hybrid Powder Mixer. Unmatched reliability and mixing efficiency make it suitable for powder induction, mixing and dissolution in industries that place high demands on hygiene and ease of cleaning, including food, dairy, beverage, pharmaceutical, and industrial manufacturing.Continuous or batch production – Does your production process operate continuously or in batches? The advantages and disadvantages of continuous mixers vs. batch mixers depends on your product, facilities, and desired output. The mixing basket is designed to hold standard mixing containers with a max. volume of 17 liters. Smaller containers can be used with the twistable rubber clamps. The drive and motion control of the mixing basket is provided by a low-noise pendulum chain drive. The speed is adjusted by inserting the drive round belt on the 4 step pulleys. Among many other containers, the TURBULA T 10 B is preferred in the pharmaceutical industry as well as for mixing sintered metals and ceramic materials. Features T 50 A Generally, space in a factory comes at a premium, there is never enough space and you certainly don’t want to waste it. If you need to buy multiple industrial mixers to cover the range of batch sizes you produce, then these will all take up valuable room on the factory floor. Depending on the product you are producing, the industrial mixer may need to be housed in a 'clean room', which is expensive to construct and maintain. If you have multiple mixers then the costs of these 'clean rooms' spiral. CASE STUDY How Matcon Transformed Production Capabilities of a Top British Baking Business "The new plant means we can produce an innovative range of pre-mixed ingredients, many of which will be fresh to the UK.”

Our engineers design and project-manage major industrial installations in many sectors including chemical, mining, additive manufacturing, aerospace, food and pharmaceutical, and deliver equipment which achieves product consistency and homogeneity. A.H. de Boer; P.P. Le Brun; H.G. van der Woude; P. Hagedoorn; H.G. Heijerman & H.W. Frijlink (2002). "Dry powder inhalation of antibiotics in cystic fibrosis therapy, part 1: development of a powder formulation with colistin sulfate for a special test inhaler with an air classifier as de-agglomeration principle". Eur J Pharm Biopharm. 54 (1): 17–24. doi: 10.1016/S0939-6411(02)00043-7. PMID 12084498. If you've heard that tumble-blending doesn't work on recipes containing liquids or fats, we'd like you to take a closer look at how we have overcome this perception. A British, 100-year-old company manufactures and supplies the global baking market with high quality produce. They supply a wide range of customer types from individual craft bakers to high street and supermarket chains.Alizadeh, Mohammadreza; Hassanpour, Ali; Pasha, Mehrdad; Ghadiri, Mojtaba; Bayly, Andrew (2017-09-01). "The effect of particle shape on predicted segregation in binary powder mixtures" (PDF). Powder Technology. 319: 313–322. doi: 10.1016/j.powtec.2017.06.059. ISSN 0032-5910.

Our powder mixers are the result of over 50 years of experience in industrial mixing techno­logy. Convince yourself of the outstanding mixing quality with a free mixer test – of course with your own raw materials.Rather than using a static industrial mixer solution, which needs cleaning between each recipe change, we create flexibility by using container-based blending. The versatility of an IBC for blending Blend uniformity – Powder blends consisting of highly-concentrated active ingredients and excipients such as starch and cellulose are gently and thoroughly homogenized. Wang, Yifan; Snee, Ronald D.; Meng, Wei; Muzzio, Fernando J. (2016-06-01). "Predicting flow behavior of pharmaceutical blends using shear cell methodology: A quality by design approach". Powder Technology. 294: 22–29. doi: 10.1016/j.powtec.2016.01.019. ISSN 0032-5910.