Interested in profiting from the production of quality food products? UMANG PHARMATECH® equipment is routinely used to encapsulate flavours and colors for enhancing decoration of baked items like cup cakes, cakes, donuts, etc. Other examples include pellets of herbs in higher active percentage; granules of soya beans for dust free applications, caffine granules for dust free applications like soda, etc. — and much more.
Or perhaps you’re focused on the production of fine chemicals. UMANG PHARMATECH® equipment is presently being used to make pellets of mineral salts; to pelletize citric acid; and to size pelletize actives for dishwasher detergent, among other applications. How can UMANG PHARMATECH® help you accomplish your unique task?
Satisfied customers in the pharmaceutical industry rely on Umang Pharmatech® solid reputation for excellence every day, for high-stakes applications and processes that include wet conditioning of high shear mixer, extrusion on continuous basis, twin spheronizing on continuous basis for pelletized material, and post-fluid bed dryer , for final PSD prior to capsule filling, Getting the appropriate release and particle size of the product is partly by the machine performance and partly by the formulation expertise of the customer. controlled particle size reduction, yielding consistent and repeatable results, higher on-target results, and improved yields by over 30% are the key advantages of using our equipment's.
Further examples of tasks readily accomplished with Umang Pharmatech powder processing solutions include:
Umang Pharmatech® equipment's increase productivity and offer versatility and reliability across a wide array of pellets and oral thin strip applications, among various industries. Particle encapsulation is our forte. Gentle extrusion and quick spheronization of properly sized particles ensures tight particle size distributions (PSDs) when commination is your goal. In pellet processing applications, drying time is greatly reduced, due to the increased uniform surface area of the round product produced by Umang Pharmatech. Furthermore, adding the technology for our overseas customers ensures a significant reduction in product launch (in most applications by over 50%).
We know that some companies experience a hitch when they attempt to scale up from R&D or pilot runs to full-scale production. Scalability is built in to Umang Pharmatech® equipment. That’s just one of the intangible benefits of investing in Umang Pharmatech equipment: the peace of mind that comes from knowing you’re saving time and money, every step of the way — from the drawing board through R&D to final production.
We invite you to consider the Umang Pharmatech® Extrusion, spheronization and Fluid bed processing series for your pelletization needs and Film processing equipment's for water soluble strip applications.
API (Active Pharmaceutical Ingredients) manufacturing requires that special attention be paid to processing equipment design, hygiene and safety.
Pellet processing is accomplished with several of our products, including the Axial, cone, Radial, Die roller, mixer cum extruder, basket models.
UMANG PHARMATECH® advanced pellet technology and superior engineering provide unparalleled processing efficiency exceptional product quality
Successfully scaling up to full production means replicating your pilot results. How do you do this? The key is to use lab milling equipment that exactly
Particle size is a critical parameter in material properties. Monitoring and measurement of grain size distribution during processing is critical to successful product.
High shear granulator is the new mixer range that builds on the proven Umang technology and its benefits. Similar design of process bowl, mixer and chopper ensures that process
Twin Screw extruder is widely used for making pellets of different sizes starting from minimum 400 microns to maximum 2000 microns.
Integrated Mixer & Extruder is a compact design equipment with production capacity of 150 kgs of pellets per hour on continuous basis.
Die Roller Extruder as two rollers one is perforated and the second is knurling roller both are horizontally placed with minimum gap of 0.3mm.
The process involves the deposition of successive layers of an active compound onto nonpareil seeds resulting in the formation of uniform size pellets.