Clients can avail from us cost effective Ointment Manufacturing Plant. Our offered manufacturing plant is tremendously used to meet the requirement of pharmaceutical industry and used for the production of ointments. The manufacturing plant provided by us is manufactured using superior quality components under the guidance of our dexterous professionals and is tested by our quality analysts to ensure its functionality at clients end. Further, this plant is available in different technical specifications to meet the numerous needs of our clients.
- Testing the quality of the final product is one of the important aspects of the production of pharmaceutical ointments. Some of the common steps for quality control of ointment manufacturing plant involves:
- Testing of raw materials to verify their identity, purity, and compliance with specifications.
- In-process testing, this involves monitoring parameters such as pH viscosity, and homogeneity. This can be done during the mixing processes.
- Stability Test, this process involves testing ointments within various test conditions to determine their resistance to microbial contamination.
- The manufacturing process must adhere to regulatory guidelines and Good Manufacturing Practices.
Benefits of Ointment Manufacturing Plant :
- One significant benefit of the ointment manufacturing plant is that a majority of tasks are executed by the machinery, leading to a notable reduction in labor costs.
- An inherent advantage of the ointment manufacturing plant is its integration of monitoring devices that assess the quality of each batch.
- The ointment manufacturing plant boasts elevated levels of reliability and consistency.
- With simultaneous processes that prevent idle periods, the ointment manufacturing plant achieves a heightened production rate.
- Notably versatile, the ointment manufacturing plant accommodates the production of various ointments, lotions, creams, gels, and pastes using the same equipment.
Safety Measures for Ointment Manufacturing Plant :
- An impressive accomplishment of the ointment manufacturing plant is the incorporation of temperature monitoring and control mechanisms for its jacketed vessels.
- The ointment manufacturing plant is constructed using high-strength materials, effectively minimizing the risks of leakage or rupture.
- The internal pipelines of the ointment manufacturing plant's vessels are designed to be corrosion-resistant.
- With effective sealing methods in place, the ointment manufacturing plant effectively prevents material leakage.
- To enhance safety during operations, the ointment manufacturing plant features appropriate interlocking devices that secure the vessels throughout the process.
Components of Ointment Manufacturing Plant :
Ointment manufacturing plants comprises the following equipment's and accessories:
Material transfer pump that facilitates the transfer of materials from a manufacturing vessel or planetary mixer to a storage vessel, and subsequently from the storage vessel to an ointment filling machine.
- Manufacturing Vessels Or Jacketed Planetary Mixer
- Phase Vessel
- Water Phase Vessel
- Storage Vessel
- Vacuum Pump
- Control Panel
- Product Piping
- Working Platform
- The system comprises a manufacturing facility that operates on a closed-circuit basis, commencing from the feeding of Wax / Water Phase and culminating in the loading of the hopper of the filling machine.
- The wax and water at the right temperature range are conveyed to the Manufacturing Vessel or Planetary Mixer via vacuum by means of a conical filter.
- At the emulsion formation step, the product is recirculated through Ointment Transfer Pump.
- The Pump is responsible for discharging the product into the storage vessel. Subsequently, the storage vessel is moved to the filling area and connected to the ointment transfer pump. Alternatively, in the case of larger storage vessels, the vessel remains at the same place while the pump transfers the ointments into the hopper of the ointment filling machine.
- An operator can use a centralised operating panel to operate the entire plant.
- The plant is outfitted with an electrical control panel featuring digital temperature indicators and digital timers. This plant guarantees a minimum of two batches of the identical product per shift.
- The plant adheres to the standards set forth by CGMP (Current Good Manufacturing Practice) with regards to Paint Free Construction. All transfers of materials are carried out through the use of either vacuum or transfer pumps. (Optional)
- The agitators enter from the uppermost point, while the high-velocity emulsifier enter from the lowermost point or inline emulsifier, as per the preference of the customer.
- All vessels are appropriate for an internal pressure of 1 Kilogram per Square centimeter and, therefore, are capable of undergoing sterilization.
- SS304/SS316 is used in the construction of all pipes, pipe fittings and valves as per customer requirement.
- The entire plant is outfitted with CIP and SIP connections, thereby enabling customers to use these facilities provided they have CIP and SIP equipment.
- All inlet and outlet connections possess tri-clover joints, which allows for effortless cleaning and replacement.
The Ointment Manufacturing Plant comprises various components that play a pivotal role in the production process of ointments and creams.
Water phase vessel
The initial stage within the ointment manufacturing plant involves the water phase vessel. Here, water-soluble components are dissolved in water as the first step. Mechanical agitation is facilitated by a stirrer for mixing, and additional heating is then applied to ensure thorough blending.
Wax heating vessel
The wax heating vessel constitutes the second phase of the ointment manufacturing plant. During this stage, ingredients such as oils and waxes are dissolved and liquefied through a combination of heating and mechanical stirring using a mixer.
This marks the third phase within the ointment manufacturing facility. At this stage, the blending of the meticulously filtered solvents takes place. The manufacturing vessel collects both the aqueous-phase solvent and the oil-phase solvent, initiating the blending process. A planetary mixer is employed to achieve thorough mixing. Precise temperature control is facilitated through a jacketed mechanism. Heating is achieved using hot water or steam channeled into the jacket, while chilled water circulates for effective cooling. An observation window crafted from glass allows visual monitoring of the ingredients. Safety measures include the incorporation of safety valves and an interlock system. Temperature regulators are strategically positioned within this segment of the ointment manufacturing facility. Additionally, pressure safety valves are in place to govern the internal pressure of the ointment plant.
Within the ointment manufacturing facility, the manufacturing vessel houses a planetary mixer. This mixer operates through an agitating mechanism, effectively facilitating the blending process.
The colloid mill, a distinctive grinder found within an ointment manufacturing plant, serves a unique purpose. Its function involves the fragmentation of sizable molecules, occasionally leading to the formation of lumps within the containers. Consequently, these lumps are subsequently disintegrated.
The storage vessel, a distinct tank designed for containing ointments, creams, gels, lotions, and more, possesses unique characteristics. It is affixed in a manner that allows for easy detachment from the ointment manufacturing plant. Its mobility is facilitated by wheels, enabling convenient transportation. Structurally, it follows a skid-type design. The lower section of the vessel features a jacketing system, allowing for the application of heat to the ointment preparations.
This assembly is unique in that it is situated at the center. Its purpose is to provide the product with its last round of stirring, accomplishing this by rotating at a speed of 960 revolutions per minute.
The homogenizer is positioned along the primary axis of the ointment manufacturing facility. Its role is crucial in attaining both intense shear forces and uniformity within the product.
The interconnecting pipelines serve as the point where various vessels for wax and water come together to facilitate the transfer of products. This pipeline system enables the efficient recirculation of the product within the manufacturing vessel. Additionally, within this interconnected pipe assembly, there are pipes dedicated to generating a vacuum within the system.
The primary purpose of a vacuum pump is to establish a vacuum within the vessels, creating a low-pressure environment. This vacuum pump is equipped with both vacuum monitoring capabilities and valves for suction control.
These specialized motors facilitate the movement of various liquid phases from one vessel to another.
Integrated automatic control panel
Within the ointment manufacturing facility, there exists an electrically powered digital display. This control panel features a touchscreen interface, which is used for adjusting the product's rotation speed and processing time. The temperature and cooling aspects of the process are also managed through digital control buttons on the control panel. Moreover, the vacuum system's operation is governed via this control panel, and it serves as a hub for recording data from various batches. The control panel, in conjunction with the operational platform, constitutes the essential components of the ointment manufacturing plant.
An ointment manufacturing plant is a highly productive industrial system that consists of various types of ointment processing machines for the production of high-quality ointments. It is equipped with advanced technologies which make it capable to process various types of ingredients in granular, powdered, and liquid forms. It is equipped with various equipment for quick and efficient formulation, compounding, and packaging of ointments in large quantities.