Z85 Capsule Filling Machine (Oncology Type OEB4)

The closed Z85 capsule filling machine has a maximum capacity of 85,000 capsules per hour and can be installed with three metering stations, so that different kinds of drugs can be filled in the same capsule.
The machine has flexible and diverse mixed filling modes, which can realize the mixed filling of three kinds of materials. In addition to meeting the standard measurement combination, special mixed filling modes can also be developed according to the requirements of users.
With the increasing demand for OEB3-5 powder treatment, granulation, tablet pressing, capsule filling and coating production and R&D equipment. We timely launch all kinds of high sealed solid preparation line, to meet the market needs.
The design of enclosed equipment must be a risk-based solution. Conduct a preliminary analysis of key and potential risks to the process and plant conditions in which the drug will be used, such as regulations, layout, and industrial objectives.
The αβ valve is fed with high-activity powder, and the closed chamber adopts pneumatic sealing ring, which will not be deflated after power failure to ensure complete sealing and isolation of the production area.
The closed chamber is made of stainless steel AISI304, which maintains a slight negative pressure during production.
The side door has the function of automatic locking and detection when the machine is turned on, so as to prevent operators from misoperation and causing injuries to personnel. Inflatable sealing ring is adopted.
The purified air passed through the junior high HEPA filter is sent to the main engine by the blower, and the exhaust air is filtered by the dust collector and the bag in bag out HEPA filter, and then discharged to the outdoor by the exhaust fan. During the whole production process, the micro-negative pressure of -50Pa is maintained in the host cavity.
All parts that come into contact with the product will be wetted or subjected to a more rigorous and sophisticated online cleaning process based on an operational risk control analysis prior to removal.