NJP-2500C automatic capsule filling machine

The innovative use of dual RU110 type indexing boxes in a well-matched combination significantly improves the stability and service life of the machine.

The second-generation fully enclosed turntable design is employed. The upper module features dual-axis circular motion, sealed with imported silicone, to minimize powder entry. The lower module also undergoes dual-axis circular motion, accompanied by an imported silicone sealing ring, reducing powder leakage caused by the expansion and contraction of the moving axis. The dual-axis design, with convenient disassembly and cleaning, is manufactured with a pressure cover, eliminating the need to open the turntable for seal ring replacement, thus avoiding the inconvenience associated with disassembling and reinstalling the turntable.

Using the flat surface of the measuring disc as a reference, a three-dimensional adjustment mechanism is employed, eliminating natural deformations of the measuring disc and copper pad, ensuring uniform clearances, reducing powder leakage, facilitating cleaning, and guaranteeing consistent filling capacity. This is an original feature among similar machine models nationwide.

An additional capsule control switch is incorporated, designed for external control, ensuring enhanced safety and convenience.

A jog control system is added, facilitating user-friendly operations during production and cleaning.

The capsule division mechanism employs vacuum positioning, achieving a capsule loading rate of 99%.

The use of dual-row silicone pads in the capsule ejection system eliminates the need for air supply and prevents the dispersion of dust.

The modular enclosed powder filling mechanism allows for easy disassembly and cleaning.

The equipment is equipped with an automatic timed lubrication system.

A 10-inch color LCD display screen is utilized, providing automatic alarms for capsule shortage, powder shortage, vacuum failure, and loose machine doors.

An added mold cleaning and blowing structure resolves the issue of strong adhesive powder deposition on the mold surface and cavity during production, significantly improving the capsule loading rate.