Technical Specifications & Performance Data This used bottling line is
a complete, second hand pharmaceutical packaging solution designed for
the filling and packaging of glass bottles for infusion-type
applications. The line is currently in production and supports
multiple dosage formats with integrated washing, filling, capping,
crimping, sterilization, inspection, labeling, cartoning, and
palletizing. Engineered for sterile handling, it uses purified water
(PW), water for injection (WFI), and sterile compressed air in
critical stages. Production speed: 3500 bottles per hour Bottle
volumes supported: 0.2L, 0.25L, 0.4L, 0.5L Container type: Glass
bottles (infusion/IV-style) Line configuration: Depalletizer, Bottle
Washer (PW/WFI + sterile air drying), Filler, Vacuum stage, Bottle
Capper, Aluminum Crimping Machine, Tray Loader, Autoclave, De-trayer,
2 x Manual Inspection Stations, Labeling Machine, Cartoning Machine,
Carton Sealer, Palletizer Sterilization: Autoclave by SBM Operation
status: In production Advanced Automation & Control Systems The line
features integrated handling and synchronized conveyors to maintain
steady flow through washing, filling, closing, and terminal packaging
stages. Manual visual inspection stations are positioned downstream of
sterilization to ensure product quality. Format changeover is designed
to handle multiple bottle sizes from 0.2L to 0.5L, enabling efficient
batch transitions. Standard pharmaceutical best practices such as
sterile air drying and clean utility segregation support controlled
operations. Electrical parameters and PLC/HMI specifications are
line-dependent and can be aligned with site utilities. Production Line
Integration Capabilities As a complete packaging line, this system
operates in-line from depalletizing to palletizing. The upstream
sections prepare and clean glass containers, the midstream modules
manage accurate filling and secure closure with crimping, and the
downstream area performs sterilization, inspection, labeling, case
packing, sealing, and palletizing. The line offers multi-format
flexibility for 0.2L, 0.25L, 0.4L, and 0.5L glass bottles and can be
integrated with site-level quality systems and traceability
procedures. Conveyors and accumulation zones are configured to balance
cycle times across process steps. Machine Condition & Maintenance
History The line is currently in production, indicating ongoing
operability and maintained status. Washing with PW/WFI and sterile air
drying underscores disciplined hygienic routines aligned with
pharmaceutical processing. Regular operation across all
stations—from depalletizer through palletizer—demonstrates
a cohesive, production-ready asset suitable for immediate deployment
after site adaptation. Operational Performance & Versatility Designed
for glass bottles and sterile liquid products, the line combines
precise filling with a dedicated vacuum stage and reliable closure via
capping and aluminum crimping. The presence of an autoclave enables
post-closure sterilization, while dual manual inspection stations
provide visual U6354234 particle control. The labeling, cartoning,
and palletizing modules complete an end-of-line solution for
industrial packaging, reflecting technologies widely adopted in
high-specification bottling equipment, including those used in
beverage production environments. Installation Requirements & Site
Preparation Site preparation should accommodate linear line flow with
adequate space for depalletizing, washing, filling, sterilization,
inspection, and end-of-line packaging. Utilities typically include
electrical power, purified water (PW), water for injection (WFI),
sterile compressed air for drying and process support, and steam for
the autoclave. Proper drainage and clean utility piping are required.
Environmental controls should align with pharmaceutical handling
procedures for glass containers. Safety Standards & Compliance
Certification The line includes guarding and operator protections
commonly found on industrial packaging machinery, with emergency stop
systems positioned along the process flow. Hygienic processing is
supported by the use of PW, WFI, sterile air drying, and post-closure
sterilization in the autoclave. Stainless steel construction and clean
design principles facilitate sanitation and are suitable for
implementation under quality and hygiene frameworks used in regulated
packaging operations.
