Used MEHEEN M4 filling monoblock for beer 1800 BPH - Year
2022Technical Specifications & Performance DataThe Meheen M4 filling
triblock/monoblock is a compact beer bottling solution designed for
rinsing, isobaric filling and crown capping of glass bottles.
Manufactured in 2022, this equipment combines the principal bottle
handling stages in one integrated unit, making it suitable for compact
beverage production areas and small-scale industrial packaging
operations.Manufacturer: MeheenModel: M4Year: 2022Production speed:
approximately 1,800 bph, equivalent to 30 bottles/minWorking format:
330 ml / 12 oz glass bottlesRinser: 12-spout bottle rinser with 1
rinsing treatmentFiller: 4 filling valves with isobaric
counter-pressure fillingCapper: 4 heads for 26 mm crown capsFootprint:
approximately 1.1 x 1.7 mCrated weight: approximately 700-1,000
kgAdvanced Automation & Control SystemsThe monoblock is equipped with
a Direct Logic PLC system for machine operation and process control.
It operates on 110 V, 60 Hz electrical supply and is supplied with a
transformer. Its linear configuration supports straightforward bottle
flow through the rinsing, filling and capping stages.Safety features
are present. Owner-recorded operation videos are available to support
familiarization with the machine’s operating sequence.Production
Line Integration CapabilitiesThis linear filling monoblock can be
installed as a compact core unit within a used bottling line for beer
production. It is designed around 330 ml / 12 oz glass bottles fitted
with 26 mm crown caps. Upstream bottle handling and downstream
industrial packaging equipment can be selected according to the
required line layout, including bottle conveyors, labeling machinery,
date coding and secondary packaging systems.The integrated rinser,
isobaric filler and capper reduce transfer points between process
stages and support a compact layout for second hand beverage
production equipment applications.Machine Condition & Maintenance
HistoryThe machine is functional and has seen very low use since 2022.
Exact operating hours were not recorded. Maintenance documentation is
available, while spare parts are not included. No remaining warranty
is stated, although email support remains available.The equipment can
be evaluated through an available trial-run video, supporting an
initial review of its operating condition before integration into a
bottling or beverage production project.Operational Performance &
VersatilityThe Meheen M4 is configured for beer filling in glass
bottles using isobaric, or counter-pressure, filling technology. This
process is suited to carbonated products because it controls pressure
during filling and helps manage foaming. The fixed filling nozzles and
four-valve configuration provide a focused solution for the stated 330
ml bottle format.The 12-spout rinser performs a single rinsing
treatment before filling, while the four-head capper applies 26 mm
crown caps. This integrated filling, rinsing and capping arrangement
is relevant for breweries seeking compact bottling equipment for
beverage production.Installation Requirements & Site PreparationSite
planning should allow for the approximately 1.1 x 1.7 m machine
footprint, with additional working clearance for operators, bottle
infeed and discharge conveyors, access to the control area and routine
cleaning. The machine requires a 110 V, 60 Hz electrical supply and
includes a transformer.Integration should consider the required bottle
supply, rinsing medium, compressed-air arrangements where applicable,
product feed and downstream handling equipment. Installation planning
should also account for the crated transport weight of approximately
700-1,000 kg and suitable lifting arrangements.Safety Standards &
Compliance CertificationThe filling monoblock is equipped with safety
features for operator protection during bottle rinsing, filling and
crown capping. Safe installation should include clear access around
the machine, appropriate electrical connection, controlled bottle
handling and routine inspection of guards and operating components.For
beer bottling applications, hygienic preparation of the product path,
rinser and bottle-contact areas should form part of standard operating
procedures. The integrated triblock design supports organized process
flow by keeping rinsing, counter-pressure filling and capping within a
single machine platform.
