IN PROFILE
THE BOXER SC-BBM-B24 Bodymaker
INNOVATIONS SLAC GROUP S
LAC will be showcasing its new BOXER SC-BBM-B24 bodymaker. This utilises a dual infeed and
discharge. The design guarantees continuous, stable and high precision can making. Speed is up to 350spm (700 cans per minute). The stroke length is 610mm and can produce two-piece can bodies with height up to 182mm and diameter 202 to 300.
MAIN FEATURES:
• Low vibration: up to ten times less than conventional bodymakers
• Contra power drive. Rams operate in opposite directions counteracting horizontal vibration and creating near perfect dynamic balance.
• Unique redraw system. • Two reciprocating rams on a single flywheel with toolpacks at both ends. Driven by a single motor and crankshaft.
• Fully balanced design gives best stability and highest precision.
• 700 cans per minute • Requires less floor space than 2 conventional machines.
• Simple mechanism requires less maintenance and easy access.
• Energy consumption per can produced up to 15% less.
Can Vacuum Tester
• Servo drive infeed and discharge • SLAC dome system compatible with Pride system.
• Compatible with all brands of trimmers.
• SLAC system has one reverse trimmer to shorten cross conveyor and improve can transfer.
• Industry 4.0 Ready Equipment monitoring and management system allowing remote access and production data analysis.
CAN VACUUM TESTER This machine is ideally installed directly in production lines. It has an extremely simple operating principle for the total elimination of defective cans (pin holes, dented flanges, cracked welds etc.)
FEATURES INCLUDE:
• Standard vacuum pressure is applied to cans and those found faulty will be automatically rejected.
• Can height can be set with simple adjustments in about 5 minutes.
• Changeover of diameter is also possible by means of tool kits (setting in 50 minutes).
• The infeed belt with screw feeds cans to the rotary testing unit with 16, 20, 40, 52 or 72 heads.
• As each head completes a full revolution, it depressurizes the can being tested to a standard pressure value. Any variations detected in this depressurization mean there is a leak in the can, so the machine produces an electronic signal or ejects the can. Afterwards the good cans are reinserted in the production line.
• The machine is equipped with a special pneumoelectronic transducer unit for detecting microholes.
• This device displays on the electronic board the number of the pockets in which a defect has been found. Set up is done automatically using a special soft key installed on the same panel.
• The control panel controls and monitors the various operating phases of the machine, providing a rapid set- up of reference parameters and display of the current pressure values and reject counts for each rotary head.
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