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PERFORMANCE
SERIES PRESS
Precision
guidance, extended guarding and synchronized density rod adjustments
all say "performance".
Guidance of the upper motion is achieved through the crosshead design.
Precision ground Danly bushing on the upper and lower punch guidance,
located very close to the die surface virtually eliminates transverse
motion. Hardened and precision ground surfaces provide durability
and reliability even in the presence of abrasive powders. The result
is minimal tool wear, consistent press motion, and part-to-part
repeatability.
One lower punch plus shelf-in-the-die, a core rod that takes 50%
of pressing tonnage, and two upper punches provides the flexibility
of simple-to-complex parts manufacturing. Precise density splits
are achieved through the die table float.
Fill,
ejection and upper punch positions are worm gear driven and control
powder transfer. These can be motorized to save time and setup steps.
Modular guarding provides physical barriers for operator safety,
spacious enclosures for mounted hardware, easy access and maintenance.
Lexan guards at the point-of-operation allow continuous inspection
of the compacting process.
Many
options are available, including Top Punch Hold Down to protect
delicate or thin parts during ejection, dual upper punch system
for more complex parts, and upfloat/downfloat core rod with spring
or timed release reduce ejection stresses. An automatic greasing
system can be added to deliver metered amounts of lubricant at programmed
intervals, and computer control of the press can be achieved with
Gasbarres Presslog controller. Ask about other options now available.
Features:
Improved Precision guidance
Extended Guarding
Density adjustment in upper ram
Floating die table
Suitable for single to multi-level part application
Crosshead design
50% of rated tonnage on the core rod
Adjustable die table float with over-travel mechanism
Fill, ejection and upper punch, worm gear adjustments control
powder transfer
Lexan panels in the front guard assembly allow continuous inspection
of the process
For more information please click here
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