| Visumatic Feeder Systems
are simply the best on the market and set the industry
standard. Our feeders are 100% designed and built
in house, utilizing escapement designs that fit your
specific application requirements. All our escapements
deliver the highest possible value because there are
no external springs to fatigue and the fewest moving
parts in the industry.
A sensor in the bowl signals the hopper to dispense
fasteners when the low level limit is reached, keeping
the bowl at the optimum level of fasteners, leading
to longer bowl life and more efficient feeding.
Visumatic has developed a series of exclusive
feeder escapement designs, to handle
• Difficult to manage
and place fasteners
•
Run of the mill screws, nut, bolts,
rivets, pins and studs
•
Extreme sizes - very
long, very short, very small
The range of feeder designs available guarantees Visumatic
can accommodate your part and any fastener you will
need to install today and in the future.
The Visuatic Advant-edge
• Simple – with
one moving part
• Escapements are designed for your
requirements
in these configurations:
|
|
M-75 Standard Escapement |
C-95 Cam Escapement |
|
|
F-85 Finger Escapement |
N-99 Nut Escapement |
Features:
•
Feeder bowl control for low power consumption
• High flow valves
• Microcontroller board-level electrical controls
- Maintain
the optimum level of fasteners
-
Maintain the feeder cycle and blow rate
-
Provide maximum flexibility and options
•
Microprocessor feeder controls are readily serviceable
• Handles a gross box of fasteners – 30-40
lbs
- Operator adds screws 80% less
often!
-
Steel enclosure protects from dirt and debris
-
Makes a cleaner, safer workspace
•
System diagnostic
•
Surge protection
•
Stock stainless steel or poly-coated cast aluminum
vibratory bowl
•
Other vendor-specified bowls are no problem
•
Automatic feeder bowl shut off
-
Integrator control option
-
Empty bowl alarm relay
-
Pressure and proximity feed qualification
-
Automatic remote feed interface
•
Bulk supply hoppers available
Built Better. Simple. Single
Movement.
|