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| 2-Part Foam
Gaskets |
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Bonding Golf
Clubs |
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| A Dispensed-Foam-In-Place (DFIP) gasket is normally created by applying a two-part liquid silicone material to create a dispensed-in-place compression gasket in applications that require low sealing force. DFIP gaskets replace many traditional engineered die-cut gaskets. |
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After selecting a
pre-set shot size, the
operator of the Servo-Flo
801 system is able to dispense a precise volume
of mixed material on
command. The system is
easily integrated into
manual, semi-automatic, or
fully-automated
production.
Golf Club Manufacturers Click Here |
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Bonding Kevlar Fabric |
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Battery
Manufacturing |
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| To protect personnel
and contents, the ASV is
lined with a layer of
Kevlar® fiber. A shot
size is selected and the
See-Flo® 7 System
dispenses a precise volume
of 2-part mixed material.
The ASV is rotated and the
adhesive-coated Kevlar
fiber is applied. |
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| To protect personnel and contents, the ASV is lined with a layer of Kevlar® fiber. A shot size is selected and the See-Flo® 7 System dispenses a precise volume of 2-part mixed material. The ASV is rotated and the adhesive-coated Kevlar fiber is applied. |
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| Vari-Volume
Filter End-Cap
Molding |
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High Volume Filter End-Cap
Molding |
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Whether your dispense application requires an
operator controlled amount
or a preset volume or
‘shot’ of mixed
material to fill different
sized end caps, the See-Flo
7 provides the tool to
accomplish each task.
Filter Manufacturers Click Here |
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Whether your dispense
application requires an
operator controlled amount
or a preset volume or
‘shot’ of mixed
material to fill different
sized end caps, the
Servo-Flo 704 provides the
tool to accomplish each
task.
Filter Manufacturers Click Here |
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| Reflective
Safety
Marker |
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Tile to Metal
Bonding |
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| The marker shell and
reflective surface are made
from a tough plastic shell.
This shell is filled with a
two component polyurethane
material. The urethane
provides body, strength and
support for the marker and
allows it to be bonded to
road surface. |
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| The See-Flo 494meter/mix/dispense
system is used to apply a
2-Part structural adhesive
for the assembly of large
communication antenna. The
two component adhesive
bonds the antenna tiles to
a metal superstructure. |
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| Battery Element Bonding |
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Robotic Dispensing of Appliance Adhesives |
| Battery manufacturers
bond battery elements into
each cell. This automated
battery cell application
required a preset
‘shot’ of mixed
epoxy -in rapid succession,
into each of 6 battery cells. |
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| 2-station and 6-station robot dispensing systems are created for manual load and unload of appliance components. |
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Servo Motor Drive Dispensing Systems |
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Selecting Application Process Technologies |
| Two items critical
to dispensing performance
and resulting product quality
are the metering principle
and motor drive selection.
The purpose of this guide
is to present the purpose
of Servo Motor drives used
in dispensing adhesives
and sealants. |
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| Manufacturers using
adhesives and
sealants in
their product assembly
process must select the
right dispensing equipment
and the best application
technology for applying
the selected material
for their bonding, sealing,
gasketing or potting
process in order to meet
their targeted efficiency
and production cost
requirements. |
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| Ensuring Effective Robotic Dispensing |
Automating Fluid Dispensing Cuts
Production Costs |
| Equipment selection choices made at the beginning of a project can directly affect its final quality. The correct robot, metering-dispensing system, controllers and communication interface all play a critical role. |
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| Production upgrade opportunities include changing from manual to semi-automatic dispensing or upgrading from semi-automatic to fixtured robotic dispensing. |
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Meter/Mix Dispense
Equipment: Key to Multiple
Connector
Assembly |
Turn-Key Potting Benefits
OEM Electronics
Manufacturer |
| Biwax and Sealant
Equipment team up to satisfy a
demand to pot 720 automotive
electrical connectors per hour and
maintain the customer's high level
of quality. |
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| A 2-Part urethane is used in an integrated
potting system to produce 200 fully
cured electronic modules per hour. |
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Precision Dispensing Equipment for
a New
Two-Component Silicone Foam
Application |
Meter/Mix/Dispense System
Meets Critical Mix Ratios in Abrasive
Urethane Application |
| Dow Corning and Sealant Equipment develop a system for high-production rate gasketing
applications of silicone foam for automotive, electronic, appliance
and airframe/aerospace industries. |
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| A filter manufacturer
solves the issues of using
different polyurethane formulations
requiring different mix
ratios. |
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| Potting and Encapsulating Electronic Components |
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Selecting the Right 2-Component Dispense Valve |
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| Almost every industry
has been revolutionized
by electronics - defense,
aerospace, automotive,
medical, recreational,
telecommunications,
home appliance, computer.
The products manufactured
in these areas are
by-products of electronic
technology. |
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| Factors to consider
for selecting a
two-component valve
in a meter mix dispensing
system include the material
viscosities, mix ratio
(by volume), filler types
and contect, how the fillers
affect specific gravity or
density, the type of material,
and the material compatibility
with machine components. |
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