 |
METER
MIX DISPENSE
Camm-Coater™ Dispensing System
The Camm-Coater™ Dispensing System is a two component meter-mix-dispense system that is designed to work with both standard static mixers and the new fully disposable spray static mixers (HSS). While especially suited for spray applications, the versatile Camm-Coater™ can also be used for potting, encapsulating, bonding, sealing, filling, doming, foam applications, concrete repair, pipe repair, crack filling and concrete saw-cut filling.

|
 |
 |
 |
Joint Jockey™ Joint Filler
The Joint-Jockey™ is an economical two-component meter-mix-dispense system designed to properly proportion, blend and apply joint-fillers, crack injection liquids and coatings.
|
 |
 |
 |
STT
Dual Mini Valves™
Slide
Tube Technology™ has lead to the development
of this small lightweight dual component
dispensing valve. Encompassing responsive
double acting pneumatic actuation, the STT
Dual Mini Valve™ is
capable of 3-4 cycles per second. The small
physical size and weight of the valve makes
it ideal for robotic applications.
|
 |
 |
 |
STT High
Flow Dual Valve™
For
production runs where efficiency and high
throughput are important, our new STT
High Flow Dual Valve™ is
just the ticket. Designed using CAMMDA's
unique Slide Tube Technology™, it utilizes
a straight flowpath, resulting in greater
throughput and increased durability over
side-loaded valves.
|
 |
 |
 |
Micro-FluidRatiometer™
CAMMDA's Micro-FluidRatiometer™ is
an economical precision metering system for
two component epoxies and silicones, that
offers smaller shot cup mixing without weighing
or measuring. Lightweight and portable, it
is ideal for maintenance shops and repair
depots. The metering ratio is adjustable
from 1:1 to 1:100, adding to the convenience
and versatility of this system

|
 |
 |
 |
| Syringe
Filling Station SV
(Similar Viscosities)
An
easy and clean solution to "on the fly"
syringe filling of two component materials,
the Syringe Filling
Station (SV) is ideal for "similar
viscosity" epoxy, silicone and urethane
compounds.
|
 |
 |
 |
|