PAR2E pellet metering mixing and distribution machine
Specially developed to meet the growing demand for evenly mixed two-part materials with controllable flow (PAR2-E) distribution of small dispersed volumes. Adopting a mechanically connected volumetric metering pump to provide precise distribution of ejaculation sizes ranging from 0.04ml to 8.0ml.
PAR2-E can be used as an independent electric desktop machine tool with a foot pedal start function.
Alternatively, its lightweight structure allows it to be directly installed on articulated robots or Meter Mix XY Cartesian robots for dispensing points.
The wide range of metering pump sizes and low volume disposable static mixing nozzles ensure that PAR2-E can adapt to most applications.
Metering pump: single acting positive displacement.
Proportion range: 1:1 to 18:1
Viscosity acceptance: up to 500000 CPS
Shooting size: refer to the example image below
Cycle rate: up to 40 times per minute
Mixing: Disposable low volume static mixer
Reservoir capacity: Various options for batch conveying systems ranging from 0.5 to 20 liters
Control: Machine on/off, emergency stop and reset programmable allocation of quantity and flow.
Service: 1-phase 240V electric and compressed air
Standard optional options
Typical allocation volume range based on mixing ratio
Please note that PAR2 can adapt to mixing ratios ranging from 1:1 to 18:1
See the table below:
Range of metering pump
1: 1 Mixing ratio
1: Mixing ratio of 2
5: 1 Mixing ratio
5: 1 Mixing ratio
Minimum/maximum volume
Minimum/maximum volume
Minimum/maximum volume
Minimum/maximum volume
tiny
0.04ml to 0.4ml
0.06ml to 0.6ml
0.13ml to 1.26ml
0.24ml to 2.33ml
Midy
0.48ml to 4.7ml
0.36ml to 3.52ml
0.29ml to 2.82ml
maximum
0.08ml to 7.9ml
0.06ml to 5.97ml
0.48ml to 4.7ml
0.44ml to 4.37ml
Typical applications
Electronic packaging and encapsulation
Model making and casting
Component bonding
Sealing and gasket forming
Brush settings
pack
Fixed filter end cap
Handling two parts
polyurethane
epoxy resin
organosilicon
Methacrylate ester
coating
