Plastrading ancillary technology partners with the technologies you need
We have aligned ourselves with carefully selected ancillary partners who enable us to offer you the state-of-the-art manufacturing process you need to achieve your manufacturing objectives:
Our scope of supply extends to:

Volumetric Feeders DM – The DM series of volumetric feeders is designed for the automatic and precise dosing of masterbatches, additives, and regrinds.

MJ6-i Dehumidifying Dryer Dehumidifying Dryer uses a honeycomb rotor. There is no risk of the desiccant powdering, and it is not easily affected by the temperature or humidity of the outside air, so it always maintains a stable drying environment.
JL4
Vacuum Loader (Jet loader)
ST
Pneumatic Conveyor (Stella)
APH
Aero Power Hopper (Filterless Type)
Jet Clone
MVH
Suction Hopper
SJC
Slide Gate Type Suction Hopper
CJC
Cylinder Type Suction Hopper
FPD
Dust Remover
DP
Suction Pressure Sensor Unit
KI Blow
MC
Magic Catch
–
Rotary Valve
–
Material Branch Valve
MSD
Piping Switching Unit
PD
Material cutting unit (push damper)
MEC
Easy coupling
-
CU
Connection Unit
MPJ
Matsui Pipe Joint
–
Suction Nozzle
-
KKB
Hose Type Suction Box
SKB
Nozzle Type Suction Box
UH
Universal Header
–
Magnet separator
–
T-type Feeding Pipe (for Jet Clone)
–
Double Cone
PLP
Compressed Air Loader
FD
Pneumatic Conveyor
SFD-HT
Pneumatic Conveyor
MC6
Mold temperature controller Kanaon
MC6-SP
Kanaon mold temperature controller
MC5-HH
Mold temperature controller (high temperature specification) Kanaon
MCLX/HX
Mold temperature controller (large flow rate) Kanaon
MC-5
Kanaon mold temperature controller
Heat&Cool
Mold temperature control technology
MC5
Kanaon mold temperature controller
MC
Kanaon mold temperature controller
MCA
media temperature controller
MCAX
media temperature controller
MCJ-AA
media temperature controller
MIC
Air-cooled material outlet cooler
MCX2
Water-cooled mold cooling and temperature controller Rayion
MCC5-i
Water-cooled mold cooling machine
MCC5-N
Mold Cooling Machine
MCC5
Mold Cooling Machine
MCCA3 / MCCA3-N
Mold cooling machine (air-cooled type)
ecobrid
Air-cooled sealed water cooling system
preCLEAR
Ion exchange water softener with filter
SMGL3-G1
Low-speed crusher
SMGL3-G3
Low-speed crusher
MGL2
Low-speed crusher
SMGL-300J
Low-speed crusher
MC-5
Kanaon mold temperature controller
BM-SL
High-speed crusher
TamaGON
Mold insulation system
SDC
Mold Changer
–
3D water pipe mold insert
SMGL-300J
Low-speed crusher
MAG
Mold gas suction device
i3 MICRO CLEAN 2
Dry Ice Blast Cleaning Equipment
–
3D Water Tube Sprue Bush
ZiRKON
Insulating Sprue Bush
Raptor22ST2
Engineering plastic recycling pelletizer
MuCell®
Physical foam molding
TA
Material Tank
T
Material Tank
–
Twin Tank
MS
silo
–
Barrow
Receiving facilities
Flow diagram
iFLOW Manifold Technology
Brazed Heater Technology
MasterSHIELD Leak Protection Technology
APS (Adaptive Process System) Technology



SUMMIT-SERIES
MASTER-SERIES
ACCU-LINE
VELOCITYLS


FUSION-SERIES G2
DURA+




LSR COLD DECK
PET-SERIES




MELT-CUBE EVO
MELT-CUBE
MELT-DISK
TIT-EDGE


E-MULTI
E-MULTI LSR




HOT RUNNER SYSTEM
CONNECT PACKAGE
KLEAR CAN
APPLICATIONS

MOLD MONITORING SYSTEM

























Dehumidifying dryer (Optical) DMD4 – A dehumidifying dryer and a vacuum loader that supplies stable dew point dry air for optical molding combined in a single unit. The initial performance is kept for a long period without replacing the adsorbent material in the honeycomb unit.
Dehumidifying Unit DMZ2 – DMZ2 supplies dry air with a stable low dew point of -40 °C. The initial performance is kept for a long period without replacing the adsorbent material in the honeycomb unit.
Dew condensation prevention machine SGP – Dew condensation prevention machine SGP is a device to prevent dew condensation on the mold by dehumidifying the air around the mold. Contributes to a high cycle of molding where the set temperature could not be lowered to avoid dew condensation.
Thermal Fin Vacuum Dryer DPD3.1 – DPD3.1 is Thermal Fin Vacuum Dryer. The reduced pressure space allows for short drying times at low temperatures. It prevents yellowing of products caused by oxidation, and reduces the maintenance frequency of the mold surface by removing gases.






