Specifications
The Hot-One System
D-M-E
Runnerless Molding Systems
41
The Hot-One concept
Micro system
Nozzles & Accessories
MEP
DEP
➛
MHD
➛
MDS
➛
p. 42
MEO
DEO
➛
MHD
➛
MDS
➛
p. 42
MSP
MSR
DSP
MHD
MDS
p. 43
MSO
MSR
DSO
MHD
MDS
p. 43
MGS
TCM
EHR
ECB
WTO
MGS
BHF
MEP
MEO
p. 44/45
The benefit of the Micro Hot-One system can be subscribed to the implementation of a new
and revolutionary generation of heating elements, developed and patented by
D-M-E
.
These insulated and cast-in heating elements feature a special multi-layer
construction and reduce heat loss to the mold by up to 60 %.
Because of the flat temperature profile and fast reaction to temperature fluctuations,
the Micro Hot-One system is most suitable for materials that are difficult to process.
A nozzle diameter of 17 mm and minimal heat loss to the mold allow for center-to-
center distances below 20 mm without accumulation of heat.
The air insulation between heating element and mold can be limited to 0.3 - 0.5 mm.
Because of the small dimension and geometry of the orifice diameter, color and
material change are realized very quickly.
Shot weights between 0.5 g and 12.0 g in single or multi-cavity molds are possible.
The consequent usage of special titanium alloys for all system components in contact
with the mold helps with the heat regulation of this Hot-One system.
Manifold Ancillaries
End caps
EHM
➛
GZ
➛
EEP
➛
EDR p. 71
EHM
➛
EEP
➛
p. 71
➛
➛
➛
➛
➛
➛
➛
➛
➛
➛
➛
Manifold Ancillaries
Heated nozzle adapters
EHN
EHL
p. 66
HR
DR
DI
WTO
BHA
p. 67
➛
➛
➛
➛
➛
➛
➛
Manifold Ancillaries
Riser pads
ERP
p. 72
Spacer rings (no view)
ESR
p. 72
Support blocks (no view)
ECB
p. 72
➛
➛
➛
➛
Manifold Ancillaries
Cartridge heaters
CHR
➛
CHS
➛
ECH
➛
EHP
➛
Tubular
➛
p. 68/70
Thermocouples
(no view)
ETC
➛
ETC
➛
ETC
➛
TCM
➛
p.71/72
➛
➛
➛
➛
➛