88226623-01-05 - Flex Neo PPiX Tech Spec.pdf - 第5页
5 DEK FLEX NeoHori zon P PiX Machine D escrip tion DEK FLEX NeoHorizon PPiX – Mo re r el ia bili t y and efficiency for future - proof printing The FLEX NeoHorizon PPiX shines with more than new design. It’s modular inte…
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Overview of Technical Data
Machine Alignment Capability
> 2.0 C
mk
@ +/- 12.5µm, (±6 Sigma)
System Alignment Capability
> 2.0 C
mk
@ +/- 15µm, (±6 Sigma)
Wet Print Capability
> 2.0 C
pk
@ +/- 20µm, (±6 Sigma)
Core Cycle Time
8 secs (with Std rails) 6.5 secs (with HTC)
Operating System
Windows 10 IoT Enterprise
Squeegee Pressure Mechanism
Software controlled, motorised with closed loop
feedback
Under Stencil Cleaning
Typhoon high speed cleaner, fully programmable with
wet/dry/vacuum wipe with external solvent tank
Machine colours for DEK FLEX NeoHorizon PPiX
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DEK FLEX NeoHorizon PPiX
Machine Description
DEK FLEX NeoHorizon
PPiX – More reliability
and efficiency for
future-proof printing
The FLEX NeoHorizon
PPiX shines with more
than new design. It’s
modular interior is much
improved and highly
reliable. Whether in high-
mix contract
manufacturing or high-
volume applications with
high throughput
requirements – the FLEX
NeoHorizon PPiX is the
right printing platform.
Benchmark for accuracy
The FLEX NeoHorizon
PPiX platform is based on
an exceptionally stable
frame design. With its
torsional rigidity and high
intrinsic resonance
frequency, the machine’s
frame provides the
foundation for longevity
and long-lasting accuracy.
With its advanced
controllers and bus
systems, the FLEX
NeoHorizon PPiX
achieves a system
alignment capability of
±15µm @ 2 Cmk (6
Sigma).
The frame provides lots of
space and the bus system
a wide range of interfaces
for basic components like
precision drives, digital
camera modules and high
precision guides and
slides, as well as for many
productivity-enhancing
options: the DEK
Productivity Tools.
State-of-the-art
software: DEK Instinctiv
With its touchscreen,
keyboard and trackball
operation, graphical
interfaces, multiple
languages and integrated
video-based help, the
DEK Instinctiv software
supports the easy, quick
and error-free operation of
the FLEX NeoHorizon
PPiX printer.
With ISCAN (Intelligent
Scalable Area Network),
the new configuration can
be scanned with just a
few clicks and additional
performance is available.
And thanks to its
interfaces, the FLEX
NeoHorizon PPiX can
fine-tune its printing
process based on data
imported from modern
SPI systems.
The right configuration
for every job
High-speed production,
high-mix runs of small
lots, pin-in-paste, ultra-
fine apertures for super-
small components,
stepped stencils, PCBs
with unusual substrates,
many different paste
types – no matter what
the production
requirements are and
what processes are being
used: the FLEX
NeoHorizon PPiX platform
always accommodates
the right configuration for
the printing process.
B2B setup: Flexible on
two tracks
The FLEX NeoHorizon
PPiX Back-to-Back setup
makes for a uniquely
flexible dual-track
solution. Both units
remain separately
controllable, can be split
up again at any time and
use the full-size printing
area.
Faster cleaning, more
throughput
The FLEX NeoHorizon
PPiX offers two models of
automatic under stencil
cleaning: selectable
versions of the new DEK
Typhoon high-speed
under stencil cleaning
system featuring the new
optional plenum inserts
Hard Top – for standard
cleaning, Poly Blade for
cleaning irregular
undersides as standard.
Or the iUSC under stencil
system as an option.
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DEK FLEX NeoHorizon PPiX
Machine Standard Configuration
Standard Configuration
Specification
Machine Alignment Capability
> 2.0 C
mk
@ +/- 12.5µm, (±6 Sigma)
System Alignment Capability > 2.0 C
mk
@ +/- 15µm, (±6 Sigma)*
Wet Print Capability
> 2.0 C
pk
@ +/- 20µm, (±6 Sigma)
Core Cycle Time 8 secs (Std Rails) 6.5 secs (HTC)**
Maximum Print Area
510mm*** (X) x 508.5mm (Y) (for Single Stage Mode)
Printer Construction One piece optimised welded frame
ISCAN
TM
Machine Control
Motion control using CAN BUS network
Operating System Windows 10 IoT Enterprise
Operator Interface
Colour TFT touch screen display, keyboard and trackball with
DEK Instinctiv
TM
software. Machine mountable on either left or
right hand side.
Camera HawkEye® 1700 digital camera, using IEEE 1394 interface.
Multi-channel. LED lighting. FOV 11.3mm x 8.7mm.
Inspection window 75mm
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Camera Positioning
Rotary motors and encoders with 4 micron resolution
Squeegee Pressure Mechanism Software controlled, motorised with closed loop feedback
Stencil Positioning
Automatic loading incorporating squeegee drip tray
Stencil Alignment Motorised via actuators X, Y, and Theta
Under Stencil Cleaning
Typhoon Under Stencil Cleaner, fully programmable with
wet/dry/vacuum wipe with external solvent tank
Specify length (300mm, 400mm, 460mm, 515mm)****
Vacuum Assist for Under Stencil Cleaning On board vacuum unit 35 litres/sec airflow
Squeegee
Clamped double trailing edge squeegee (1 set included)
Tooling Deviation Monitor Verification of tooling setup via squeegee pressure feedback
Machine Interface
Upline and downline FMI included
Connectivity RJ-45LAN (networking) and USB2/3 interface available
ESD Compatibility
Compliant with EN/IEC 61340-5-1, EN/IEC 61340-5-2,
ANSI/ESD SP10.1, ANSI/ESD S20.20
Tri Colour Beacon Programmable with audible alarm
Temperature & Humidity Sensor
Monitoring of the process environment
Documentation Hard copy manuals comprising: Operator, Installation,
Electrical Drawings. On board technical manuals and tutorials
supporting operator functions. DVD containing manuals and
tutorials.
* System Alignment Capability is certified by a 3
rd
party software QC Calc and undertaken by applying board
loading/unloading, board clamping, camera/rising table movement and print process.
Accuracy and Repeatability qualifications are certified by CeTaQ and AVS to deliver highly confident wet print
process.
** Measured using the ASM defined Core Cycle Time test parameters, for details contact the Product Manager
*** For print area up to 600mm long please contact the Product Manager
**** If configured with an AWSM, the cleaner chamber size should be matched with the minimum AWSM width and
stencil frame width being used