2023-0002-ITEC_003_Product-catalogue-Jan-2023_LR.pdf - 第9页

9 ADA T3 XF T AGLINER - HIGH- VOLUME RFID INLA Y DIE BONDER RFID DIE A T T ACH Cur ing in millis ec onds v er sus s ec onds in t he c urr en t indus t ry pr ac ti ce, t he A D A T 3 X F T agline r is t hre e tim es fa st…

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ITEC - PRODUCT PORTFOLIO
The Reel-to-Reel Eutectic Die Bonder supports all wafer
map formats and is designed with high-denition optics
for small-to-medium discrete products at extreme
speed. With die alignment, backside chipping, die size
measurement, and optional sidewall inspection for at
collets, the ADAT3 XF DBRE guarantees to enhance your
production, product quality, and total cost of ownership.
For a fully automated,
hands-o operation to increase
your uptime and output
ADAT3 XF DBRE - REEL-TO-REEL EUTECTIC DIE BONDER
DIE BONDER / DIE SORTERDIE ATTACH
Key features
Post-attach inspection
Die present
Lead frame alignment XY
Black die detection
Surface inspection as a roadmap element
Wafer handling
Auto wafer change
Wafer expansion
Auto barcode reader
Extensive wafer mapping and wafer
alignment functionality
Automation
Wafer map formats: Market standards.
Full wafer map
Wafer map alignment: Start and reference
die functionality.
Auto equipment setup: via Semiconductor
Equipment Communication Standard
(SECS) / Generic Equipment Model (GEM)
Traceability: ID input by barcode scanning
Specications
Speed
48,000 dies per hour with roadmap
to 60,000 dies per hour for small dies
(≤ 0.4 x 0.4 mm)
Product size
200 x 200 um to 5 x 5 mm
Lead frame size
Up to 32 mm wide
Connectivity
Connectivity via Semiconductor Equipment
Communication Standard (SECS) / Generic
Equipment Model (GEM) for automated
set-up and die traceability
Automatic FFC wafer change for hands-o
operation (AEC-Q101 compliant)
Flexible platform for all applications
Fits in XF (Extended Flexibility) platform
architecture Reel-to-Reel lines
Convertible to other XF (Extended
Flexibility) applications for leaded and
leadless to cater for product mix exibility
Optional lead frame, anti-tarnish,
outgassing module
System accuracy
Small die (≤ 0.4 x 0.4 mm)
XY: 1 σ_xy ≤ 10 μm
Rotation: 1 σ_φ < 1˚
Wafer handling
Wafer diameter: 8 inches, 6 inches
on 8 inches Film Frame Carrier (FFC)
Wafer frame: Steel Film Frame Carrier
(FFC) 8 inches or 12 inches
Foil tension: 8 inches, 1 - 10 mm
Wafer cassette: up to 25 slots
Die handling
Process Temperature: maximum 470 °C
Pickup force: 0.4 - 1.5 N ±0.1 N, Ultra-low
(programmable) pickup force (20 grams)
Bond force: 0.2 - 1.5 N ±0.1 N
Mixed gas: customer-specic
Collet: pyramidal, at
Ejector tool: single needle
Machine dimensions
Machine length, width, height:
2050 x 1250 x 2200 mm
3
Net weight: 1850 kg
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ADAT3 XF TAGLINER - HIGH-VOLUME RFID INLAY DIE BONDER
RFIDDIE ATTACH
Curing in milliseconds versus seconds in the current
industry practice, the ADAT3 XF Tagliner is three times
faster and 30% more accurate than anything on the
market. Common systems only work with transparent
web material; this Tagliner handles a diverse range,
including paper enabling you to move away from PET
plastics for sustainability. Eliminating manual handling
through automated wafer change and qualied for
die bond of all known ICs down to 200 μm die size, the
ADAT3 XF Tagliner performs a complete inspection
without sacricing speed and productivity.
For the highest productivity
and quality standard at the
lowest cost of ownership
Key features
Performance
48,000 units per hour with the machine
speed up to 50.8 mm web pitch
High-precision die-attach
Works with both transparent and
non-transparent web material
High-precision glue dispense system
High-speed thermal compression curing
system. Easy maintenance, one or two
units only
100% high-resolution optical inspections
on glue, die, attach and cure processes -
without compromising machine speed
Process fully qualied for major chip
suppliers at the industry’s tightest
reliability requirements: temperature,
humidity, and mechanical
8 to 12 inches wafer compatible with
fully automatic wafer change
Capable to handle dies down to 200 µm
Single-track design for easy operation
and change over
Integrated with BW Paper systems,
winding/conversion systems,
and Voyantic readers
Specications
Speed
48,000 units per hour ip chip
up to a web pitch of 50.8 mm
Die Range
Die size: 200 x 200 µm to 5 x 5 mm
Web width: 40 - 165 mm, single row
operation
Placement accuracy
Die position: x, y: 1 σ < 9µm
Die rotation: φ: 1 σ < 0.67°
Pick and place force: 0.2 - 1.5 ± 0.1 N
Dispense accuracy
Dot size accuracy: 1 σ < 10 µm
Dot position accuracy: 1 σ < 10 µm
Dot diameter: >200 µm
Cure system
2 stitch units, thermo compression cure
Cure temperature range: 20 … 500 ± 5 °C
Cure force range: 0 - 20 ± 0.5 N
Cure time range: 0 - 5000 ms
QA vision inspections
Glue dot size and -location
Die top-side before attach
Die bottom-side before attach
Glue presence before attach
Die presence before cure
Die placement and rotation
Wafer handling
8 and 12 inches
Steel/plastic Film Frame Carrier (FFC)
Automatic wafer change
Wafer expansion
Automatic barcode reader
Subsystems
BW Paper Systems
Winder/Unwinder
Voyantic Reader
Machine dimensions
Length, width, height:
5397 x 1500 x 2617 mm
3
Net weight: 5230 kg
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ITEC - PRODUCT PORTFOLIO
Reduce your total cost of ownership. Gain quality
inspections and the exibility to scale - without
compromising on accuracy, quality, or speed. The ADAT3
XF PiXelect Bonder is four times faster than anything on
the market - handling LED as small as 3x5 mil. The ip-chip
bin-mixing technology eliminates the sorting step and
manual wafer change. Multiple systems can be connected
- enabling you to build competitive, high-denition, and
cost-eective displays using mini-LED technology.
Ready for next-generation
LED direct view displays
ADAT3 XF PIXELECT BONDER - HIGH-SPEED HIGH-ACCURACY MINI-LED
BONDER WITH FLIP-CHIP FUNCTION
MINI-LEDDIE ATTACH
Key features
Performance
Bonding 70,000 units per hour
Handles the smallest LED sizes
on the market
Flip and non-ip conguration
at same speed
Standard deviation XY position
better than 3 μm
Handles sorted as well as EPI wafer
input (sorting and bonding integrated
in one step)
100% high-resolution optical inspections
on die, attach, and post-bond steps
without compromising on machine speed
8 inches Film Frame Carrier (FFC) ring
with fully automatic wafer change
Can be congured for manual load as well
as conveyor belt interface with a series
of systems (Red/Green/Blue (RGB) line)
Can handle R, G, B colours in single
machine with placement gap down
to 20 μm
Specications
Speed
70,000 units per hour ip-chip bonding
Die Range
Length, width: 75 x 125 μm to 2.5 x 2.5 mm
Aspect Ratio: 1:1 - 1:3
Thickness: 50 - 400 μm
Substrate range
Minimum: 75 x 75 x 0.1 mm
Maximum: 250 x 250 x 0.2 mm
Placement Accuracy
Die position: x, y: 1 σ < 3µm
Die rotation: φ: 1 σ < 1°
Pick and place force: 0.2…1.5 ± 0.1 N
Pick up tooling
Vespel collet
Rubber tip
Four-sided collet
Push-up needle
Substrate Handling
Manual
Optional conveyor belt interface with
a series of machines (RGB line)
QA Vision Inspections
Pre-pick inspection (wafer): Die alignment.
Frontside chipping. Wafer map alignment
Pre-pick inspection (PKG carrier):
PKG alignment
Frontside chipping. Carrier map alignment
Post-pick (transfer): Die present.
Die alignment
Pre-bond inspection on substrate:
Bond pad alignment
Post-bond inspection incl. substrate
recognition: Die placement
Wafer handling
Handling R, G, B wafers: EPI or Sorted
8 inches Film Frame Carrier (FFC) ring
Automatic wafer change
Wafer expansion
Automatic barcode reader
Automation
Full die traceability (full strip mapping)
Auto recipe download (MES interface)
Monitoring of critical process parameters
during production. Automatic stop function
when parameter out of control
Servo, bond-force and vacuum auto-
diagnostics functionality to check health
status of the machine
Machine dimensions
Length, width, height:
2050 x 1280 x 2100 mm
3
Net weight: 1850 kg