Esec 2100 hS i
The new Esec 2100 hS i delivers unmatched productivity and process quality with its innovative Dual Dispensing Module.
Enhanced process accuracy is achieved through the High Precision Bond Head and advanced High Resolution Vision Systems, now including an Up Looking System.
Dispense Volume Control and the Low Contrast Kit elevate process control to unprecedented levels.
Additionally, auto-optimizing pick-up tool offset and dispense pressure adjustments after syringe changes ensure consistent, reliable operation.
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10 micron Die placement accuracy
upto 18,500 UPH
0.2 - 20 N Bond force
>200 h MTBF
Key Features
Explore all features of the Esec 2100 hS i
Intelligence in Productivity
- Superior and proven ‘light & rigid’ P&P design
- High Performance P&P Y-axis with Liquid Cooling System
- Dual Dispensing Module with independent writing axes
- Dual 5 bar Pneumatic Dispense System Controller
- High Performance 4th Generation Vision System
- High Speed Production Mode with excellent accuracy
Intelligence in Accuracy
- High Resolution 4 Megapixel Vision Systems
- New High Resolution Up Looking Vision System
- High Precision Bond Head with highly accurate Theta-axis
- High Accuracy closed loop P&P Z-axis
- High Accuracy Production Modes
Intelligence in Process Control
- Low Contrast Object detection vision capability
- Three Dual Color Light Sources per camera
- Full High Definition (FHD) Graphical User Interface with multiple camera inspection images and viewers
- Sensor status overview of vacuum, air pressure and temperatures.
Intelligence in Automation
- Auto Adjusting Pick Up Tool offsets
- Auto Adjusting Dispense Pressure after syringe change
- Constant dispensing with Dispense Volume Control
- Auto Adjusting 2nd System on Dual Dispense Module
- Position Auto Correction of Die and Epoxy Placements
- Automatic Illumination Detection (vertical, indirect lights)
Specifications
The Esec 2100 hS i in numbers
Die placement accuracy (DAF)
| >2 mm | 15 μm / 0.15° (3σ) (high speed mode) |
| > 2 mm | 10 μm / 0.10° (3σ) (accuracy mode) |
| > 2 mm | 8 μm / 0.12° (3σ) (up looking vision) |
Die placement accuracy (Epoxy)
| > 2 mm | 18 μm / 0.2° (3σ) (high speed mode) |
| > 2 mm | 12 μm / 0.2° (3σ) (accuracy mode) |
| > 2 mm | 10 μm / 0.15° (3σ) (up looking vision) |
Performance
| MTBF | > 200h |
Bond process
| Bond force | 0.2 – 10 N |
| Bond rotation | 360° |
| Pre-bond/bond/post-bond heating | programmable, max. 200 °C |
Substrate Dimensions
| Width (standard) | 15 – 125 mm |
| Length | 90 – 300 mm |
| Thickness | 0.1 – 2.5 mm |
* Option or accessory may be required
Wafer and Die Dimensions
| Wafer size: | 4” – 12” |
| Frame size | 8” – 12” |
| Die size* | 0.5 – 20 mm |
| Die thickness | > 0.075 mm |
Machine Dimensions
| Footprint | WxDxH – 1,785 x 1,448 x 1,400 mm |
| Weight | approx. 1,600 kg / 3,500 lb |
Options
Available options on the Esec 2100 hS i
Substrate handler
- Dual Input (MHIN and TOS)
- Magazine Handler Input (MHIN only)
- Raildownholder
- Motorized Downholder Disp/Bond
- Strip Marking Unit
- Strip Thickness Compensation
- Strip Handler 100 mm cold Flat
- Strip Handler 100 mm hot Flat
- Strip Handler 100 mm hot Rail
- Strip Handler 100 mm cold taped QFN
- Strip Handler 100 mm hot taped QFN
- Roll-Out Slippage Check
- SMEMA Link Input
- SMEMA Link Output
- Pick Strip from Box
Pick & Place
- Massflow Die Sensor
- High Precision Bond Head
- Liquid Cooling System
Die Ejector
- Dual Stage Die Ejector
Vision
- Bond Height Measurement System (BHMS)
- Dual Dispense Indirect Illumination 2 colors
- Bond Indirect Illumination 2 colors
- Dispense Vertical Indirect Illumination 2 colors
- Bond Vertical Indirect Illumination 2 colors
- Uplooking Vision
Automation
- Wafer Mapping inclusive Conversion
- Host Communication Interface
- E142 Strip Mapping
Dispense
- Dual Dispenser System DHMS (DPDS-DHMS)
- Device Z-height Control (DZHC-i)
- Epoxy Volume Measurement (EVM)
Miscellaneous
- Uninterruptible Power Supply to PC
- Ionizer-Controlled Pick
- Ionizer-Controlled Bond
- Ionizer-Controlled Dispense
- Ionizer-Controlled WH Load Top
- Ionizer-Controlled WH Load Bottom
- Ionizer-Controlled Magazine Input
- Fine Filter Unit
- Fine Filter Unit with Air Particle Sensor
