Waferpedia

Comparison ledger

2200 EVOversusLambda

Besi 2200 EVO, Finetech Lambda, side by side. Every value shown is drawn from the cited encyclopedia entries.

Documented as functional equivalents— Same function class: Packaging & Bonding, null[1]
Side-by-side comparison of selected equipment models
Attribute
LambdaFinetech
OEMBesiFinetech
CategoryPackaging & BondingPackaging & Bonding
Wafer size——
Process node——
Introduced——
Production run——
Lifecycle——
Lifecycle milestones——
Control system——
Generation——
FamilyBesi 2200Finetech Lambda
Cited variants
  • Datacon 2200 evo plus[2]
  • Datacon 2200 evo hF[2]
  • Datacon 2200 evo hS[2]
  • Datacon 2200 evo advanced[3]
  • FINEPLACER lambda 2[1]
Specifications
ConfigurationDual Head[4]50 x 50 mm Heating Plate with Gel/Waffle Pack station[6]
Power supply3 x 400 v[5]—
U nominal3 x 400 V[5]—
X/Y placement accuracy±10 µm @ 3s[2]—
Theta placement accuracy±0.15° @ 3s[2]—
Bond force0.5N to 75N programmable[2]—
Throughput (die attach)up to 7,000 UPH/module[2]—
Throughput (flip chip with dipping)up to 2,500 UPH/module[2]—
Throughput (flip chip without dipping)up to 3,200 UPH/module[2]—
Number of working headsup to 4[2]—
Die size (die attach)0.17 mm - 50 mm[2]—
Die size (flip chip)0.5 mm - 50 mm[2]—
Die thickness>50 µm (thinner on request)[2]—
Wafer size4" - 12" (SEMI M1)[2]—
Substrate working range13" x 8" (325 mm x 200 mm)[2]—
Machine dimensions (LxDxH)1,160 mm x 1,225 mm x 1,750 mm[2]—
Weight1,300 kg[2]—
Uptime> 98 %[2]—
Yield> 99.95 %[2]—
Heated bond head temperatureup to 450°C (optional)[2]—
UV curing wavelengths365 nm & 405 nm[2]—
UPH (Die attach)up to 7,000 UPH/module[2]—
UPH (Flip Chip with dipping)up to 2,500 UPH/module[2]—
UPH (Flip Chip without dipping)up to 3,200 UPH/module[2]—
Bond head rotation0° - 360°[2]—
UV Curing365 nm & 405 nm[2]—
Frame sizeFF070, FF105, FF108, FF123; automatic change[2]—
Head configurationDual Head[4]—
Accuracy—0.5 um[6]
Power—80W Contact Chip Heater (CCH) with a single heated tool[6]
Placement Accuracy—0.5 μm (sub-micron)[6]
Bond Force Range—0.2-20 N[6]
Heating Plate Size—50 × 50 mm[6]
Side Process Camera—Included[6]
Y Axis Camera Shifter—Included[6]
Fine Theta Adjustment on Bond Head—Included[6]
Dispense Syringe Mount Hardware—Included (no controller)[6]
Operating System—Windows 10 Pro[6]
Bonding Technologies—Thermocompression and ultrasonic[8]
Inert/Process Gas Enclosure—Included (on asset 153908)[7]
XY & Coplanarity Calibration Kit—Included (on asset 153908)[7]
Software—Finetech Software[6]
Placement Accuracy (description)—sub-micron[8]
Heating Plate—50 x 50 mm with Gel/Waffle Pack station[6]
Control System—Windows 10 Pro PC[6]
Fine Theta Adjustment—Present on bond head[6]
Dispense Syringe Mount—Hardware only (no controller)[6]
Bond Line Adjust/Control Module—Present[6]
Contact Chip Heater—80W (CCH) with single heated tool[7]
Substrate Heater (optional)—100 x 100 mm with Gel/Waffle Pack station[6]
Placement accuracy—Sub-micron placement accuracy[8]
Bond technologies—Thermocompression and ultrasonic technologies[8]
Heating plate—50 x 50 mm Heating Plate with Gel/Waffle Pack station[6]
Bond force range—0.2-20N Bond Force Module[6]
Bond head theta adjustment—Fine Theta Adjustment on Bond Head[6]
Vision—Side Process Camera[6]
Camera shifter—Y Axis Camera Shifter[6]
Adhesive dispensing hardware—Dispense Syringe Mount Hardware – no controller[6]
Process gas enclosure—Inert/Process Gas Enclosure[7]
Contact chip heater—80W Contact Chip Heater (CCH) with a single heated tool[7]
Calibration kit—XY & Coplanarity calibration kit[7]
Control PC—Windows 10 Pro PC, Keyboard, Mouse & Monitor[6]
Bond line control—Bond Line Adjust/Control Module[6]

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Sources (8)Every fact above is drawn from these public sources
  1. [1]finetechusa.comfinetechusa.com
  2. [2]besi.combesi.com
  3. [3]besi.combesi.com
  4. [4]inventory listing
  5. [5]inventory listing
  6. [6]inventory listing
  7. [7]inventory listing
  8. [8]epfl.chepfl.ch