Automatic Wafer Demounter

Automatic Wafer Demounter PWD2020

This is an automatic wafer peeling device after wire sawing (slicing). By setting the ingot bonded to the plate jig on the loading side, this system fully automates the process from rough cleaning to wafer peeling to wafer single wafer cleaning to drying to cassette storage. After peeling, the plate jig is discharged to the unloader side.
Peeling is done one by one by hot air heating method. Wafers after delamination are cleaned using the single-wafer method. After 2-fluid high-pressure washing, scrubbing, rinsing, water absorption roller drying, and slit nozzle drying, the horizontal articulated robot stores each sheet in the unloader's cassette. Storage can be selected from the upper and lower stages of the cassette (25 pieces). The maximum number of storage cassettes is 6. Supports OHT transportation.

Standard Specifications

Storage
Cassette (25 sheets)
Storage Cassette
Up to 6 (consideration possible)
Plate Jig
Made by NTC ・ Made by MB
Drive System
Motor drive (servo)
Safety Mechanism
Presence of cassette, presence of wafer, overload detection, error alarm, emergency stop
Power Supply
AC200V, 100A
Equipment Weight
About 5,000kg
Options
Loader ID reader, unloader RFID, wafer reversal, storage in multiple cassettes, area sensor, etc.

Automatic Wafer Demounter PWD2010

Type0
Type1
Correspondence Size
φ4-8″
Correspondence Size
φ4-8″
Constitution
Demounter part
Cleaning part 1
Cleaning part 2
Wafer transfer part
Constitution
Demounter part
Cleaning part 1
Cleaning part 2
Wafer transfer part
Conveying section
Loader
Unloader

Automatic Wafer Demounter PWD2020

Type0
Type1
Correspondence Size
φ12″
Correspondence Size
φ12″
Constitution
Demounter part
Cleaning part 1
Cleaning part 2
Wafer transfer part
Constitution
Demounter part
Cleaning part 1
Cleaning part 2
Wafer transfer part
Conveying section
Loader
Unloader

Features

  • Slide mechanism with original control.
  • Automated cleaning after wafer detachment, which used to be difficult.
  • Wafers cut by a wire saw are washed individually after being separated from the beam and stored in cassettes, all automatically.
  • Achieves low running costs.
  • Can be designed according to the ingot lifter you are using.
  • Optional loader ID reader can be added.
  • As an option, RFID function can be added to the unloader carrier.

Case study

Want to automate manual peeling
Want to manage wafer information

Considerable

Number of cassette stages, automation, work size, design for input lifter, etc.