Nanofabrication/Equipment/Wafer Dicing Saw: Difference between revisions

From CNM Wiki
Jump to navigation Jump to search
(Created page with "<gallery> IMG 0956.JPG |Wafer Mounting System Example.jpg|Caption2 </gallery>")
 
 
(6 intermediate revisions by the same user not shown)
Line 1: Line 1:
<gallery>
 
IMG 0956.JPG |Wafer Mounting System
Example.jpg|Caption2
[[File:IMG 0955.JPG|right|400px| ADT 7200 Dicing Saw]]
</gallery>
[[File:IMG 0956.JPG|right|400px|Wafer Mounting System]]
==Dicing Saw==
 
The ADT7200 Dicing saw is a semiautomatic saw that can cut up from small pieces to a 200mm silicon wafer.
 
 
===Features===
* 8 Inch Chuck
materials cut: Silicon, Glass, Sapphire, Quartz, STO
 
===Thing to know===
* Each user should know or do the following before cutting or requesting staff assistance in cutting:
* Substrate thickness and composition.
* Blue dicing tape thickness: 75 microns (other tape may be a different thickness).
* Spin thin photoresist layer to protect surface if needed.
* Index for all angles
* Where markers are located
* No GaAs, PZT, or heavy metals are allowed.
 
===Dicing Blades===
 
 
 
===User Proposal Feasibility===
 
When requesting the use of this instrument, please provide the following information in your user proposal:
 
* Sample materials
* Layout Drawing
* Number of samples to process or number of times of instrument usage
 
Questions? Please contact the instrument custodian before submitting your proposal.

Latest revision as of 00:40, January 29, 2021


ADT 7200 Dicing Saw
Wafer Mounting System

Dicing Saw

The ADT7200 Dicing saw is a semiautomatic saw that can cut up from small pieces to a 200mm silicon wafer.


Features

  • 8 Inch Chuck

materials cut: Silicon, Glass, Sapphire, Quartz, STO

Thing to know

  • Each user should know or do the following before cutting or requesting staff assistance in cutting:
  • Substrate thickness and composition.
  • Blue dicing tape thickness: 75 microns (other tape may be a different thickness).
  • Spin thin photoresist layer to protect surface if needed.
  • Index for all angles
  • Where markers are located
  • No GaAs, PZT, or heavy metals are allowed.

Dicing Blades

User Proposal Feasibility

When requesting the use of this instrument, please provide the following information in your user proposal:

  • Sample materials
  • Layout Drawing
  • Number of samples to process or number of times of instrument usage

Questions? Please contact the instrument custodian before submitting your proposal.