You are here:

SITEK & Semitool Spin Rinse Dryers (SRDs)

SITEK offers new and refurbished Spin Rinse Dryers (SRDs) for many industries and applications. We are industry experts in semiconductor wafer cleaning, contact us with any questions.

Add To Quote
SITEK 870 Spin Rinse Dryer
Add To Quote
SITEK 880 Spin Rinse Dryer
Add To Quote
SITEK 8300 Spin Rinse Dryer
Add To Quote
SITEK 4xx Spin Rinse Drye
Add To Quote
SITEK 4xx Spin Rinse Dryer-3 (1)
Add To Quote
SITEK 4300 Spin Rinse Dryer-1
Add To Quote
SITEK 270 Spin Rinse Dryer-1
Add To Quote
260 SITEK Spin Rinse Dryer-1
Add To Quote
SITEK 2300 Spin Rinse Dryer-1
Add To Quote
3 inch Rotor3 inch Rotor
Add To Quote
Rotor Rebalancing Service
Add To Quote
5inch Rotor
Add To Quote
6 inch Rotor
Add To Quote
Cam, Assembly, Brush or Brushless Motors, 30 SlotCam, Assembly, Brush or Brushless Motors, 30 Slot
Add To Quote
30-Slot Optical Sensor Disc for Semitool & Rhetech SRD

Showing 1–15 of 170 results

What is a Spin Rinse Dryer (SRD)?

Spin Rinse Dryers are designed to clean and dry semiconductor wafers after various processing steps. They use a combination of centrifugal force, rinse water, and sometimes heated nitrogen to remove particles and contaminants from the wafer surfaces without leaving water marks or residues.

The primary goal is to achieve high cleanliness levels and dry wafers efficiently to prepare them for subsequent manufacturing steps, such as photolithography, etching, or chemical vapor deposition.

What are the key considerations when selecting a Spin Rinse Dryer?

Key considerations include the types and sizes of substrates to be processed, the level of cleanliness required, throughput needs, and compatibility with existing production lines. Additional factors might include the dryer’s footprint, energy consumption, maintenance requirements, and the ability to customize settings and inserts for specific applications

What types of substrates can be processed in a Spin Rinse Dryer?

SRDs are versatile and can handle a wide range of substrates including semiconductor wafers, glass plates, and other flat substrates used in electronics, photovoltaics, and similar high-tech industries. The specific types and sizes of substrates that can be processed depend on the machine’s design and the available inserts or rotors.