Semiconductors » Etching Systems

Building Filters

110

Used process

  • BMR BMR PLASMA

    BMR BMR PLASMA

    • Manufacturer: BMR

    Process: HDPECVD | Chamber: 2 C/H | Shipping: EXW

    South Korea
  • TEL TELIUS SCCM

    TEL TELIUS SCCM

    • Manufacturer: Tokyo Electron - TEL
    • Model: TELIUS SCCM

    Wafer size: 12" | Process: Dry ETCHER | Shipping: EXW`

    South Korea
  • AMAT CENTTURA 5200

    AMAT CENTTURA 5200

    • Manufacturer: Amat

    Wafer size: 8" | Process: MxP POLY | Shipping: EXW

    South Korea
  • 1998 GASONICS GASONICS IRIDIA 4800

    1998 GASONICS GASONICS IRIDIA 4800 DL

    • Manufacturer: GaSonics

    Wafer size: 8" | Process: STRIPPER / ASHER | Shipping: EXW

    South Korea
  • 2007 TEL TELIUS SCCM

    2007 TEL TELIUS SCCM

    • Manufacturer: Tokyo Electron - TEL
    • Model: TELIUS SCCM

    Wafer size: 12" | Process: DRY ETCHER POLY | Shipping: EXW`

    South Korea
  • PLASMA THERM WAFER/BATCH 740

    PLASMA THERM WAFER/BATCH 740

    • Manufacturer: Plasma-Therm
    • Model: WAFERBATCH 740

    Wafer size: 4" | Process: DUAL PLASMA ETCH AND RIE | Shipping: EXW

    South Korea
  • PLASMA THERM WAFER/BATCH 740

    PLASMA THERM WAFER/BATCH 740

    • Manufacturer: Plasma-Therm
    • Model: WAFERBATCH 740

    Wafer size: 4" | Process: DUAL PLASMA ETCH AND RIE | Shipping: EXW

    South Korea
  • SOSUL TRIMA 3100

    SOSUL TRIMA 3100

    • Manufacturer: SOSUL

    SOSUL EXTRIMA 3100 SN-S31A-06-001 Sales details Noted -HDD NOT INCLUDE It have may some parts missing.

    South Korea
  • 2011 AMAT G5

    2011 AMAT G5

    • Manufacturer: Amat
    • Model: G5

    Wafer size: 12" | Process: Poly | Chamber: 4C/H | Shipping: EXW

    South Korea
  • AMAT SILVIA

    AMAT SILVIA

    • Manufacturer: Amat

    Wafer size: 12" | Process: TSV ETCHER (Silvia Chamber 2ch/ 1Axiom chamber) | Shipping: EXW

    South Korea
  • no-image_en.png

    2014 ULVAC NE-950EX

    • Manufacturer: Ulvac
    • Model: NE-950EX

    Manufacturing process: etcher | Inch: 4

    Tokyo, Japan
  • no-image_en.png

    ULVAC NE-5500

    • Manufacturer: Ulvac
    • Model: NE-5500

    Manufacturing process: etcher | Inch: 3

    Tokyo, Japan
  • no-image_en.png

    TOK TCE7822

    • Manufacturer: TOK

    Manufacturing process: etcher | Inch: 8

    Tokyo, Japan
  • no-image_en.png

    2006 TEL Unity 2e-855PPA

    • Manufacturer: Tokyo Electron - TEL

    Manufacturing process: etcher | Inch: 6

    Tokyo, Japan
  • no-image_en.png

    YAMATO V1000X

    • Manufacturer: Yamato
    • Model: V1000X

    Manufacturing process: etcher | Inch: 4

    Tokyo, Japan
45678

Overview

Etching systems are industrial machines used to remove material from substrates using chemical, plasma, or wet etch processes for PCBs, semiconductors, metals, and decorative finishes. Equipment ranges from benchtop wet etchers to inline plasma/RIE units with process control, exhaust filtration and automation. Buyers prioritize process compatibility, throughput, waste handling, safety features, and the availability of spare parts and consumables when evaluating used or refurbished units.

FAQ

What should I check when buying a used etching system?

Verify process compatibility (chemical vs. plasma), chamber and fixture condition, integrity of seals and pumps, controller/software status, maintenance logs, exhaust and filtration systems, and availability of spare parts and consumables. Ask about prior processes that may have contaminated the unit.

How do I arrange safe shipping for an etching system?

Decontaminate and neutralize all chemicals, drain fluids, disconnect gas and power, and document hazardous-materials history. Use a transporter experienced with lab/semiconductor equipment, crate and secure components, insure the shipment, and prepare required hazmat paperwork and permits.

What regular maintenance does an etching system need?

Routine tasks include chamber cleaning, filter and pump replacement, vacuum seal inspection, gas-line leak tests, controller calibration, and proper waste neutralization/disposal. Keep logs, follow manufacturer service intervals, and replace consumables proactively to maintain process consistency.