Semiconductor and E&E Brushes for ESD Control & Cleanroom Precision
Protect yields. Remove particles. Keep processes stable.
Precision engineered brushes for fragile assemblies and critical processes. Protect prints. Stop static. Keep cleanroom environments particle free. Fast samples. Fast turn. No minimum order quantity.
Advance Brush Material
That Deliver Solutions
We design & deliver custom semiconductor brushes for every station on the line. From SMT stencil cleaning, PCB/IC tray conveyors cleaning, handler/test socket cleaning, tape-and-reel feeder brush, wafer cassette/FOUP cleaning, vision/AOI optics housings cleaning, and reflow/wave/laser-adjacent tooling brush.
Choose a design that fits your machine: roller brushes, strip brushes, disc brushes, end/detail brushes, and bench/hand brushes. All of our brushes can be designed to be ESD-safe/anti-static, low-lint, and available in high-temperature (PEEK) builds. We build to drawing or sample and ship from a single piece (No MOQ).
- SMT Stencil Underside Assist — detailed cleaning at aperture rims and frame edges.
- Conveyor / Tray ESD Roller Cleaning — remove particulates from PCB carriers and trays.
- Test Socket & Handler Channels — micro‑area cleaning without scratching.
- Reflow / Oven Maintenance (PEEK) — baked residue removal on fixtures and guards.
- Wafer Cassette / FOUP Cleaning — low‑lint contact for carriers and pods.
- PCB Depaneling Dust Cleanup — capture and sweep fines after routing/laser.
Pen Brush (Stencil Brush) for Socket and Pin Cleaning
Tape and Reel Brush
Vacuum Laser Engraving Brush
Customized Brushes Solutions for Each Unique Challenges
High-efficiency brushes for material handling, conveyor cleaning, and industrial applications.
High-efficiency brushes for material handling, conveyor cleaning, and industrial applications.
Precision-engineered for deburring, surface finishing, and polishing tasks.
Durable brushes for rust removal, cleaning, and surface conditioning in industrial settings.
Designed to meet unique industry requirements, enhancing performance and efficiency
ESD‑Safe (Anti‑Static)
Brushes — Dissipative
Protect sensitive devices. Gentle bleed‑off.
Use when: bristle tips touch product, carriers, or tooling.
Key specs
- Target resistivity: ~10^6–10^9 Ω (method & humidity dependent)
- Target voltage: 10 V (default) or 100 V
- Reportable range up to 2×10^12 Ω @ 10 V
Materials ESD‑modified nylon · Soft PBT · Horse hair (ultra‑soft)
Cleanroom Build Low‑lint construction · Sealed backs
· Avoid exposed metal
Do
- Choose fine diameters / non‑marring trims
- Share solvents/cleaners (IPA, water‑based, flux residues) & temp
Dont
- Assume hard grounding — dissipative ≠ grounded
Mini RFQ Surface • ESD target & test V • Dimensions (OD/ID/channel, face, trim, OAL) • Mount/ground path • Line speed & duty • Solvents/temp • Photo w/ ruler
Conductive (Grounding) Brushes — Earthing
- Use when: the brush assembly is part of your ESD ground network.
- Placement Conveyor edges · Tray hand‑off points · Entry/exit guides (off critical contact zone)
- Continuity checklist Tips → hub/shaft → machine ground (no insulated breaks). Bypass bearings with a grounding strap/brush if needed.
Spec notes
- State target resistance class & test V (10 V/100 V)
- Share mounting method, shaft material, bearing type
Materials / builds Conductive filaments · Conductive hubs/cores
Rule of thumb If tips touch product, start dissipative. Use conductive only with a clear, verified ground path.
Mini RFQ Mounting & ground path • Bearing type • Target resistance & test V • Dimensions • Line speed/duty • Photo
Synthetic Conductive Brush
Conductive brushes are attached to aluminum flat bar that is earthed, this allows for product that passes through the brushes will have its static grounded.
Static Dissipative Brush
We are able to manufacture various conductive flat brush and attached to flat bar to facilitate the ability to earth static when in contact with any objects. This allows the object to be safe and static free.
Static Dissipative at 100V, Room Temperature, reading is 3 x 10⁸Ω
Conductive Brush, at 2000Ohm with value of 450
PEEK (High‑Temperature) Brushes
Use cases Reflow/wave/curing oven rails & guards · Laser/marking areas & hot fixtures · Baked‑on flux/film removal on metal/quartz tooling · High‑temp quartz ring/fixture cleaning (non‑product surfaces unless validated)
Formats Disc · Strip · End · Roller cores as appropriate
Finish safety Specify fine fibre diameters for non‑marring. Validate on scrap/tooling first.
Mini RFQ Hot zone temp • Duty cycle • Contact pressure • Solvents • Format & dimensions • Photo
High Temperature PEEK Vacuum Disc Brush
High temperature resistant synthetic brush that can clean sensitive surfaces without causing damages such as scratches.
We provide various custom made, ESD safe, Safe Room Safe, silicon free brushes for used in sensitive area. Hand brushes are used in various cleaning of molds used in semiconductors industry.
Applicator Brushes
Socket cleaning requires very small and fine bristles. We are capable of manufacturing various manual cleaning pen brushes for socket cleaning.
Brush sourcing doesn’t need to be complicated. With CE Brush, you’ll have a steady partner who understands your needs and follows through.
Frequently Asked Questions
Are CE Brush ESD-Safe Brushes cleanroom-ready for semiconductor fabs?
Yes—pre-washed and bagged to spec.
When should I choose CE Brush ESD-Safe (dissipative) Brushes vs. CE Brush Conductive Grounding Brushes?
If tips touch product, use ESD-safe (dissipative). Use conductive only with a verified ground path through hub/shaft/handle
What resistance range and test voltage do CE Brush ESD-Safe Brushes support?
Common spec ~10^6–10^9 Ω; test at 10 V or 100 V. We can report up to 2×10^12 Ω @ 10 V.
Will CE Brush ESD-Safe or PEEK Brushes scratch sensitive surfaces?
We use fine diameters and non‑marring trims (ESD‑nylon, soft PBT, horse hair). Validate on scrap/tooling first.
What high-temperature rating do CE Brush PEEK Brushes have?
PEEK runs ~250 °C continuous (application‑dependent).
Are CE Brush ESD-Safe/Conductive Brushes compatible with IPA and flux residues?
Yes—compatible with IPA, water‑based cleaners, and typical flux residues; tell us your chemistry.
Can CE Brush build OEM/custom-fit brush assemblies for my tool?
Yes—mounts, shafts, arrays. Private label & contract manufacturing available.
Do CE Brush ESD-Safe/Conductive/PEEK Brushes have MOQ, and can I get samples?
No MOQ for most builds. Fast samples.
What lead times can I expect for CE Brush ESD-Safe/Conductive/PEEK Brushes?
Quick‑turn production; we’ll confirm at quote.
How do I specify a CE Brush ESD-Safe or Conductive Brush correctly?
Send dimensions (OD/ID/channel, face, trim, OAL), mount/ground path, line speed/duty, solvents/temp, and a photo with a ruler.