Vapor SUI Precision Vapor Degreasing System

Vapor Degreasing System

Vapor SUI Precision Vapor Degreasing System

Vapor SUI is a precision vapor degreasing system for removing oils, flux residues, fingerprints, handling contamination, and process soils from high-reliability electronic assemblies, semiconductor packages, RF modules, optics, and precision components.

Vapor SUI precision vapor degreasing system

Vapor SUI — precision vapor degreasing for critical electronics and component cleaning workflows

Process Purpose

Clean Critical Components Without Water Residue or Manual Solvent Variability

Vapor degreasing uses heated solvent vapor that condenses on cooler parts, dissolves contamination, and carries residues away as the condensate drains from the component. For complex geometries, tight gaps, packages, fixtures, and high-value assemblies, this controlled cleaning process can deliver more repeatable results than manual wiping or open-bench solvent cleaning.

Flux residue removalOil and fingerprint removalFOD reductionFast dry processComplex geometry cleaningNo DI-water drying burdenHigh-reliability electronicsPrecision contamination control
VaporCondensing solvent cleaning process
DryLow-residue cleaning path when process is controlled
RepeatableDesigned for controlled production workflows
CriticalSupports reliability-sensitive assemblies

Best-Fit Applications

Where Vapor SUI Fits in Electronics Manufacturing

Semiconductor Packages

Supports precision cleaning before inspection, coating, bonding, packaging, or downstream assembly steps where residues can affect reliability or yield.

RF & Microwave Modules

Helps remove contamination that can affect electrical performance, bond quality, solderability, coating adhesion, or long-term module reliability.

Aerospace & Defense Electronics

Supports process-controlled cleaning for high-reliability electronics programs that cannot rely on inconsistent manual cleaning methods.

Common Contamination Targets

  • Flux residue and soldering process soils
  • Oils, greases, and machining residues
  • Fingerprints and handling contamination
  • Light particulate and FOD-related contamination
  • Pre-coating and pre-inspection cleanliness requirements
  • Residues in small gaps, leads, cavities, and package features

Why Engineers Consider Vapor Degreasing

  • Fast drying compared with many aqueous cleaning workflows
  • Effective cleaning around complex geometries
  • Lower risk of trapped water in sensitive assemblies
  • Improved repeatability compared with manual IPA wiping
  • Useful for high-value, reliability-sensitive components
  • Can fit production, lab, prototype, and specialty cleaning cells

Related Cleaning Systems

Build a Cleaning Workflow Around the Actual Contamination Problem

Vapor SUI vapor degreasing system

Vapor SUI

Precision vapor degreasing for critical assemblies, components, and packages requiring controlled solvent-based cleaning.

Vapor SUI Mini vapor degreasing system

Vapor SUI Mini

Compact vapor degreasing option for smaller parts, lab use, prototype cleaning, and lower-volume specialty workflows.

View Vapor SUI Mini →

Vacuum degreasing system for precision cleaning

Vacuum Degreasing

Alternative degreasing architecture for applications that benefit from vacuum-assisted cleaning and drying workflows.

View Vacuum Degreasing →

Markets Served

Designed for Reliability-Sensitive Cleaning Requirements

Aerospace & Defense
Semiconductor Packaging
RF / Microwave
Medical Electronics
Optics & Sensors
EMS Providers
R&D Labs
Precision Components

Need to Validate Vapor SUI for Your Cleaning Requirement?

Share the part type, contamination source, material constraints, throughput target, and downstream process. Akrivis can help determine whether Vapor SUI, Vapor SUI Mini, vacuum degreasing, or aqueous cleaning is the better fit.

Equipment suitability depends on material compatibility, chemistry, process parameters, cleanliness requirements, and production constraints.