฿9,300.00
Total: ฿9,300.00
Product Category · Electronics & SemiconductorAir Compressor
Air Compressor
Systems
for Semiconductor
& Electronics
A properly specified cleanroom air compressor system starts with oil-free technology certified to ISO 8573-1 Class 0 at the source. From semiconductor wafer fabrication to dry compressed air for PCB production, our air compressor for electronics manufacturing delivers the contamination-free, precision-dry air foundation that every precision electronics process requires.
✓ ISO 8573-1 Class 0 ✓ Oil-Free Technology ✓ Cleanroom Ready ✓ SEMI Compatible
System Overview
Key Specifications
Air ClassISO 8573-1 Class 0 — zero oil
TechnologyOil-free rotary screw or scroll
Dew PointPDP -40°C minimum (with dryer)
Particle≤ 0.01 μm — Class 1 particles
ComplianceSEMI S2 compatible
✓ ISO 8573-1 Class 0 ✓ Oil-Free Technology ✓ Cleanroom Ready ✓ SEMI Compatible ✓ Zero Contamination
Industry Overview
Why a High Purity Compressed Air System Is the First Line of Contamination Defence in Semiconductor Manufacturing
In semiconductor wafer fabrication, an industrial air compressor for microchip manufacturing contacts wafers, process chambers, pneumatic tools and handling systems at every stage of production. Any oil vapour, moisture or particle contamination in this air supply introduces defects that directly reduce die yield. This makes the specification of a high purity compressed air system — with oil-free technology at the source — the most critical utility decision in any fab or electronics facility.
A precision air compressor for wafer production must deliver ISO 8573-1 Class 0 oil-free, ultra-dry air 24 hours a day, 7 days a week, with zero tolerance for contamination events. Unlike oil-injected compressors with downstream filtration, true oil free air compressor for semiconductor industry applications eliminates the contamination risk entirely — with no oil separator to fail, no filter change creating a maintenance contamination event.
For PCB assembly and PCBA manufacturing, a dry compressed air system for PCB production drives pneumatic pick-and-place machines, cleaning systems and dispensing equipment. Any oil or moisture contamination causes assembly defects, flux contamination and solder quality failures — making the air compressor specification as important to PCB line quality as it is to wafer fab yield.
- Zero oil vapour — no downstream contamination risk
- Ultra-dry air with matched desiccant dryer system
- Cleanroom-compatible installation design
- Energy-efficient VSD operation
- Continuous air quality monitoring available
- Full system documentation and commissioning
Why It MattersWhy This System Is Critical to
Why This System Is Critical to
Electronics & Semiconductor Manufacturing
01⚡Yield Protection
Particle Contamination Destroys Wafer Yield
At advanced process nodes, particles of just a few nanometres are defect-causing. Oil aerosol from non-oil-free compressed air deposits on wafer surfaces and inside process chambers — causing catastrophic yield loss that cannot be reworked. A complete microelectronics compressed air solution built on oil-free technology eliminates this contamination source entirely, protecting yield from the utility system up.
Fab Impact
A single contamination event in a cleanroom fab can reduce wafer yield from above 90% to below 40% — representing significant lost product value per event.
02💧Moisture Control
Moisture Corrodes Contacts and Degrades Bonds
Moisture in compressed air oxidises metal interconnects, creates voids in wire bonds and promotes corrosion of exposed metal contacts. In pneumatic systems driving wafer handling equipment, moisture causes valve stiction and actuator failure. Proper compressed air filtration for semiconductor fab environments must address moisture as aggressively as oil — with desiccant dryers achieving PDP below -40°C at point of use.
Process Impact
Dew point below -40°C at point of use eliminates moisture risk in all fab process applications — the accepted standard for critical cleanroom instrument air.
03📊Energy Efficiency
VSD Technology Reduces Fab Energy Costs
Semiconductor fabs and electronics plants are among the highest energy consumers in manufacturing. Compressed air typically represents 15–25% of total facility electricity consumption. An energy efficient air compressor for cleanroom environments uses Variable Speed Drive technology to modulate output to actual demand — reducing air system energy consumption by 20–35% versus fixed-speed alternatives.
Cost Impact
Energy cost reduction in compressed air contributes directly to operating cost targets and sustainability commitments in high-volume electronics manufacturing.
Product Range
Oil-Free Air Compressor Systems for Electronics Manufacturing
Our semiconductor compressed air systems cover all facility scales — from PCB assembly shops to full wafer fab installations requiring continuous 24/7 high purity compressed air supply.
⭐ Primary Solution 💨
Oil-Free Rotary Screw Compressor
Primary compressed air source for semiconductor fabs and electronics manufacturing — certified oil-free with zero contamination risk at source. VSD drive for energy efficiency across all production loads.
Technical Specifications
| Air Class | ISO 8573-1 Class 0 |
| Technology | Oil-free rotary screw |
| Drive | Variable Speed Drive (VSD) |
| Application | Wafer fab, PCBA, cleanroom |
| Monitoring | Oil vapour continuous monitor option |
Applications
Laboratory & Small-Scale ⚙️
Oil-Free Scroll Compressor
Compact oil-free scroll compressors for electronics laboratories, test areas and small-volume cleanroom applications — ultra-quiet with ISO 8573-1 Class 0 air quality.
Technical Specifications
| Air Class | ISO 8573-1 Class 0 |
| Technology | Oil-free scroll |
| Noise | < 60 dB(A) ultra-quiet |
| Best For | Lab, test, R&D, small cleanroom |
| Footprint | Compact — suitable for cleanroom install |
Applications
High-Volume Facilities 🔬
Oil-Free Centrifugal Compressor
High-volume oil-free centrifugal compressors for large semiconductor fabs — delivering ISO 8573-1 Class 0 at 500+ m³/min with best-in-class energy efficiency for large-scale facilities.
Technical Specifications
| Air Class | ISO 8573-1 Class 0 |
| Technology | Oil-free centrifugal |
| Volume | 500+ m³/min continuous |
| Best For | 300mm wafer fabs, large-scale OSAT |
| Energy | Highest efficiency at large volume |
Applications
Why Choose Domnick
Key Benefits for Semiconductor & Electronics Manufacturing
A cleanroom air compressor system is not optional for advanced electronics manufacturing — it is the baseline specification for any cleanroom process environment where contamination directly affects yield and product quality.
01⚡
Zero Contamination at Source
Oil-free technology eliminates the contamination risk entirely — no oil separator to fail, no downstream filter to bypass. Class 0 certification is verified at the compressor, not assumed after filtration.
02💧
Ultra-Dry Air with PDP -70°C
Matched desiccant dryer systems achieve pressure dew points below -70°C — eliminating all moisture risk in semiconductor process air and instrument air distribution systems.
03📊
20–35% Energy Savings with VSD
Variable Speed Drive compressors match output to actual fab air demand — reducing electricity consumption by up to 35% versus fixed-speed systems in 24/7 production environments.
04🔬
Continuous Air Quality Monitoring
Integrated oil vapour analysers with 4-20mA output and alarm relay provide real-time Class 0 verification — alerting your team before contamination reaches the cleanroom or process tool.
05🏭
Cleanroom-Compatible Installation
Systems designed for cleanroom installation — low particle emission, stainless-steel panels, vibration-isolated bases and cleanroom-grade painting as standard for ISO-classified environments.
06🤝
Complete System Design
We design the complete compressed air system — compressor, dryer, filters, piping and monitoring — as an integrated solution for your specific facility layout and air demand profile.
Applications
Compressed Air Applications in Semiconductor & Electronics Manufacturing
Compressed air serves critical functions throughout the semiconductor and electronics manufacturing process chain — from front-end wafer fabrication to back-end packaging and PCB assembly.
🔬
Wafer Fab Process Air
Wafer Fabrication
ISO 8573-1 Class 0 — zero contamination for all in-fab process air supply
ISO 8573-1 Class 0🏭
Lithography Tool Purging
Photolithography
Ultra-clean dry CDA purge for lens and stage environments in lithography systems
SEMI S2, ISO 14644⚙️
Pneumatic Handling Systems
Wafer Transport
Clean dry instrument air for FOUP openers, wafer handlers and robot actuators
ISO 8573-1 Class 1📦
Chip Packaging & Bonding
IC Packaging
Oil-free dry air for wire bonders, die attach machines and flip-chip equipment
ISO 8573-1 Class 0–1🔩
PCB Assembly Pneumatics
PCB Assembly
Clean instrument air for pick-and-place machines, dispensing and inspection equipment
ISO 8573-1 Class 1–2🧪
Electronics Test Equipment
Final Test
Low-dew-point instrument air for burn-in chambers and electrical test systems
ISO 8573-1 Class 1 System Engineering
How a Complete CDA System Is Engineered for Semiconductor Manufacturing
A standalone oil-free compressor is the starting point — not the complete solution. Achieving and maintaining ISO 8573-1 Class 0 air quality for continuous semiconductor production requires a correctly sequenced treatment train where every stage is engineered to work together. This is how a properly specified high purity compressed air system is built for cleanroom environments.
Stage 01 💨 Oil-Free Compressor ISO 8573-1 Class 0
The only reliable way to guarantee zero oil content is to specify a compressor with no oil in its compression stage. VSD drive matches output to actual facility demand — essential for the variable air consumption of semiconductor fabs and electronics assembly lines.
Stage 02 🔩 Pre-Filter Bulk Water & Particle Removal
The pre-filter removes bulk water, larger particles and aerosols from the compressed air before it reaches the dryer. This protects the desiccant bed from premature saturation and extends service intervals — a critical consideration for 24/7 semiconductor production.
Stage 03 ❄️ Desiccant Dryer PDP to -40°C / -70°C
A desiccant adsorption dryer achieves pressure dew points down to -70°C — well below the threshold at which moisture causes corrosion, valve stiction or process contamination. For wafer fab instrument air, -40°C PDP is the accepted minimum; for lithography-adjacent applications, -70°C is typically specified.
Stage 04 🔬 After-Filters Sub-Micron Particle Removal
After-filters remove desiccant dust generated by the dryer and any remaining sub-micron particles. A correctly specified filter train typically includes a coalescing filter and a particle filter in sequence — bringing the air to the final cleanliness class required by the process.
Stage 05 📊 Air Quality Monitor Continuous Oil Vapour Detection
Continuous oil vapour monitoring at point of use verifies that Class 0 quality is maintained in the distribution network. Alarm outputs integrated with the facility management system provide real-time assurance that contamination events are detected before reaching any process tool.
⏱️
24/7 Continuous Operation Design
Semiconductor facilities run continuous production schedules. Every component in the CDA system must be specified for uninterrupted operation — including redundant dryer towers, standby compressor capacity and automatic switchover on alarm.
📋
Full System Documentation
Cleanroom and semiconductor facilities require complete technical documentation for every utility system. Our CDA installations include air quality test certificates, commissioning records and as-built drawings as standard deliverables.
🔧
Planned Maintenance & Air Quality Testing
Compressed air filtration for semiconductor fab environments requires regular filter replacement and dryer performance validation. We provide planned maintenance contracts with certified air quality testing to verify ongoing ISO 8573-1 Class 0 compliance between service intervals.
Standards & Compliance
ISO 8573-1 Class 0 SEMI S2 SEMI F57 ISO 14644 Cleanroom ASTM D1193 UPW RoHS / REACH
Specify Your Semiconductor Compressed Air System
Our engineering team designs complete oil-free compressed air systems for semiconductor fabrication plants, PCBA facilities, and electronics manufacturing environments. From facility assessment and system design to installation, commissioning, and ongoing service support, we deliver reliable compressed air solutions for manufacturers throughout Thailand.
Get expert guidance when you need it. Our support team is here to provide you with the right solutions.
