Series SWP · Gas Booster
OEM China SWP-05-G Air Booster Pump - Efficient Factory Solutions
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Catalog Selection · Phase I
Featured Industrial Booster Equipment & Integrated Modules
Browse high-pressure air-driven pumps, pneumatic amplification systems, and customized electrical wiring assemblies built to industrial DIN/ISO standards.
Series SWB · Dual Stage
Octagon SWB-100S & SWB-100D Series Pumps for Industrial Applications
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Custom Assembly · Medical
ODM China Medical Wiring Harnesses Suppliers for Healthcare Devices
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Precision Tooling · Die Cast
OEM China Die Casting Mold Parts Processing for Customized Components
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Machining · ±0.002mm
OEM China Die Casting Mold Non-Standard Parts Precision Processing
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CE Certified · Gas-Liquid
CE Certified Octagon SWB-80S Gas-Liquid Booster Pump for Industrial Lines
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Data Transmission · High Def
ODM High-Definition Screen Connection Cable Harness for Monitors & TVs
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High Pressure · SWB-125D
CE Certification High-Performance Gas-Liquid Booster Pump Octagon SWB-125D
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Industrial Intelligence
Global Market Dynamics & Fluid Intensification Trends
Modern plant infrastructure increasingly relies on decentralized, intrinsically safe pneumatic pressure intensification over central hydraulic power units.
Energy Decoupling & Efficiency
Unlike continuous electric motor hydraulic power packs, pneumatic-driven gas-liquid booster pumps consume zero power once stall pressure is reached, delivering optimal energy-holding dynamics for clamping and burst pressure testing.
Zero Idle Energy
ATEX Safe
Intrinsically Explosion-Proof Execution
By eliminating electric drives and high-voltage commutation, compressed-air driven pumps operate safely in volatile chemical, oil & gas, and mining environments without expensive flameproof enclosures.
Class 1 Div 1
Non-Sparking
Modular Footprint & On-Demand Force
Compact, light-weight booster units mount directly on machine tools, eliminating long runs of dangerous high-pressure hydraulic pipework across factory floors.
Decentralized Power
Direct Integration
±0.002mm
Machining Precision
7,000 kgf
Peak Output Force
45+
Proprietary Patents
60+
Global Export Hubs
Application Engineering
Localized Application Scenarios in Demanding Sectors
Engineered for extreme operating envelopes, Octagon pumps deliver reliable liquid and gas pressurization for specialized production cells.
Automated In-Mold Cutting & Degating
Integrated within high-cavity plastic injection molds, booster cylinders generate fast, instantaneous hydraulic strokes up to 7,000 kgf to cut sub-gates before mold opening, eliminating manual gate clipping and burrs.
Hydrostatic Pressure & Burst Testing
Specified by automotive OEMs for testing brake fluid conduits, fuel rails, fire extinguishers, and composite hydrogen vessels under controlled ramp-to-burst test cycles.
High-Pressure Gas Injection & Charging
Widely utilized for nitrogen accumulator pre-charging, gas-assisted plastic injection molding (GAIM), and supercritical fluid extraction requiring continuous pressure stability up to 100+ MPa.
Aerospace & Defense Actuation Fixtures
Powering hydraulic clamping jigs for airframe titanium milling where hydraulic line rupture represents an immediate fire risk. The pneumatic-hydraulic separation ensures safety.
Supercritical CO2 Fluid Dosing
Precision micro-flow dosing for pharmaceutical encapsulation, botanical extraction, and semiconductor wafer precision cleaning without hydrocarbon lubricant contamination.
Heavy Die Casting Clamping & Core Pulling
Supplying localized intensification to pull cores on die casting matrices before thermal shrinkage damages expensive casting dies, operating smoothly in high-temperature environments.
Operational Excellence
Supply Chain Resilience & Direct Factory Advantage
Bridging Taiwan's engineering discipline with mainland China's advanced manufacturing scale to offer unbeatable TCO and rapid prototyping.
Vertical Integration Under One Roof
From metallurgical casting and raw bar stock procurement to 5-axis CNC multi-tasking machining, surface heat treatment (nitriding/PVD), and ISO Class cleanroom assembly—all intermediate margins are removed.
Rigid Quality Gates & Traceability
Every single booster pump body, seal groove, and high-pressure piston undergoes 100% CMM dimensional verification, helium mass spectrometer leak detection, and 72-hour pressure holding validation before dispatch.
Shortened Lead Times & Fast Prototyping
Standard SWP and SWB units are held in safety stock for 48-hour container loading. Custom ODM manifolds, specialized ratios, or OEM branded units move from CAD design to physical sampling in 14 calendar days.
R&D Roadmap
Technology Roadmap: Next-Gen Fluid Power
Our engineering trajectory addresses the convergence of Industrial IoT, zero-emission fluid delivery, and smart predictive sealing.
CURRENT · SMART PNEUMATICS
Digital IO-Link Sensors
Integrated embedded stroke counters, proximity transducers, and digital pressure feedback modules feeding telemetry into main PLC architectures.
NEAR-TERM · COMPOSITE MATERIALS
Tribological Ceramic Plungers
Nano-composite ceramic and DLC (Diamond-Like Carbon) coated plunger rods to double seal lifespan in non-lubricated deionized water and harsh solvent applications.
FUTURE · ENERGY RECOVERY
Closed-Loop Kinetic Recapture
Exhaust kinetic recovery systems designed to recapture exhaust pneumatic gas to pre-boost incoming media, boosting net system energy efficiency by up to 34%.
Compliance & Support
Global Compliance & Localized Engineering Support
Delivering global consistency through rigorous international standard certifications and dedicated pre-sales technical consultation.
Regulatory Certification
Pumps and timing controllers carry complete CE Machinery Directive 2006/42/EC compliance, Pressure Equipment Directive (PED 2014/68/EU), RoHS 3, and REACH conformity dossiers.
Comprehensive Documentation
Shipped with standardized full 3D STEP/IGES assemblies, exploded BOM schematics, detailed maintenance schedules, and cross-sectional sealing kit part numbers for hassle-free procurement.
Application-Specific Engineering Reviews
Our bilingual senior fluid mechanics engineers conduct technical reviews of your target medium, inlet pressure, target output bar, flow rate (L/min), and cycle frequency prior to tool steel cut.
Buyer Knowledge Base
Frequently Asked Technical & Procurement Questions
Crucial engineering answers addressing boost ratios, seal longevity, and custom ODM contract terms.
How do I correctly calculate the required booster pump pressure ratio?
The nominal pressure ratio (e.g., 2:1, 5:1, 10:1, or 80:1 in our SWB-80S) determines the theoretical maximum discharge pressure based on standard shop air (usually 6 to 8 bar). To account for internal seal friction, dynamic back pressure, and target fluid flow rates, engineers should apply an operational safety factor of 15-20%. Our technical engineering team can run your system numbers through our proprietary fluid sizing calculator.
What maintenance intervals and wear parts should be anticipated?
Octagon booster pumps feature self-lubricating PTFE/carbon composite dynamic seals and corrosion-resistant stainless-steel plungers. Typical maintenance intervals for standard non-corrosive air/water service exceed 3,500,000 complete stroke cycles. Rebuild kits comprising O-rings, check-valve poppets, pilot spools, and U-cup high-pressure seals are globally dispatchable within 24 hours.
Can Octagon booster pumps handle media other than clean shop air and mineral oil?
Yes. We engineer customized fluid ends from 316L stainless steel, Hastelloy, or hard anodized aluminum, coupled with FFKM, EPDM, or Kalrez® seal packs. Common alternative media include DI water, glycol water solutions, refrigerants, oxygen-safe nitrogen boosters, and specialty synthetic ester hydraulics.
What is your typical OEM/ODM process and minimum order quantity (MOQ)?
For catalog SWP/SWB series pumps, standard MOQ begins at 1 to 5 units for qualification testing. For bespoke ODM manifold engineering, custom valve body casting, or OEM customer brand engraving, MOQ typically ranges between 10 and 50 units. We complete full 3D CAD modeling and DFM analysis within 3 working days.
How does the in-mold cutting automation cabinet interface with standard injection presses?
Our high-pressure timing control cabinet connects directly via standardized dry contact relays, Euromap 67 / Euromap 12 interfaces, or discrete 24V digital I/O. It tracks the mold closing safety circuit, injecting timed high-pressure bursts at microsecond resolution before the mold core separates.
Catalog Selection · Phase II
Precision Tooling Components & Auxiliary Booster Series
Browse our extended product lineup including specialized SWP gas boosters, precision stamping components, and thermal dissipation cable systems.
Series SWB-80D · Double Action
ODM Octagon SWB-80D Booster Pump Factories & Exporters
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Ultra High Pressure · SWB-160S
OEM High Efficiency SWB-160S Gas-Liquid Booster Pump Solutions
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Die Components · High Wear
Custom Precision Stamping Die Components for Efficient Tooling Lines
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Thermal Harness · Heavy Duty
ODM Cooling Fan Cable Harness for Heat Dissipation Systems
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Integrated Skid · SWP-02A-G
OEM China Octagon SWP-02A-G Air Booster System for Precision Lines
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Pneumatic Drive · SWP-02B-G
Custom China Suppliers - Octagon SWP-02B-G Pneumatic Pump
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Al-Alloy & SS · Corrosion Proof
Octagon SWP-02B-G Pneumatic Pump - Aluminum Alloy & Stainless Design
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High Ratio · SWP-7.5-G
OEM Air Booster Pump SWP-7.5-G - Boost Pressure 2-5 Times
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