High-Efficiency Continuous & Batch Surface Preparation Systems
Discover high-precision shot blasting, robotic peening, and automated continuous-loop overhead transport equipment built for mission-critical parts.
Microsphere Peening Machine
Designed for non-destructive low-intensity surface peening and finish optimization on delicate alloy parts.
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Dual-Robot Shot Peening for Blisks
Closed-loop robotic motion synchronized with dual axes for aero-engine integrated blisk aerodynamic contours.
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Lab Testing & Contract Services
Comprehensive saturation curve derivation, Almen calibration, and pilot test production run-offs.
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Automatic Sand Blasting Machine
CE-certified continuous blasting cabinets with high-efficiency abrasive recovery and digital pressure governance.
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Peen Forming Wing Skin Machine
Aerodynamic curvature generation without dies via high-velocity, multi-angle progressive shot streams.
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Automatic Waxing & Motocoat Station
Robotic dipping and edge-masking cells replacing manual masking before aggressive wheel blasting.
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Wet Shot Peening Systems
Slurry-driven processing for precision aerospace gears and engine components demanding sub-micron Ra finish.
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Robotic Aerospace Peening Cell
Multi-axis path tracing and real-time blast pressure tracking ensuring absolute aerospace compliance.
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Overhead conveyor shot blasting machines represent the apex of continuous workflow engineering, handling massive payloads while eliminating surface shadow zones.
Automotive & Commercial Vehicle Axles
Overhead monorail and continuous power-and-free conveyor loops carry forged control arms, transmission housings, and heavy axle assemblies through synchronized blast chambers. Turbine wheel arrangements ensure complete oxide descaling without manual turnaround.
Foundry & Heavy Die-Casting Knockout
Blast-cleaning cast iron engine blocks, suspension carriers, and steel frames directly after mold extraction. High-durability Manganese steel liners shield the blast cabinet, while cyclone dynamic separators strip hot sand away from reusable steel media.
Structural Steel & Crane Fabrications
Accommodating complex, non-linear weldments, lattice booms, and pre-machined assemblies. Continuous rotating hook overhead systems ensure all recesses, stiffeners, and fillet joints achieve ISO 8501-1 Sa 2.5 cleanliness and an anchor profile of 50–75 µm.
Technical Roadmap: Cognitive Automation & Smart Wheel Control
How advanced robotics, direct-drive magnetic levitation turbines, and real-time acoustic pattern monitoring are transforming high-capacity blast cleaning.
AI Acoustic Shot Density Diagnostics
Deep-learning acoustic microphones analyze impact frequencies within the blast chamber, dynamically tracking shot starvation, nozzle wear, or blade fracture before surface uniformity deviates.
Variable-Frequency Direct-Drive Wheels
Replacing traditional belt-driven blast turbines with direct-drive permanent magnet motors. Variable-speed adjustment lets operators dial media ejection velocities from 55 m/s to 90 m/s on the fly.
Dynamic Workpiece Silhouette Profiling
Optical LiDAR arrays scan hanging parts upon chamber entry, triggering only targeted blast wheels according to the part's spatial envelope. This reduces energy and media consumption by up to 34%.
China Factory 4.0: Supply Chain Resilience & High-Tolerance Fabrication
Combining international engineering protocols with China's vertically integrated heavy-machinery manufacturing ecosystem to optimize cost without compromising metallurgical standards.
Full In-House Structural Fabrication
Our modern manufacturing facility utilizes high-precision CNC plasma cutting, automatic robotic submerged arc welding, and multi-axis boring machines. All blast wheel housings and conveyor tracks are stress-relieved via vibratory and thermal treatments, eliminating mechanical deflection over millions of payload cycles.
Component Standardization & Traceability
From Siemens PLCs and Schneider electrical contactors to SKF bearings and Hardox anti-abrasive liner shields, every critical component is sourced through audited global networks. Digital material test reports (MTRs) and complete bill-of-materials tracking guarantee lifecycle availability for every customer.
Overhead Conveyor Shot Blasting Machine Pricelist & Configuration Matrix
Direct factory benchmarking, configuration options, and production capacity matrices designed for procurement teams evaluating long-term ROI.
| Model Category | Hook / Payload Capacity | Blast Turbine Units | Dust Filter Flow (CFM / m³/h) | Target Industries | Estimated Price (FOB Base) |
|---|---|---|---|---|---|
| Q376 Monorail Hanger | 500 kg - 1,000 kg | 2 × 7.5 kW High-Efficiency | 3,500 m³/h (Pulse Jet) | Hardware, Small Castings, Brackets | $16,500 – $24,000 |
| Q38 Continuous Monorail | 1,500 kg - 3,000 kg | 4 × 11 kW High-Efficiency | 6,500 m³/h (Pulse Jet) | Auto Brake Discs, Pump Bodies, Gears | $28,000 – $42,000 |
| Q48 Power & Free Continuous | 3,000 kg - 5,000 kg | 6 × 15 kW Direct-Drive | 12,000 m³/h (HEPA Opt.) | Commercial Vehicle Axles, Bogies | $55,000 – $88,000 |
| Q58 Heavy Double-Track Loop | 5,000 kg - 10,000 kg | 8 × 18.5 kW Curv-Blade | 18,000 m³/h (Dual Cartridge) | Heavy Wind Turbines, Crane Weldments | $95,000 – $160,000 |
| Aerospace Custom Robotic Cell | Configured to Part Envelope | Robotic Arms + Pressure Pot | Cleanroom Exhaust <1 mg/m³ | Landing Gear, Aero Structural Discs | Custom Proposal |
Localized Support, Safety Directives & International Standards
Engineered to comply with stringent safety and environmental regulations in North America, the European Union, the Middle East, and Asia-Pacific.
ATEX & NFPA Dust Explosion Mitigation
Every dry cartridge dust collector features explosion venting panels, spark arrestor baffles, fast-acting isolation flap valves, and antistatic filter media to safeguard against explosive combustible fine dusts.
CE Machine Safety Directive (2006/42/EC)
Full conformance to European safety directives including dual interlocked door limits, safety rope pull switches along the monorail line, ergonomic emergency stops, and an operating sound profile under 78 dB(A).
Turnkey Commissioning & Spares Logistics
Global field engineering support based out of Singapore and China regional service centers. We supply on-site installation, technician training, calibration, and stocked blast wheels and liner inventories.
Global Enterprise Procurement Checklist: Key Sizing Criteria
Follow this structured framework to select machine capacity, reduce operational downtime, and avoid project scope creep.
1. Envelope & Hook Payload Capacity
Define the maximum bounding cylinder (diameter × height) and maximum suspended weight per hanger. Confirm whether dual-hook synchronization or hoist elevation is needed for your heaviest components.
2. Hourly Throughput & Cycle Speed
Calculate target production: units per hour, hook velocity (m/min), and required blast exposure dwell time to guarantee clean, unshadowed surfaces across all part contours.
3. Media Specification & Separation Type
Choose steel shot, cast steel grit, stainless media, or cut wire based on alloy type. Specify magnetic rotary screen separators or multi-stage air-wash systems to maintain clean, consistent media sizing.
4. Internal Blast Cabinet Armor
Heavy production environments require full Mn13 (manganese) liner plates or cast chrome-alloy liners (hardness > 60 HRC) in the direct impact zone to prevent cabinet breach over years of continuous blasting.
5. Digital Governance & PLC Integration
Ensure the control architecture features SCADA/MES connectivity, motor current trending, automatic media replenishment dosing, and digital fault alarm tracing for predictive maintenance.
6. Exhaust Emissions & Plant Environment
Ensure filtration capacity delivers < 3.0 mg/m³ discharge emissions, with auto pulse-jet cleaning systems, safety rupture vents, and noise-damping acoustic enclosures for turbine motors.
Overhead Conveyor Shot Blasting: Frequently Asked Questions
Direct technical and procurement answers addressing capacity, media management, maintenance, and process verification.
What is the difference between shot peening and shot blasting?
Shot blasting and sand blasting remove material such as scale, rust, or old coatings and create a surface profile. Shot peening is a cold-working process that uses controlled media impacts to induce a layer of compressive residual stress, which slows crack initiation and extends fatigue life. Peening is verified by Almen intensity and coverage, not by visual cleanliness.
Which specifications can KOSHIN shot peening machines be configured for?
KOSHIN systems are configured around the customer's governing specification, typically aerospace standards such as AMS 2430 or AMS 2432 for computer-monitored peening, with Almen intensity verified per SAE J442 and J443 and media controlled to the applicable media specification. Monitoring and data records are designed to support Nadcap-audited processes.
Can KOSHIN run trials on our parts before we purchase a machine?
Yes. KOSHIN operates in-house machines for experiment services, including Almen saturation curves, coverage studies, and process development on customer samples. Validated parameters are then transferred into the production machine recipe, and contract processing is available for production batches.
What information is needed to prepare a machine proposal?
Provide workpiece dimensions and material, peening area, intensity and coverage requirements, media type and size, required production rate, available floor space and height, and any HS&E, Nadcap, emissions, noise, or energy-efficiency requirements.
Does KOSHIN support overseas installation and after-sales service?
KOSHIN supports customers in more than 50 countries and regions with installation, commissioning, operator training, spare parts, and lifecycle upgrades, coordinated from its Singapore engineering center.
How do overhead conveyor blast systems prevent blind spots on complex welded assemblies?
Our overhead conveyor machines use auto-rotating swivel hooks paired with angled blast turbine arrays (typically 4, 6, or 8 wheels). As the hanger travels through the blasting zone, it rotates continuously or steps through programmable indexed positions, exposing undercuts, internal ribs, and blind faces to the abrasive blast pattern.
What wear liner materials are used to withstand continuous steel grit abrasion?
Direct impact areas are protected by interlocking high-chromium alloy cast plates (hardness > 62 HRC) or rolled Mn13 high-manganese steel plates. These work-harden under repeated impact from abrasive media, delivering over 12,000–16,000 operational hours before replacement.
How is abrasive media cleaned and classified in continuous systems?
Spent media and dislodged sand drop into an internal hopper and are transferred via longitudinal screw conveyors to a bucket elevator. An air-wash separator and rotating rotary drum screen clean the media, extracting broken shot and dust into the exhaust while returning properly sized, clean abrasive back to the turbine hopper.
Verified Industrial Blasting & Peening Machinery
Explore precision equipment engineered for reliable industrial performance, Nadcap-audited aerospace lines, and continuous high-yield manufacturing.
Microsphere Peening System
Low-intensity peening cells configured with micro-glass and fine ceramic spheres for thin-walled components.
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Dual-Robot Aero Blisk Peener
Computer-monitored dual-robot peening cell compliant with AMS 2432 aerospace structural requirements.
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Contract Testing & Processing
In-house laboratory validation, Almen strip saturation curves, and small-batch contract surface finishing.
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CE Auto Sand Blasting Cell
Automated multi-nozzle cabinets designed for repeatable anchor profiling and mill scale removal.
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Aero Wing Skin Peen Former
Forms complex wing contours while introducing fatigue-mitigating compressive residual stresses.
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Automated Masking & Waxing
Protective wax coating station that shields non-blast areas, eliminating manual adhesive taping.
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Precision Wet Peening Unit
Dust-free liquid slurry media blast system that preserves close-tolerance machined surfaces.
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Robotic Shot Peener
Turnkey robotic cell featuring real-time closed-loop pressure, rotation, and media monitoring.
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