Key Technologies & Equipment Types
The company offers various deburring technologies including:
Robotic Deburring Systems - Programmable robotic arms
Brush Deburring Units - Rotary brushes for edge finishing
Abrasive Flow Machining - For complex internal geometries
Abrasive belt deburring and customizable configurations
Performance Benefits
Compared to manual deburring:
45-60% reduction in processing time
30-50% reduction in consumable tooling costs
Handles complex geometries
24/7 continuous operation with predictive maintenance
Quick changeover with digital recipe management
Available Stations
ADV offers modular deburring stations that can work together or independently, including:
Belt grinding stations
Abrasive brush systems (4/6/8 brushes)
Sand block abrasives
Hammer pin structures for slag removal
Wet or dry grinding configurations
3-in-1 RWR series with multi-functions
Key Machine Types and ConfigurationsADV's modular stations can operate independently or in tandem for tailored workflows:
W Station (Deburring Brush): Rotates and revolves to remove small burrs and round edges.
Y Station (Disc Brush): Uses interchangeable grit discs for heavy slag removal and edge radiusing.
S Station (Sand Block): High-speed rotation for contour and hole deburring with smooth finishes.
R Station (Wide Belt): Even grinding/polishing for vertical burrs, rust, and defects on stainless/aluminum.
r Station (Non-Woven Brush): Fine finishing to reduce surface roughness (Ra value).
H Station (Hammer Pin): Knocks and rubs off dross/slag from thermal-cut parts.
Popular models include:
ADV 508 Series (hot-selling dry grinders): E.g., ADV 508-M300 (manual multi-function), ADV 508-RW (belts + brushes for laser/punched parts), ADV 508-HRW (slag removal + deburring/rounding), ADV 508-RRr (deburring + hairline finish for large sheets).
Wet/Dry Options: Like ADV 508-R (versatile deburring/grinding) and ADV 508-RR (one-pass deburring + edge break + line grain).
Advanced Systems: Robotic deburring (programmable arms), brush units for contours, and abrasive flow machining for internal geometries.
Features and Benefits
Modular Design: Quick changeovers via digital recipe management; optimized pressure for 30-50% lower consumable costs.
Efficiency Gains: 45-60% faster than manual methods; 24/7 operation with predictive maintenance.
Versatility: Handles various burr types (vertical, heavy slag) and applications like assembly prep, welding, and spraying.
Safety and Quality: Prevents damage to workpieces; ensures uniform edges and non-directional finishes.
Challenges Addressed and ApplicationsTargets issues in sheet metal processing, such as sharp edges impeding assembly or coating. Ideal for high-volume manufacturing of machined/cut parts, castings, and precision components. Common methods compared include manual, vibration, thermal, CNC milling, and ultrasonic, with ADV's mechanical solutions standing out for automation and precision.
