Multi-station Robotic Deburring And Polishing Machine For Automotive Structural Brackets
Precision Redefined: Multi-station Robotic Deburring & Polishing Solution for Automotive Structural Brackets
The Digital Artisan for High-Volume Automotive Production
Upgrade your automotive structural production lines with the KINGSTONE Multi-Station Robotic Deburring Cell. Specifically engineered for high-complexity castings—such as suspension and chassis brackets—this system replaces inconsistent manual labor with the tireless precision of a "Digital Artisan."
Raw castings arrive with aggressive parting-line flash, jagged edges along ribs, and sharp burrs around mounting holes and pivot bores that manual grinders struggle to clean uniformly. In an industry where a single missed burr on a structural bracket can compromise fitment or fatigue strength, our robotic solution delivers the deterministic quality required by Tier-1 suppliers and global OEMs.
Humanized Architecture: An Elite Team in One Cell
We view our system not as a series of motors, but as a high-performance team of specialists working in perfect harmony to transform raw castings into assembly-ready structural parts.
| The "Team Member" |
Our Design Philosophy |
What it feels like on your floor |
| The Agile Backbone |
6-Axis Industrial Platform (Payload 20kg-210kg) |
Relentless Grace. It navigates the sharp triangular ribs and pivot bores with the same fluid motion, hour after hour. |
| The Haptic Mind |
Active Force Control (AFC) System |
Tactile Intelligence. It "feels" the casting surface at 1000Hz, ensuring complete removal of parting-line flash without gouging the structural profile. |
| The Multi-Station Array |
Modular Deburring & Buffing Stations |
Adaptive Strength. Seamlessly cycles a single bracket through gate removal, edge deburring, and surface blending across multiple stations in one flow. |
| The Safety Sanctuary |
HSE Environmental Enclosure |
A Breath of Fresh Air. It traps metallic dust and grinding noise, transforming a traditionally "dirty" job into a clean, professional workspace. |
The "Hidden Math" of Structural Integrity: Solving for Your ROI
Structural brackets are safety-critical components—every sharp edge left behind is a potential stress-riser. We reject "off-the-shelf" automation because we know each bracket geometry requires a bespoke Processing DNA.
The Transformation: A Comparative Reality Check
| Metric |
The Manual Burden |
The KINGSTONE Robotic Reality |
| Edge Safety |
Sharp, jagged burrs risk cuts and stress concentration. |
Uniform Edge Rounding. Every pivot bore and rib edge is consistently smoothed. |
| Quality Control |
"I hope the inspector doesn't catch that burr." |
Zero-Defect peace of mind. Every bracket is a digital clone of the master sample. |
| Worker Health |
Risks of hand-arm vibration syndrome from grinders. |
Career Elevation. Staff moves from manual grinding to robotic system management. |
| The Clock |
Output and consistency drop as the shift goes on. |
Constant Velocity. 3 PM output is identical to 3 AM output. |
The Turnkey Journey: From Concept to Commissioning
A "Turnkey" solution shouldn't be a puzzle you have to solve. It's a managed journey from a technical challenge to a humming production line:
- Intelligent Fixturing: We design "smart fixtures" that grip the bracket's mounting holes and pivot bores securely, ensuring absolute stability during high-cycle deburring.
- Virtual Commissioning (Digital Twin): We "finish" your brackets in a virtual environment first, identifying collisions around the complex rib structure before we cut a single piece of steel.
- Multi-Station Workflow Design: We map the optimal sequence across stations so the bracket flows from rough deburring to final blending without manual handling.
- The Technical Blueprint: You receive a comprehensive "Process Map" detailing exactly how and why we hit your deburring and surface targets.
Strategic FAQ for Technical Buyers
Q: How does the system handle the irregular flash seen in raw structural castings?
A: This is where our Active Force Control (AFC) shines. As seen in the "Before" image, flash and rough edges vary in thickness across the part. Our robot senses this resistance in real-time and adjusts its depth instantly, ensuring the clean, uniform edges seen in our "After" sample without over-grinding the structural ribs.
Q: Can one multi-station cell handle different bracket geometries?
A: Yes. Through our Recipe-Driven Logic, each station's tooling and force parameters can be reconfigured for a new bracket design in minutes, making the cell adaptable across multiple structural part numbers on the same line.
Q: Do we need specialized robotic engineers to program the machine?
A: No. We offer Offline Programming (OLP), generating deburring paths directly from CAD files (.STEP/.IGS). For minor adjustments, an intuitive "Teaching Mode" lets a standard technician update the system within a few days.
Technical Specifications
| Feature |
Details |
| Robot Type |
6-Axis Industrial Robot (Payload 20kg - 210kg) |
| Tooling |
Multi-Station Deburring, Grinding & Buffing Heads |
| Control System |
PLC + Real-time Haptic Force-Feedback Logic |
| Cycle Time |
45 - 90 seconds (Highly dependent on part complexity) |
| Compliance |
CE Certified, ISO 9001 |
