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Precision Robotic Grinding Machine For Die-cast Aluminum Housing Assembly
Precision Robotic Grinding Machine For Die-cast Aluminum Housing Assembly
Precision & Consistency
A housing assembly doesn't get a second chance: burrs become shorts, chips become noise, mismatched halves become leaks. Precision here is not a luxury — it's the spec.
Closed-loop force control holds contact pressure constant across fins, slots and bores — identical edge break from first part to end of shift.
±0.05 mm repeatability and recipe-locked programs deliver Cpk-stable results on hole chamfers and parting-line edges.
No over-grind on thin fin walls, no burn on cast surfaces, no tool marks on machined faces.
Precision to the last micron — because the assembly line won't forgive a burr.
Fin-Gap Deburring
Cooling fins are 3-8 mm apart, sharp-edged, and covered in parting-line flash. Manual deburring of fin gaps is slow, painful and inconsistent — the most-missed burr in the industry.
Narrow-profile brush and abrasive tooling reaches into fin gaps without touching adjacent fins.
Robot paths trace each gap individually — every fin edge deburred, not just the visible ones.
Consistent edge radius on every fin improves cooling performance and removes the sharp edges that cut operators' hands and customers' cables.
Chip-Free by Design
A single aluminum chip in a motor or gear chamber is a short circuit waiting to happen — or a warranty claim after shipping.
Deburring and chamfering are engineered so no chips, swarf or media residue enters the cavity — dedicated tool paths pull burrs outward, never inward.
Integrated dust extraction captures media and fines at the source.
Finished housings leave the cell verified chip-free — assembly-ready without a separate cleaning step.
No chips in the cavity. No shorts in the field.
Pair Processing
A housing is only as good as its match: the top part and bottom part must seal, align and hold tolerance as a pair.
Top and bottom housings run in the same fixture cycle with identical process parameters — matched edge breaks on both mating faces.
Mating-face protection keeps the sealing surface intact, so assembly closes without gaps, shims or rework.
Pair-level logging ties every top to its bottom — traceable to the assembly line.
Matched halves, made together, sealed forever.
Flexible Changeover
Housing families share the same language — different fin layouts, slot patterns, bore counts.
Recipe-based programming stores every model: fin pitch, slot geometry, hole pattern are program parameters.
Quick-change fixtures and zero-point clamping handle different housing sizes in minutes.
Teach-pendant jogging and offline programming let your process engineers tune new models without a robot specialist on site.
New housing model? It's a program, not a project.
Cost & ROI
Fin-gap deburring is the slowest, most unpleasant manual step in housing production — and the most inconsistent.
One cell replaces 1-2 manual deburring positions, taking over the fin-gap job no one does consistently.
Rework and field returns from missed burrs and embedded chips drop to near zero.
Pair processing halves handling: load a pair, finish a pair, ship a pair.
The job nobody wants — now the job that pays for itself.
Automation & Integration
Tray-based or conveyor feed integrates with your casting/machining output; PLC handshake and MES connectivity are standard.
Vision-guided placement confirms part position before the first pass — tolerant of tray and fixture variation.
Cell guarding to ISO 10218 with interlocked doors, plus dust extraction for abrasive media.
Load the tray. Send matched, chip-free housings to assembly.
Traceability
Per-part logging records force, cycle time and result status, tagged by barcode or tray position.
Pair-level records link top to bottom — field issues trace to the exact housing and its parameters in minutes.
MES export builds audit-ready quality files for OEM customers.
Frequently Asked Questions
Fin gaps are only 3-8 mm apart — how does the tool reach inside without damaging adjacent fins?
Narrow-profile abrasive brushes and purpose-built tooling enter each gap individually; robot paths trace every fin edge, and force control lifts the tool the moment burr is gone. Adjacent fins are never contacted. We validate on a sample part before you commit.
How do you guarantee no aluminum chips stay inside the cavity?
Tool paths are engineered to pull burrs outward — never into the cavity — and integrated dust extraction captures media and fines at the source. Finished housings are verified chip-free before they leave the cell, so no separate cleaning step is needed on the line.
Why is pair processing important, and how do you keep top and bottom matched?
Top and bottom housings must seal, align and hold tolerance together. Our fixtures run both parts in the same cycle with identical parameters, and pair-level logging ties every top to its bottom — matched edge breaks, matched mating faces, traceable to assembly.
What about the small drilled holes — do they get consistent chamfers?
Yes. Drilled-hole chamfering is a recipe parameter: consistent edge break on every hole, with no over-chamfer and no debris pushed into the bore. Hole patterns are stored per model, so the robot chamfers exactly the holes your drawing specifies.
Can the same cell handle different housing models?
Yes. Fin pitch, slot geometry and hole patterns are all program parameters. Quick-change fixtures handle different housing sizes in minutes, and your process engineers can tune new models via teach pendant or offline programming.
How long is the payback?
Typically 12-18 months, driven by reduced manual labor, lower fin-gap rework and fewer field returns from burrs and embedded chips. We model it with your actual labor cost, scrap rate and shift plan.
Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
Business Type:
Manufacturer
Year Established:
2010
Total Annual:
150000-1000000
Employee Number:
80~105
Ecer Certification：
Verified Supplier
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