Automated High Speed Robotic Deburring Machine For Computer Stand Monitor Laptop Desk
Automated High Speed Robotic Deburring Machine For Computer Stand Monitor Laptop Desk
Place of Origin:CHINA
Brand Name:KINGSTONE
Certification:CE
Model Number:KS-30000
Minimum Order Quantity:1
Price:65000-98000 USD
Standard Packaging:WOODEN CASES
Delivery Time:90 WORKING DAYS
Payment Terms:L/C,D/A,D/P,T/T
Supply Ability:200-300 SETS PER YEAR
Product Details
Highlight:
High Speed Robotic Deburring Machine
,Computer Stand Monitor Deburring Machine
,Laptop Desk Riser Deburring Machine
Customizable:
Can Be Tailored To Specific Needs
Efficient:
100 Pieces/hour
Cycle Time:
30-120 Seconds Per Part
Product:
Die-Cast Aluminum Alloy Enclosure
Application:
Deburring Die Casting
Floor Area:
３８００×３２００mm
Current:
220V
Deburring Method:
Abrasive Tool Or Grinding Wheel
Energy Efficient:
Saves Electricity
High Precision:
0.02mm
Machine Power:
11KW
Volatge:
380V
Process:
Robot Deburring
Power:
12KW
Control System:
PLC With HMI Interface
Product Description
Detailed Specifications & Features
Automated Robotic Deburring Machine For Computer Stand
Automated Robotic Deburring Machine For Computer Stand
Long-Tail Anchors:
- computer stand deburring machine
- aluminum monitor stand finishing robot
- anodize-ready surface preparation equipment
Automated Robotic Deburring Solution
An automated robotic deburring cell built for computer stand manufacturing — monitor stands, laptop stands and desk risers. Remove die-cast flash, deburr CNC-machined edges and prepare surfaces for anodizing, with the fast cycle times high-volume parts demand.
The Problem We Solve
Computer stands are consumer products — buyers notice every flash line, every rough edge, every anodizing color patch. Manufacturers lose money three ways: cosmetic rejects from uneven flash removal, sharp-edge complaints (and returns) on CNC-machined holes and edges, and anodizing defects caused by inconsistent surface preparation. This cell replaces manual deburring benches with a programmable robotic process that delivers the same consumer-grade finish on every part — at volume.
Core Selling Points
Precision Deburring
- Force-controlled head keeps consistent edge geometry — no over-deburring on visible faces
- ±0.01 mm repeat positioning for identical results part-to-part
- Programmed path follows complex profiles: curved bases, recessed holes, thin ribs
Fully-Automatic Operation
- Load → program recall → finished part, one operator runs multiple cells
- Optional robot loading/unloading for lights-out production
- PLC-ready, MES data collection for batch traceability
High-Throughput Performance
- Cycle time as low as ___ seconds per part (small bases/arms)
- 3-5x faster than manual benches; predictable daily output for order deadlines
Multi-Process Capability
- One cell: flash removal → edge deburring → surface conditioning (anodize prep)
- Program library covers every stand model; changeover < 15 minutes
Consumer-Grade Consistency
- Uniform surface = even anodizing color, no patchy rejects
- Flash-free edges reduce sharp-edge complaints and safety returns
- First-article reports + batch traceability
Easy-to-Operate Design
- Touchscreen HMI, bilingual (EN/CN)
- Offline programming with simulation — no robot experts required
- Quick-change fixtures and abrasives
Cost-Effective Operation
- Replaces 2-3 deburring operators per shift
- Abrasive consumption reduced 30%+ vs. hand work
- Typical payback 18-24 months, free ROI sheet on request
Process Flow
- Load part onto quick-change fixture
- Call up the program for that stand model
- Flash removal: strip die-cast parting-line flash
- Edge deburring: chamfer CNC-machined edges, clean holes and slots
- Surface conditioning: uniform profile ready for anodizing
- Spot inspection (optional roughness / edge check)
- Unload to anodizing or packaging line
Why Computer Stand Manufacturers Automate
| Dimension | Manual Deburring | Robotic Cell |
|---|---|---|
| Flash removal consistency | Operator-dependent | Programmed, identical every part |
| Edge quality | Inconsistent, over/under-deburr | Force-controlled, uniform chamfer |
| Anodizing prep | Patchy → color rejects | Uniform → even color, fewer rejects |
| Sharp-edge returns | Common, costly | Eliminated by design |
| Output | Limited by headcount | High-volume cycles, 24h capable |
| Model changeover | Retraining time | Program switch < 15 min |
| Traceability | None | Batch records available |
Frequently Asked Questions
Product Basics
Q1: Which computer stand parts can this machine process?
A: Monitor stand bases, arm risers, laptop stand frames, height-adjust parts and brackets — die-cast aluminum, extruded aluminum, stamped steel or plastic.
Q2: Does it prepare parts for anodizing?
A: Yes. Surface conditioning is a standard program step — flash-free, uniform surfaces produce even anodizing color with fewer cosmetic rejects.
Q3: Can small parts be run at high volume?
A: Yes. Compact fixtures and fast cycle times (as low as ___ seconds/part) are designed for high-volume consumer electronics supply.
Purchase Decision
Q4: Do you offer a free trial?
A: Yes. Send us your stand parts or 3D files — we finish them and return a before/after report with surface data.
Q5: How long is changeover between stand models?
A: Fixture swap + program recall in about 15 minutes. The program library stores every model.
Q6: What about delivery time and warranty?
A: Standard cells ship in about 85 days; 12-month warranty with remote support, optional on-site installation and training.
Investment & Long-Term
Q7: What is the payback period?
A: Typically 18-24 months depending on labor cost and volume. We provide a free ROI sheet with your actual numbers.
Q8: Is training and ongoing support available?
A: Yes — operator training (on-site or video), offline programming support, lifetime remote technical support, and long-term consumable supply.
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