AA4C Vehicle Brake Disc Grinding & Lathe machine double side processing AA-C9800

Product Specification

AA4C AA-C9800 Vehicle Brake Disc Grinding & Lathe Integrated Machine Double-Sided Processing, High ParallelismSurface FinishEquipped with Stepless Speed Regulation & Wear-Resistant Components, Ideal for Auto Repair Shops to Extend Brake Disc Lifespan

More keywords

1. Brake disc repair machine 

2. On-car brake lathe 

3. Brake drum grinding machine 

4. Automotive brake servicing equipment 

5. Precision brake disc cutting tool 

6. Vehicle brake resurfacing machine 

7. Mobile brake disc lathe 

8. Dual-function brake grinding & turning machine 

9. Auto brake disc refinishing equipment 

10. Professional brake lathe machine 

11. Brake disc flattening machine 

12. On-vehicle brake disc grinding tool 

13. Heavy-duty brake lathe equipment 

14. Brake disc surface polishing machine 

15. Car/truck brake disc lathe 

16. High-precision brake grinding machine 

17. Integrated brake disc repair lathe 

18. Brake drum resurfacing lathe 

19. Automotive brake disc machining tool 

20. Portable brake disc grinding lathe 

21. Wear-resistant brake lathe machine 

22. Brake disc warping repair equipment 

23. Synchronous brake disc turning machine 

24. Auto garage brake servicing lathe 

25. Brake disc smoothing grinding machine

Parameters

 Advantages of Brake Disc Grinding & Lathe Integrated Machine 

The Brake Disc Grinding & Lathe Integrated Machine combines two core functions (turning and grinding) into one piece of equipment, addressing pain points in traditional brake maintenance and delivering comprehensive value for auto repair shops, garages, and fleet maintenance teams. Below are its key advantages, categorized by **efficiency, precision, cost-effectiveness, usability, and versatility**: 

1. Significantly Improves Maintenance Efficiency 

- **Dual-Function Integration**: Eliminates the need to switch between separate "brake lathe machines" (for cutting/warp correction) and "grinding machines" (for surface smoothing). A single setup handles both rough turning (to fix warping, grooves, or uneven wear) and fine grinding (to achieve a smooth, flat surface), cutting total repair time by 30%–50% compared to using two independent devices. 

- **On-Car/On-Vehicle Compatibility (for most models)**: Avoids the time-consuming process of disassembling brake discs from the vehicle (e.g., removing wheels, calipers, or hubs). Technicians can directly perform repairs on the installed disc, further reducing labor time and minimizing the risk of secondary damage during disassembly/reassembly. 

2. Ensures High Precision for Safe Brake Performance 

- Micron-Level Accuracy**: Equipped with precision guide rails, servo motors, and digital control systems, most integrated machines achieve an accuracy of **0.01mm–0.03mm** (flatness and parallelism). This ensures the repaired brake disc has uniform thickness and a smooth surface—critical for preventing brake vibration, noise (e.g., squealing), or uneven braking force (which can lead to longer stopping distances). 

- **Synchronous Double-Sided Processing (on premium models)**: Processes both sides of the brake disc simultaneously, avoiding "one-sided wear" or "thickness deviation" that often occurs with single-sided machines. This maintains the disc’s structural balance and extends its service life. 

3. Reduces Overall Maintenance Costs 

- **Saves Equipment Investment**: Purchasing one integrated machine is more cost-effective than buying two separate devices (lathe + grinder), lowering initial capital expenditure by 40%–60% for small-to-medium repair shops. 

- Lowers Consumable & Operational Costs**: Uses universal, wear-resistant cutting blades/grinding wheels (compatible with most disc materials like cast iron, carbon steel, or ceramic composites) that have a longer service life. Additionally, integrated operation reduces energy consumption (no need to power two machines) and labor costs (fewer steps mean fewer technician hours). 

- Extends Brake Disc Lifespan**: Instead of replacing a worn (but repairable) brake disc with a new one, the machine restores it to near-original performance. For fleet operators or individual car owners, this translates to 50%–70% savings per brake disc (vs. replacement costs). 

4. User-Friendly & Reduces Technician Skill Barriers 

- **Stepless Speed Regulation**: Allows technicians to adjust cutting/grinding speed (typically 50–500 RPM) based on the disc material and wear condition (e.g., slower speeds for hard cast iron, faster for mild steel). This flexibility avoids overheating or tool damage. 

- Digital Display & Preset Programs**: Many models feature LCD screens that show real-time parameters (e.g., cutting depth, grinding pressure, disc thickness). Preset programs for common vehicle models (cars, trucks, SUVs, vans) simplify operation—even less experienced technicians can complete repairs accurately with minimal training. 

- Compact & Mobile Design (for portable versions)**: Lightweight (20–50kg) and equipped with wheels or handles, the machine can be easily moved around the workshop or to on-site repair locations (e.g., roadside assistance for trucks). 

5. Strong Versatility for Diverse Applications 

- **Wide Vehicle Compatibility**: Works with most brake disc types and sizes—from small passenger car discs (250–350mm diameter) to heavy-duty truck discs (400–600mm diameter). Some models also support brake drum resurfacing (with optional accessories), expanding their use case to drum brake systems. 

- Adaptable to Multiple Disc Materials**: Handles standard cast iron discs (most common in passenger cars), high-carbon steel discs (for performance vehicles), and even ceramic-coated discs (with specialized grinding wheels), making it suitable for general repair shops and niche performance garages alike. 

6. Enhances Workshop Competitiveness 

By offering fast, precise, and cost-effective brake disc repair (instead of just replacement), auto shops can attract more customers (e.g., budget-conscious car owners, fleet managers) and differentiate themselves from competitors who only provide replacement services. The machine also enables shops to complete more brake jobs per day, boosting overall revenue.