Wide Boring Range for Diverse Small Engine Applications
It features a flexible machining range with a boring diameter of 65 – 140 mm and a maximum boring depth of 300 mm. The versatile specifications fully meet the cylinder processing demands of automobiles, motorcycles, small tractors and various small-bore engine equipment, making it an essential cylinder boring machine for compact engine repair shops.
Stable Cutting System Ensures Consistent Machining Quality
Configured with dual adjustable spindle speeds of 250 / 380 RPM and a high-stability feeding system, the equipment delivers smooth, reliable cutting performance throughout operation. It maintains precise and uniform machining results, perfectly adapting to daily high-frequency engine repair tasks and professional cylinder reconditioning workflows.
Compact & Practical Design for Professional Workshops
Adopting an optimized compact structural design with simple and flexible operation, the machine occupies less workshop space while delivering efficient cylinder boring capacity. It is an ideal cost-effective cylinder reboring machine for engine rebuilding workshops, automotive service centers and professional machining shops seeking reliable small engine block restoration.
Precision Machining Restores Worn Cylinder Bores
Purpose-built for accurate engine cylinder reboring, this machine effectively eliminates cylinder wear, structural deformation and dimensional inaccuracies on worn cylinder blocks. It restores standard cylinder geometric tolerances, providing qualified component conditions for professional engine rebuilding, cylinder block remanufacturing and automotive overhaul workshops.
Technical Specifications
| Model | T8014A |
| Boring diameter | 65 – 140 mm (2.56 – 5.51″) |
| Max. boring depth | 300 mm (11.8″) |
| Spindle speed | 250 / 380 r/min |
| Spindle feed | 0.11 mm/r |
| Spindle quick reset | 636 mm/min |
| Voltage | 220 V / 380 V |
| Motor output | 0.25 / 0.37 kW (0.34 / 0.50 HP) |
| Motor speed | 1,440 r/min |
| Overall dimensions (L × W × H) | 320 × 330 × 850 mm (12.6 × 13.0 × 33.5″) |
| Machine weight | 62 kg (137 lbs) |
FAQ
1. What types of engines can the T8014A cylinder boring machine process?
The T8014A is designed for reboring cylinders of automobiles, motorcycles, and small to medium-sized tractors. It is suitable for engine rebuilding workshops, repair centers, and agricultural machinery service providers handling gasoline engines, small diesel engines, and compact power units.
2. Why is cylinder boring needed during engine rebuilding?
Cylinder boring restores worn, damaged, tapered, or out-of-round cylinder bores to the correct repair size. It prepares the engine block for oversized pistons and rings, helping restore compression performance and extend engine service life.
3. Does cylinder boring need to be followed by honing?
Yes. After boring, honing is normally required to create the proper cylinder surface finish and crosshatch pattern. This final finishing process improves piston ring seating, oil retention, and overall engine performance.
4. How does the T8014A ensure accurate cylinder machining?
The T8014A features a rigid machine structure and stable boring system to maintain consistent machining performance. Correct centering and workpiece positioning help achieve accurate bore diameter, straightness, and reliable cylinder geometry.
5. Why is the T8014A a good investment for engine repair workshops?
The T8014A allows workshops to bring cylinder boring operations in-house, reducing outsourcing costs and improving repair turnaround time. Its flexible application range makes it an effective choice for automotive, motorcycle, and small diesel engine rebuilding businesses.
6. If the machine breaks down, how do you provide after-sales support? Do you provide operation videos?
Yes. We provide comprehensive after-sales support, including remote technical assistance, online troubleshooting, operation manuals, demonstration videos, maintenance tutorials, and live video guidance. If replacement parts are required, genuine spare parts can be supplied quickly to minimize downtime and keep your machine running efficiently.
7. Can you issue Certificates of Origin (CO), Form A, Form E, or other export documents?
Yes. We can provide the necessary export documents—including Certificates of Origin (CO) and other preferential certificates such as Form E—in accordance with the trade agreements and customs requirements of the destination country. We can also assist you in preparing commercial invoices, packing lists, bills of lading, and other export documentation.
8. What is your minimum order quantity (MOQ)? Do you support OEM & ODM customization?
Our standard MOQ is 1 machine for most models. We also provide OEM and ODM services for distributors and equipment brands, including custom logos, machine colors, nameplates, voltage, packaging, and other specifications to meet your market requirements.
9. Which shipping ports do you use? Can you deliver to my designated warehouse?
We typically ship from major Chinese ports, including Shenzhen, Guangzhou, Ningbo, and Shanghai. We can also arrange delivery to your designated warehouse, freight forwarder, or project site through flexible international shipping solutions.
10. How long does delivery take to my country?
Production typically takes 7–35 days, depending on the machine model and order quantity. Shipping time varies by destination and transportation method. Once your order is confirmed, we will provide a detailed production schedule and estimated delivery time.
