EnglishEnglishYUXI tire cutting machine is built for cutting large scrap tires into manageable sections before tire shredding, rubber granulation, TDF preparation or pyrolysis pre-treatment. It is especially useful when truck tires, all-steel radial tires, agricultural tires or OTR tires are too heavy or too stiff to feed directly into a shredder.
A waste tire cutting machine, also called a tire cutter machine, tyre cutting machine or hydraulic tire cutter, is a pre-processing machine used to cut whole scrap tires into smaller sections. Instead of forcing oversized tires directly into the shredder, the cutter opens the tire structure first, making the next step safer and easier to control.
In a real recycling plant, this machine is not only about “cutting”. Its value is in reducing the shock load on the tire shredder, avoiding irregular feeding, and helping operators handle tires that are too large, too heavy or too steel-reinforced for direct processing. For OTR tire recycling, mining tire disposal and truck tire recycling, a tire cutting machine is often the practical first step after inspection or debeading.
The machine is designed for high-strength waste tires that are difficult to process by hand or feed directly into a tire shredder. The final configuration should be confirmed according to tire diameter, steel content, sidewall thickness and downstream equipment.
Common in commercial tire recycling plants. Pre-cutting helps reduce feeding resistance and prepares tire sections for shredding.
Large off-the-road tires require stronger clamping, hydraulic cutting force and a working table that supports heavy tire bodies.
Suitable for loader, tractor, excavator and other large equipment tires when direct shredding is not economical or stable.
YUXI tire cutting machine uses hydraulic power to clamp and cut the tire. The process is simple for operators, but the machine structure must be strong enough to deal with thick rubber, bead wire and steel cord layers.
The whole tire or pre-treated tire is placed on the working platform and adjusted to the cutting position.
The clamping structure holds the tire body to reduce movement during cutting.
The hydraulic cutter descends and applies shear force to cut the tire into sections.
The cut tire pieces can be moved to a tire shredder, granulator, pyrolysis feeding system or temporary storage area.
For many waste tire recycling projects, cutting is the bridge between raw tire storage and mechanical size reduction. It is especially valuable when the line handles mixed tire sizes or large steel-reinforced tires.
Related equipment can include tire wire drawing machine, tire shredder, waste tire bead cutting machine, and tire recycling equipment.
Provides the cutting force needed for all-steel radial tires and large tire bodies with thick sidewalls.
The core blade is made for repeated impact and shear work. Blade material and thickness can be matched to tire type.
Hydraulic locking and electrical control help reduce tire movement and operator risk during the cutting stroke.
Cut sections are easier for conveyors and shredders to handle than whole large tires.
Customers can confirm tire size, cutting effect and process route before finalizing the machine configuration.
The cutter can be planned with loading tools, tire shredder, conveyor and discharge area according to plant space.
A good tire cutter should be selected by tire condition and line purpose, not only by motor power. Before quotation, YUXI normally confirms the following project details.
| Selection Factor | Why It Matters | What to Confirm |
|---|---|---|
| Tire size range | Truck tires and OTR tires require different table size, clamping structure and cutting force. | Outer diameter, width, tire type and maximum tire weight. |
| Steel content | All-steel tires increase blade load and wear. | Radial truck tire, OTR tire, agricultural tire or mixed tire stream. |
| Downstream process | Shredding, granulation and pyrolysis may need different cut section sizes. | Target next machine and desired feeding size. |
| Operation method | Manual loading, forklift loading or line integration changes the layout. | Labor condition, available space and daily working schedule. |
| Safety requirements | Large tire cutting involves heavy material and strong hydraulic force. | Clamping, guard design, electrical controls and operator workflow. |
Watch the cutting process and use it to compare tire size, feeding method, cutting action and discharge result with your own waste tire project.
For a waste tire recycling line, the cutter must match the real tires coming into the plant. YUXI can help evaluate whether your project needs tire cutting, bead wire removal, direct shredding, or a combined pre-treatment route.
For small passenger tire streams, direct shredding may be enough. For large steel tires, OTR tires and irregular tire stockpiles, a hydraulic tire cutting machine can make the whole line easier to operate. This is why the best solution is usually designed around tire size range, labor method, plant layout and the final output target.
A tire cutting machine cuts whole tires into larger sections. A tire shredder reduces tires or tire sections into smaller chips. For large OTR or truck tires, cutting before shredding can improve feeding stability.
Yes, it can be configured for OTR tire cutting, but the final design depends on tire diameter, width, weight and steel content.
It depends on the tire type and downstream process. Some projects use bead removal first; some cut large tires first and then shred. YUXI can recommend a route based on your tire photos and output target.
Yes. Tire cutting can reduce oversized tires into sections for easier loading or feeding before pyrolysis, depending on the plant design.
Please provide tire type, maximum tire size, approximate capacity requirement, downstream process and available workshop layout.
Send tire photos, tire size range and your next processing step. YUXI will help match the tire cutting machine with the full recycling route.