The lowest online number is rarely the lowest installed cost. A useful price comparison starts by making every supplier quote the same tire, feed condition, machine scope, test method and delivery term.
A buyer can receive three tire debeader quotations on the same day and still have no meaningful price comparison. One supplier may be quoting a light-duty sidewall bead-wire remover. Another may be pricing a hydraulic hook machine for prepared truck-tire rings. A third may include export packing, guards, testing and spare hooks while leaving freight, electrical work and commissioning outside the price.
YUXI’s public product page describes its tire wire drawing machine as a hydraulic double-hook tire debeader for pulling bead steel wire from prepared radial tire rings. It is used before tire cutting, shredding, rubber-powder production or related pretreatment. The same page states that the exact model, motor power and capacity must be confirmed from tire diameter, bead structure and project layout.1
Contents
Quick Answer
Public tire debeader prices currently cover a very broad range, but there is no defensible universal YUXI price. In a July 2026 search snapshot, a U.S. supplier listed a passenger/light-truck sidewall bead-wire remover at US$6,599; marketplace pages showed many hydraulic waste-tire wire drawing machines around US$5,500–25,500, heavy OTR listings around US$27,500–48,000, and another dedicated supplier advertised tire debeaders starting at US$18,000.234
These figures are market context, not a YUXI quote. The listed machines do not share one feed condition, tire range, hook system, duty rating, guarding scope, acceptance test, service package or delivery term. For budgeting, use a wide provisional allowance. For purchasing, require a tire-specific RFQ and compare total landed project cost.
Comparable price = same tire + same prepared feed + same duty + same scope + same test + same Incoterm
Tire Debeader Machine Price Snapshot
Online prices are useful only when they are labeled carefully.
| Public listing type | Observed price | What the listing appears to cover | Why it is not directly comparable |
|---|---|---|---|
| U.S. passenger/light-truck sidewall bead-wire remover | US$6,599 listed | A named BWR5-1 unit intended to extract steel bead wire from passenger and light-truck sidewalls. | This is not the same feed, scale or duty as every hydraulic truck-tire or prepared-ring debeader. |
| Hydraulic waste-tire wire drawing marketplace listings | About US$5,500–25,500 | Mixed supplier offers under similar product names. | Model identity, tire range, included equipment, output basis and delivery scope vary. |
| Heavy or OTR marketplace listings | About US$27,500–48,000 | Longer or heavier machines marketed for OTR wire pulling. | OTR tire dimensions, cutting preparation and material handling can change the machine category completely. |
| Dedicated supplier advertised starting price | From US$18,000 | A supplier statement for its tire debeader range. | A starting price does not define configuration, shipping, site work or the tire used for the claim. |
Why Online Tire Debeader Prices Are So Far Apart
The product name is not standardized. “Tire debeader,” “bead wire remover,” “wire drawing machine,” “bead extractor” and “wire separator” can describe several different mechanical routes. Some machines act on a cut sidewall. Some use hooks to pull wire from a prepared ring. Others squeeze a bead section between rollers. Large OTR systems may require a completely different frame length, handling method and upstream cutting route.
The first comparison is therefore not price. It is machine identity. A buyer should be able to answer five questions before placing two quotations in the same spreadsheet:
- What exact material is loaded: whole tire, cut sidewall, prepared bead ring or an OTR section?
- Which tire families and maximum dimensions were approved?
- What mechanical method separates the wire?
- What is included in one complete operating cycle?
- What equipment, safety devices, documentation and commercial services are included?
The difference between cutting and pulling is especially important. A bead cutter separates a bead-sidewall ring, while a debeader pulls the embedded wire bundle. The Tire Bead Cutter vs Tire Debeader comparison should be resolved before price requests are sent.
Eight Factors That Change Tire Debeader Machine Price
1. Tire family and bead construction
Passenger, bus, truck and OTR tires are not one load class. USTMA describes the bead as a bundle—usually wire strands—that secures the tire to the wheel. Steel is also used in belts and, in many truck tires, the body ply.5 The machine must engage and pull the concentrated bead bundle while the rubber ring deforms around it.
A quotation for mostly passenger tires should not be assumed to cover continuous heavy truck rings. Likewise, “truck tire” is too vague for OTR or mining tires. Send the tire family mix and actual samples instead of relying on a broad label.
2. The prepared feed condition
YUXI identifies prepared radial tire bead rings—especially rings with both sidewalls removed—as the normal feed condition. Upstream preparation affects hook access, ring stability, loading time and the amount of rubber that must deform during pulling.1
A low quote may assume that the buyer already owns a sidewall cutter and supplies a clean prepared ring. Another quote may include a handling or cutting stage. Put photographs of the exact incoming material inside the RFQ.
3. Minimum, typical and maximum size
Maximum outside diameter is necessary but incomplete. Width, ring weight, flexibility, damage condition and the percentage of heavy tires determine loading and restraint. The machine footprint may also change when the largest ring needs a longer approach, stronger support or lifting assistance.
4. Hook arrangement and working parts
YUXI publicly presents a double-hook configuration and describes high-strength alloy steel, heat-treated working parts. The final arrangement must still match the tire and process.1 A second hook can reduce repositioning in some cycles, but it adds hardware and does not guarantee twice the completed output.
Price should be tied to the supplied hook shape, quantity, wear-part definition, spare-hook recommendation and replacement method—not simply to the words “single” or “double.”
5. Hydraulic system and duty
The hydraulic power unit, cylinder, stroke, valves, filtration, reservoir, hoses and controls affect both purchase price and repeatability. However, pressure alone is not a selection metric. Useful pulling performance depends on cylinder area, hook engagement, ring restraint, system losses, alignment and frame reaction.
Ask for a full-cycle test on the hardest representative ring. A higher catalog pressure is not proof that the machine can repeatedly complete that tire without abnormal movement or re-engagement.
6. Frame, guarding and controls
A stronger tire may require more structural reaction and a different workpiece restraint. Safety scope also changes cost. OSHA’s general machine-guarding requirement calls for one or more safeguarding methods to protect workers from point-of-operation and other machine hazards.6
The RFQ should identify guards, emergency stops, operator location, visibility, control mode and the safe method for clearing wire. Do not treat these as optional cosmetic accessories after the base price is agreed.
7. Electrical supply and workshop integration
Voltage, phase and frequency affect motors, controls and protective devices. Site access affects packaging, unloading and installation. The layout should show machine envelope, operator space, wire discharge, rubber-ring discharge, maintenance access and any forklift or lifting route.
8. Validation, documentation and support
A quotation that includes a representative-tire factory acceptance test, operating manual, drawings, electrical and hydraulic information, packing list, recommended spares and defined warranty scope will usually cost more than a bare machine listing. It may also reduce far more risk than the price difference.
What Specifically Changes a YUXI Tire Debeader Quotation?
Based on YUXI’s published product boundary, the quotation should be built around the following project facts:
| Buyer information | Why YUXI needs it | What should appear in the response |
|---|---|---|
| Representative tire photos and video | Confirms tire family, damage, sidewall preparation and handling reality. | Approved feed condition and any required upstream preparation. |
| Minimum, typical and maximum dimensions | Determines fit, hook approach, stroke, frame envelope and handling. | Applicable range for the quoted configuration. |
| Tire mix and bead difficulty | A mixed passenger/truck stream has different duty from continuous truck rings. | Test sample plan and any configuration boundary. |
| Completed rings per hour or shift | Allows the supplier to consider the full cycle rather than only pulling time. | Capacity basis, operator assumption and exclusions. |
| Downstream process | Defines the required rubber output condition and line balance. | Connection to cutting, shredding, crushing, powder or pyrolysis preparation. |
| Voltage, site and destination | Changes electrical components, packing, freight and installation planning. | Electrical configuration, delivery term and installation boundary. |
The product page also notes possible single-hook, double-hook, truck-tire and customized OTR configurations depending on the project. Treat these as engineering paths that require confirmation, not as four fixed catalog prices.1
Calculate the Total Landed Project Cost
The International Trade Administration defines landed cost as the total price after arrival, including the original product price, insurance, freight, tariffs, taxes and other fees.7 For industrial machinery, the working project budget should go further and include site readiness and start-up.
Project budget = quoted equipment + options + packing + freight + insurance + duties/taxes + inland delivery + site work + commissioning + spares
| Budget line | Questions to ask | Typical risk when omitted |
|---|---|---|
| Machine and included accessories | Are hooks, guards, hydraulic oil, tools, cables, anchor hardware and control panel included? | The “same model” arrives with a smaller usable scope. |
| Export packing | Is seaworthy packing included? Are loose components identified? | Unexpected packing charges or transport damage. |
| Freight and insurance | Which port or address? What shipment dimensions and weight are used? | A provisional freight figure changes after packing. |
| Tariffs, taxes and customs | Which HS classification is proposed? Who confirms local rates? | Budget excludes local import charges. |
| Unloading and inland transport | What lifting capacity and truck access are required? | The buyer cannot unload or move the machine safely. |
| Site work | Foundation, anchors, electrical cable, breaker, oil, lighting and guarding interfaces? | Machine is delivered but cannot be commissioned. |
| Installation and training | Remote or on-site? Travel, visa, lodging and local labor included? | Support assumptions differ after payment. |
| Start-up spares | Which hooks, seals, filters, hoses and sensors are recommended? | Minor damage creates a long production delay. |
Incoterms define responsibility for shipment, insurance, documentation, customs clearance and other logistics activities.8 Put the named Incoterm and named place or port on every comparison sheet. “FOB” without a port and “CIF” without a destination are incomplete.
How to Compare Three Supplier Quotations Fairly
Normalize the technical scope first, then the commercial scope. A simple comparison method is to create one row for every requirement and mark each quotation as included, excluded, optional, unclear or not applicable.
| Comparison row | Supplier A | Supplier B | Supplier C |
|---|---|---|---|
| Exact feed state approved | Prepared ring defined | “Waste tire” only | Sidewall only |
| Largest representative tire tested | Included | Video of another tire | Optional |
| Hook and restraint scope | Detailed | Unclear | Single hook |
| Guards and emergency controls | Included | Not stated | Optional |
| Electrical supply | Buyer voltage confirmed | Standard factory voltage | Transformer extra |
| Export packing | Included | Extra | Included |
| Delivery basis | FOB named port | EXW | CIF named port |
| Start-up spares | Listed | Not included | Price pending |
Comparison rule: when a row is unclear, do not assign it zero cost. Assign it “unpriced risk” and request clarification. The cheapest quotation often changes position after unclear items are added.
Price Is Not the Same as Cost of Ownership
A tire debeader is a front-end production machine. Its ownership cost depends on whether it processes the intended tires repeatedly, how much labor surrounds the cycle, how often hooks or hydraulic components need attention, and how much downtime affects the shredder or downstream line.
A simple internal comparison can use:
Annual ownership cost = labor + energy + planned maintenance + wear parts + expected downtime + annualized purchase cost
Do not publish invented electricity, maintenance or service intervals. Instead, ask each supplier for the motor configuration, recommended maintenance tasks, consumable and spare list, warranty boundary, remote-support process and expected availability of common parts. Use your local labor and electricity rates to build the calculation.
Also record the cost of unsuitable performance. A machine that cannot accept the heaviest normal ring, requires frequent re-engagement or produces output faster than the next machine can handle can make the “lower purchase price” irrelevant.
Tire Debeader Machine RFQ Guide
A serious RFQ should be short enough for a sales engineer to use and detailed enough to prevent assumptions. Attach a spreadsheet, photographs and one short feed video. The following fields are included in the downloadable package as an editable CSV template.
Material and production data
- Tire categories and estimated percentage of each category
- Photos of typical, smallest, largest and most difficult tires
- Incoming state and prepared bead-ring state
- Minimum, typical and maximum outside diameter and width
- Approximate prepared-ring weight
- Known unusual bead construction, damage or contamination
- Required completed acceptable rings per hour or per shift
- Number of operators and available lifting or handling equipment
Process and site data
- Upstream cutting or sidewall-removal equipment
- Downstream tire cutter, shredder, crusher, granulator, powder or pyrolysis-preparation process
- Required output condition for steel and rubber
- Local voltage, phase and frequency
- Workshop floor, doorway, loading access and lifting capacity
- Destination country, named port or full delivery location
- Preferred language for manuals and training
Supplier response requested
- Quoted configuration and approved feed boundary
- Machine dimensions, weight and utility requirements
- Hook, restraint, hydraulic, control and guarding scope
- Complete inclusion, exclusion and optional-equipment list
- Representative-tire FAT proposal and pass/fail criteria
- Production lead time and quotation validity
- Named Incoterm and packing/freight basis
- Warranty, documentation, recommended spares and support process
Define the Acceptance Test Before the Purchase Order
A video is useful evidence only when the tire and timing method match the RFQ. Define the factory acceptance test before the final price is accepted.
| FAT field | Recommended definition |
|---|---|
| Test material | Named tire samples supplied or approved by the buyer, including the largest and most difficult normal ring. |
| Feed condition | Exactly the prepared state expected in production. |
| Quantity | Enough consecutive cycles to reveal loading, engagement, release and reset—not one successful demonstration. |
| Timing | Start at ring pickup or loading; stop after steel and rubber are cleared and the machine is ready for the next ring. |
| Successful output | Define acceptable wire extraction and the permitted rubber attachment. |
| Failures | Record re-engagement, incomplete pull, unsafe movement, leakage, control fault and abnormal stop. |
| Operator and handling | State number of people, lifting aid and any pre-positioning work. |
| Evidence package | Full-frame video, close hook view, both outputs, control sequence and recorded test sheet. |
Safety review belongs inside the acceptance process. OSHA’s lockout/tagout standard covers servicing where unexpected energization, start-up or release of stored energy can cause injury, and OSHA specifically notes that hydraulic systems may contain stored pressure that must be relieved or otherwise rendered safe.910 The final machine-specific procedure must come from the supplier documentation and the buyer’s local safety program.
Price Red Flags to Resolve Before Paying a Deposit
Technical red flags
- “Suitable for all tires” without dimensions or feed state
- Capacity based only on cylinder pulling time
- Pressure or motor power used as the only proof
- Truck and OTR tires treated as the same class
- No full-cycle video of the requested tire
- Guards, restraint and wire-release method not shown
Commercial red flags
- Price has no model or configuration revision
- Incoterm has no named port or place
- Packing, freight or local charges are “to be confirmed” after order
- No inclusion and exclusion schedule
- Warranty begins before shipment or has no scope
- Spare parts and documents are not listed
Prepare a Quote That Can Be Compared
Send YUXI the tire photos, prepared feed, size range, tire mix, required completed rings per shift, downstream process, site voltage and destination. Ask for one configuration, one representative-tire test plan, one named delivery term and one complete exclusion list.
Frequently Asked Questions
How much does a tire debeader machine cost?
Public listings observed in July 2026 range from compact passenger or light-truck bead-wire equipment around the mid-thousands of U.S. dollars to heavy hydraulic and OTR machines in the tens of thousands. These are not normalized quotations. YUXI does not publish one fixed price because tire size, feed preparation, hook and hydraulic configuration, safety scope, electrical supply, testing and delivery terms change the quotation.
Why do tire debeader prices vary so widely online?
Many listings use the same product name for different machines: sidewall bead-wire removers, hydraulic hook-type debeaders, roller separators, truck-tire machines and customized OTR systems. Price also changes with included guards, controls, packing, freight, spares, documentation and support.
What information does YUXI need before quoting?
Send representative tire photos and video, tire family and mix, prepared feed condition, minimum and maximum dimensions, approximate ring weight, target completed rings per hour or shift, downstream equipment, local voltage and destination port or delivery location.
Should I compare EXW, FOB or CIF prices?
Compare every supplier on the same named Incoterm and destination. Incoterms allocate responsibilities for shipment, insurance, documentation and customs activities. A low EXW price is not directly comparable with a CIF quote that includes ocean freight and insurance.
Does a double-hook tire debeader always cost more and produce twice as much?
A double-hook configuration may add structure, hook hardware and hydraulic or control requirements, but it does not automatically double sustainable output. Loading, engagement, release, ring handling and the downstream process still determine completed rings per hour.
What should be included in a tire debeader acceptance test?
Define the exact tire samples, prepared feed state, number of test rings, timing start and stop points, successful wire-removal condition, allowed re-engagement attempts, operator and handling method, safety controls, output collection and how failed cycles are recorded.
What costs are commonly excluded from the machine price?
Common exclusions can include export packing, inland transport, ocean freight, insurance, duties, taxes, customs fees, unloading, foundation, electrical work, lifting equipment, installation, travel, accommodation, training, spare parts and local compliance work. The quotation should state each inclusion and exclusion.
References and Source Notes
- U.S. Occupational Safety and Health Administration, 29 CFR 1910.212, general machine guarding requirements. Source.
- U.S. International Trade Administration, “Determine Total Export Price,” landed-cost components. Source.
- U.S. International Trade Administration, “Know Your Incoterms.” Source.
- U.S. Occupational Safety and Health Administration, 29 CFR 1910.147, control of hazardous energy. Source.
- OSHA standard interpretation on lockout/tagout of hydraulic systems and stored pressure. Source.