- ARS26 and ARS26H hydraulic machines for suitable alloy rim deformation.
- Review working height, wheel mounting, measurement, and support tooling.
- Establish wheel-specific repair limits and acceptance checks before work.
Hydraulic Alloy Rim Straightening Machines
A hydraulic rim straightening machine applies controlled force to eligible wheel deformation. Inovatec offers ARS26 and ARS26H arrangements with wheel fixtures, support tooling, and runout measurement options. Choose the machine around the wheel envelope and workshop setup, then establish the permitted repair procedure and inspection criteria. Straightening does not guarantee unchanged mechanical properties or repairability of every rim.
Related Equipment and Media Resources
See Wheel repair machine.
The ARS26 uses a hydraulic station and piston cylinder for controlled straightening work. The current table lists a 10–26 inch wheel repair range, four tool posts, a 1.5 kW motor, and a spindle speed range of 0–300 r/min. Confirm wheel width, offset, mounting details, and tool clearance.
The ARS26H provides a raised working position and stepless spindle-speed control. Its current table lists a 10–26 inch wheel repair range, four tool posts, a 1.5 kW motor, and 0–300 r/min spindle speed. Review loading access, working height, fixtures, and inspection needs for your workshop.
Rim Straightening Features and Options
A magnetic indicator stand and suitable measuring instrument support wheel runout checks. Define the mounting reference, measurement locations, and required limits. A runout reading measures geometric variation; it does not detect every crack or establish structural condition.
Adjustable spindle speed supports inspection and positioning within the machine’s specified range. Follow the equipment instructions for each operation. Spindle-speed adjustment does not control or justify the straightening force applied to a wheel.
The cylinder applies force at the selected contact point using the approved support and tooling arrangement. Force application requires trained operator control and repeated measurement. It is not an automatic guarantee that every damaged rim can be repaired.
Support and contact blocks provide different arrangements for compatible wheel shapes. Select their geometry and contact position for the intended procedure. Confirm the supplied block set and fixture compatibility in the quotation.
A lathe function is available for limited machining where the approved procedure calls for it. Confirm its tooling, access, and scope for the selected model. It does not replace a CNC diamond-cut wheel lathe or restore structural suitability by removing material.
Wheel adapters, fixtures, and service parts must match the machine and wheel mounting dimensions. Define the items supplied with the order and the spare parts required. Check compatibility before substituting fixtures or components.
Separate CNC Equipment for Wheel Faces
A CNC wheel lathe machines a suitable wheel face for a diamond-cut finish. It does not replace straightening or wheel-condition assessment. Select machining allowance, mounting, tooling, and inspection separately, and confirm the refurbishment sequence for the actual wheel.
Related Equipment and Media Resources
See Cnc wheel machine.
- Provide the wheel diameter, width, offset, weight, mounting details, material, and photographs of typical damage.
- State the permitted repair process, inspection method, acceptance limits, workload, and operator requirements.
- Confirm working height, loading access, fixtures, measurement tools, utilities, documentation, and agreed service scope.
Related Equipment and Media Resources
See Alloy wheel powder coating machine, Car wheel vibratory polishing machine, Sand blasting carbinet alloy wheels, Wheel cleaning machine.
- Factory
- Before & After
The minimum order is one machine. Specify the model, tooling, controls, and options so the quotation defines the supplied package.
Machines are packed in wooden boxes for export. Confirm the packed dimensions, weight, lifting points, and handling requirements before arranging transport.
The stated standard terms are a 30% deposit before production, with the balance paid before shipment. Confirm the payment method and terms in the quotation. Alternative arrangements require agreement before ordering.
Send the required model and configuration to Inovatec. Current stock, preparation or production time, and the proposed shipment date will be confirmed for the order.
Shipment can be arranged through Ningbo, Shanghai, Tianjin, or Qingdao, depending on the freight plan. Delivery to another supplier in China for consolidation can also be discussed. Confirm the destination, handling requirements, and freight scope.
Hydraulic Alloy Rim Straightening Machines: Process and Equipment Selection
A hydraulic rim straightening machine applies controlled force to eligible wheel deformation. Inovatec offers ARS26 and ARS26H arrangements with wheel fixtures, support tooling, and runout measurement options. Choose the machine around the wheel envelope and workshop setup, then establish the permitted repair procedure and inspection criteria. Straightening does not guarantee unchanged mechanical properties or repairability of every rim.
In This Guide
- What does a rim straightening machine do?
- How is a straightening procedure established?
- How is a suspected bent rim assessed?
- Can bent rims be repaired with improvised tools?
- Does straightening establish that a wheel is fit for service?
- What determines the cost of a straightening job?
- Can these machines process ATV rims?
- How long does rim straightening take?
- Can the same procedure be used for steel and alloy rims?
What does a rim straightening machine do?
It applies controlled hydraulic force to suitable rim deformation using the selected fixture and support blocks. The ARS26 and ARS26H are listed for a 10–26 inch repair range. Wheel fit and repair eligibility must be reviewed separately.
How is a straightening procedure established?
Define wheel eligibility, mounting, measurement references, permitted force application, and inspection criteria before work. Trained operators follow the machine instructions and the wheel-specific repair procedure. Repeated measurement is part of evaluating the result.
How is a suspected bent rim assessed?
Inspect the wheel condition and measure the required radial and lateral variation using a suitable mounting reference. Check critical dimensions, cracks, and repair history. Symptoms alone do not identify the permitted repair or prove that straightening is appropriate.
Can bent rims be repaired with improvised tools?
Do not replace an approved repair procedure with hammering, improvised fixtures, or unapproved heating. Wheel design, material, damage, and manufacturer restrictions determine whether repair can be considered. Some wheels must be rejected or referred for further assessment.
Does straightening establish that a wheel is fit for service?
A corrected shape does not demonstrate unchanged material properties or structural suitability. Establish the inspection and acceptance requirements for the actual wheel before repair. Follow the manufacturer’s restrictions and reject work that does not meet the permitted criteria.
What determines the cost of a straightening job?
Inspection, mounting, eligible repair work, repeated measurement, final checks, rejection, and workshop overhead affect cost. Equipment, fixtures, and service scope affect the purchase quotation. Use actual workshop costs and representative trials rather than a universal repair price.
Can these machines process ATV rims?
Check the complete rim dimensions, material, mounting, offset, weight, and tool access against the supplied machine. A nominal diameter within the listed range does not establish compatibility. Confirm repair eligibility and fixtures for the specific ATV rim.
How long does rim straightening take?
Wheel condition, inspection, mounting, permitted work, measurement, and final checks determine the complete cycle. Some rims are not repairable. Establish realistic times from representative work rather than promising that every bend can be corrected within a fixed number of minutes.
Can the same procedure be used for steel and alloy rims?
Materials and wheel designs can require different limits, tools, and repair restrictions. Do not infer steel-rim suitability from an alloy-rim machine description. Confirm the permitted process, mounting, and equipment compatibility for the actual rim.
Equipment and Finish Examples
