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Ensure cuts and panel joins are located according to manufacturer methods

Make the steps to improve your overall performance.

Why its important to implement

Following manufacturer methods preserves structural integrity, ensures safety, maintains fit/finish, avoids damage, complies with warranties, and meets regulatory standards.

Regulatory Compliance

In some jurisdictions, repair shops are legally obligated to follow manufacturer repair methods to ensure repairs meet safety and quality standards mandated by regulatory authorities.

Compliance and Warranty

Many vehicle manufacturers require repair shops to follow their specified repair methods to maintain compliance with warranty requirements. Failure to adhere to these methods could void the vehicle's warranty and expose the repair shop to liability issues.

Structural Integrity

Vehicle manufacturers provide specific repair methods to ensure the structural integrity of the vehicle is maintained after repairs. Locating cuts and panel joins according to these methods helps preserve the structural strength and rigidity of the vehicle's frame and body.

Safety

Properly located cuts and panel joins are crucial for maintaining the safety features of the vehicle, including its ability to absorb and distribute crash forces in the event of a collision. Following manufacturer repair methods ensures that safety-critical components remain intact and functional after repairs.

Fit and Finish

Adhering to manufacturer repair methods helps ensure that replaced panels fit correctly and align properly with adjacent components. Properly located cuts and joins result in seamless transitions between repaired and original panels, maintaining the vehicle's aesthetic appearance and resale value.

Avoidance of Structural Damage

Incorrectly located cuts or panel joins can compromise the vehicle's structural integrity and lead to additional damage during repairs. Following manufacturer repair methods minimizes the risk of causing unintended structural damage and ensures repairs are performed accurately and safely.

Business Impact

Higher-quality repairs reduce comebacks and increase profits. Standardized methods improve throughput efficiency. Smoother processes shorten key-to-key times. Better training reduces technician idle time.

Parts Department

Parts availability and procurement may be influenced by the specific repair methods recommended by vehicle manufacturers. Certain repair methods may require specialized parts or components. The Parts Department may need to ensure that they stock the necessary parts and materials specified in the manufacturer repair methods, which could affect inventory management and ordering processes.

Training Department

The Training Department may need to develop training programs to educate technicians on the importance of following manufacturer repair methods. Ongoing training and reinforcement of proper repair procedures may be necessary to ensure that technicians understand and adhere to manufacturer guidelines.

Profit

Initially, following manufacturer repair methods may require additional time for research, training, and implementation. However, adhering to these methods can lead to higher-quality repairs with fewer comebacks and warranty issues, ultimately contributing to higher profits through increased customer satisfaction and retention.

Throughput

Initially, implementing manufacturer repair methods may slightly impact throughput as technicians familiarize themselves with new procedures. However, following standardized repair methods can streamline workflow by reducing the likelihood of errors and rework, ultimately improving overall throughput.

Key to Key

Initially, key-to-key times may be affected by the time required to follow manufacturer repair methods accurately. However, adhering to these methods can lead to smoother repair processes with fewer delays, resulting in shorter key-to-key times and improved customer satisfaction in the long run.

Idle Time

Technicians may experience increased idle time initially as they adjust to following manufacturer repair methods. Effective training and communication can help minimize idle time by ensuring that technicians understand and implement proper repair procedures efficiently.

Customer Satisfaction

Initially, customers may experience slightly longer repair times as technicians adhere to manufacturer repair methods. However, following these methods ensures that repairs are performed correctly and safely, leading to higher-quality outcomes and greater customer satisfaction in the end.

action steps

Provide comprehensive training on manufacturer methods, implement standardized processes, use digital resources, and encourage departmental collaboration.

Efficiency Measures

Implement processes and tools to streamline the application of manufacturer repair methods, such as standardized checklists or digital resources. Encourage collaboration between departments to ensure that necessary parts and materials are readily available to support adherence to manufacturer guidelines.

Training and Education

Provide comprehensive training programs for technicians to ensure they understand and can effectively implement manufacturer repair methods. Offer ongoing training and support to reinforce proper procedures and address any questions or concerns.

Related tasks

Milestone:

15: Streamlining Heavy Damage Repairs

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Identify if ADAS calibrations are carried out in-house?

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Identify if all mechanical work is completed in-house?

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Ensure technicians receive and follow the Vehicle Manufacturer Repair Methods related to the repair section of the vehicle.

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Ensure the vehicle's electrical system is protected against electrical surges if any welding, dent pulling or shrinking equipment is used

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Ensure the vehicles mounted onto the pulling system safely and in the proper way without causing additional damage

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Make sure new parts are trial fitted during the pulling process where possible

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Ensure cuts and panel joins are located according to manufacturer methods

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High speed air hacksaws should be used for cutting AHSS panels

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Ensure low speed, high torque drills used for AHSS panels

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Ensure new parts are trial fitted before and after welding

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Coating removal required from both sides before welding

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Ensure cleaning discs are used to reduce galvanic coating removal

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Ensure correct welding adhesives used where required

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Weld through primer should be applied on all bare metal surfaces prior to welding

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Ensure door locks and seals trial fitted as part of the repair process

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Ensure Vehicle Manufacturer repair methods closely followed for welding and riveting

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Ensure spot welder settings are checked and test welds carried out before welding

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Ensure welds are carried out to reduce heat, Heat monitoring tools used

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Ensure grinding practices are used to avoid weakening parent metal

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Ensure foam dams refitted/replaced with approved products when necessary

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Use Anti-Flutter product (not Urethane)

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Ensure all sound pads replaced on new and repaired panels

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Ensure the MiG welder settings are checked and a test weld is carried out before welding the job

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Ensure that the technicians follow the sanding process chart located in each bay for sanding repair areas

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Ensure vehicle structural body measurements are checked after the repair and recorded in the BMS job file

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Ensure removed parts are listed on the job card before delivering the vehicle to the paint shop

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