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Bridge Polisher Safe Work Method Statement


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Bridge Polisher Safe Work Method Statement

Introducing our Safe Work Method Statement (SWMS) for using a bridge polisher! This SWMS is designed to provide you with a comprehensive and pre-filled document that covers all the necessary details to ensure safe use of this machinery on your worksite.

Here are some key features of our SWMS:

  • Pre-filled and Comprehensive: Our SWMS comes pre-filled with information to help you get started quickly. It’s also comprehensive and covers all the important details that you need to consider when using a bridge polisher on your worksite.
  • Fully Editable: Our SWMS is provided in Microsoft Word format, so you can easily edit and customise it to suit your specific needs. This makes it easy for you to tailor the document to your particular project or worksite requirements.
  • Scope and Project Details: Our SWMS includes the scope of the project and all the necessary project details. This ensures that everyone on your team understands what is expected of them and what tasks they need to complete.
  • High-Risk Machinery Checklist: Our SWMS includes a checklist of any high-risk machinery that is present on your worksite. This helps you to identify potential hazards and take the necessary precautions to ensure everyone’s safety.
  • Staff Training Records: Our SWMS includes space for recording any staff training that has taken place. This ensures that everyone on your team has the necessary skills and knowledge to operate the bridge polisher safely.
  • Before and After Risk Ratings: Our SWMS includes before and after risk ratings to help you evaluate the effectiveness of the safety measures you have put in place.
  • Legislative References: Our SWMS includes resources for use of legislative references to help you stay compliant with relevant regulations and standards.
  • PPE Requirements: Our SWMS includes all the PPE required for using the bridge polisher. This ensures that everyone on your team is properly equipped to work safely.
  • Risk Assessment and Matrix: Our SWMS includes a risk assessment and risk assessment matrix to help you identify and evaluate potential hazards.
  • Implementation Checklist: Our SWMS includes a checklist to ensure all requirements have been covered when implementing the SWMS. This helps you to make sure that nothing has been overlooked.
  • Sign-Off Page: Our SWMS includes a sign-off page for all workers and responsible persons. This ensures that everyone on your team has read and understood the SWMS and agrees to follow it.
  • Easy to Use: Our SWMS is designed to be easy to use and easy to customise. This makes it accessible to everyone on your team, regardless of their level of expertise.
  • Suitable for Large Contracts and Tenders: Our SWMS is suitable for large contracts and tenders, including tier 1 contractual work. This makes it a valuable tool for businesses of all sizes.
  • Instant Download: Our SWMS is delivered as an instant download, so you can get started right away.

At our company, we believe that safety should always come first. That’s why we’ve put together this SWMS to help you use a bridge polisher safely and effectively. We hope you find it helpful!

Here is some safety information related to using bridge polisher.

Hazards: The following hazards associated with the use of bridge polisher must be addressed:

  1. Electrical hazards: The use of power tools, including the bridge polisher, carries a risk of electrical hazards, which can lead to electric shock and even death.
  2. Slips, trips, and falls: Working on elevated platforms increases the risk of slips, trips, and falls, which can result in serious injury.
  3. Noise: The use of the bridge polisher can generate high levels of noise, which can cause hearing damage if proper hearing protection is not worn.
  4. Dust: The polishing process can generate large amounts of dust, which can be harmful if inhaled.
  5. Flying debris: The bridge polisher can create flying debris, which can cause serious injury if it comes into contact with people.
  6. Moving parts: The bridge polisher has moving parts that can cause injury if they come into contact with people.
  7. Chemicals: The use of chemicals for polishing can be hazardous to health if not used properly.

Risk Control Measures:

  1. Training: All operators and workers involved in the operation of the bridge polisher must have adequate training and knowledge of the equipment and safety procedures.
  2. Personal Protective Equipment (PPE): All workers must wear appropriate PPE, including safety goggles, hearing protection, dust masks, and non-slip safety shoes.
  3. Electrical safety: The bridge polisher must be regularly inspected and maintained by a qualified electrician. A residual current device (RCD) must be installed and tested before use.
  4. Safe work area: The work area must be clearly marked and cordoned off to prevent unauthorised entry. The surface must be clean and free of debris.
  5. Slips, trips, and falls: The work area must have anti-slip surfaces, and all workers must use fall protection equipment such as harnesses.
  6. Noise: Workers must wear appropriate hearing protection when operating the bridge polisher.
  7. Dust: The work area must be well-ventilated, and workers must wear appropriate dust masks.
  8. Flying debris: A barrier or shield must be installed around the work area to prevent flying debris from injuring workers or passers-by.
  9. Moving parts: Workers must never place their hands or body parts near the moving parts of the bridge polisher.
  10. Chemicals: All chemicals used for polishing must be stored, handled and disposed of according to relevant regulations and manufacturer’s instructions.

Emergency Procedures:

  1. Electric shock: In the event of electric shock, turn off the power immediately, and seek medical attention.
  2. Slips, trips, and falls: In the event of a fall, activate the emergency response plan and seek medical attention.
  3. Noise: In the event of hearing damage, seek medical attention immediately.
  4. Dust: In the event of inhaling dust, move to a well-ventilated area, and seek medical attention if necessary.
  5. Flying debris: In the event of injury caused by flying debris, seek medical attention immediately.
  6. Chemicals: In the event of exposure to chemicals, follow relevant emergency procedures as outlined in the Material Safety Data Sheet (MSDS).

Gary’s Safety Tips

Hey everyone, it’s your safety guy Gary here to talk about SWMS in South Australia. SWMS, or Safe Work Method Statements, are an essential part of any workplace’s safety procedures. They outline the potential hazards and risks associated with a specific job or task and provide guidance on how to safely perform the work.

If you’re in South Australia and need to create a SWMS, don’t worry, I’ve got you covered. Here’s my step-by-step guide to creating a SWMS that meets all the necessary requirements:

Step 1: Identify the Job or Task

The first step in creating a SWMS is to identify the job or task that needs to be performed. This can include anything from construction work to cleaning tasks. Once you’ve identified the job or task, you need to make sure you understand all the hazards and risks associated with it.

Step 2: Identify the Hazards and Risks

The next step is to identify all the hazards and risks associated with the job or task. This can include things like working at heights, working with machinery or chemicals, or working in confined spaces. Make sure you consider all the potential hazards and risks associated with the job or task, and think about how they can be eliminated or minimised.

Step 3: Determine the Controls

Once you’ve identified the hazards and risks associated with the job or task, the next step is to determine the controls that need to be put in place to eliminate or minimize those risks. This can include things like wearing protective gear, providing training and supervision, and using safety equipment.

Step 4: Develop the SWMS

Now that you’ve identified the job or task, the hazards and risks associated with it, and the controls that need to be put in place, it’s time to develop the SWMS. The SWMS should outline all the necessary information, including the job or task description, the hazards and risks associated with it, the controls that will be put in place, and any additional information such as emergency procedures or first aid requirements.

Step 5: Review and Approve the SWMS

Once the SWMS has been developed, it needs to be reviewed and approved by all relevant parties, including the workers who will be performing the job or task, any supervisors or managers, and any other relevant stakeholders. Make sure everyone understands the SWMS and their responsibilities under it.

Step 6: Implement and Monitor the SWMS

The final step is to implement and monitor the SWMS. This means making sure all workers are following the procedures outlined in the SWMS, and regularly reviewing and updating the SWMS as necessary. It’s also important to monitor the effectiveness of the controls and make any necessary adjustments to ensure the job or task is being performed safely.

In South Australia, there are some additional requirements you need to keep in mind when developing a SWMS. These include:

  • The SWMS must be in writing and readily accessible to all workers
  • The SWMS must be reviewed and updated as necessary, including whenever there are any changes to the job or task, the hazards or risks associated with it, or the controls that need to be put in place
  • The SWMS must be communicated to all workers before they start the job or task
  • The SWMS must be kept for at least two years after the job or task has been completed

Remember, creating a SWMS is an important part of any workplace’s safety procedures. By following these steps, you can create a comprehensive SWMS that meets all the necessary requirements in South Australia. So go ahead and get started, and keep your workers safe!



Bridge Polisher Safe Work Method Statement

Total Inc GST


After working for larger companies that take their safety seriously, Bluesafe’s documentation was on par with these companies. You’ve given us the ability to access the same sort of resources that only bigger companies have access to.

Warren Kingsley
Alstain Sheetmetal


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Dr Doug Josephides
Bayside Natural Medicine


You guys added real value with the required documentation that was high quality, affordable, very well put together and easy to implement. By the way, we secured our government tender for another seven years.

Rodney Prendergast
MMLA Group


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Richards Quality Projects


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Kaygee Home and Community Support


From the initial contact we’ve had with Bluesafe we’ve found that your customer service, product quality and the after sales support to have been nothing short of excellent. You’ve given us a great customer experience.

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Turnco Office Furniture


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Sustain Health


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