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Designed to protect and provide quality information, this document is the perfect guide to ensure safety and high performance in the work environment. Read on to understand safety standards and how to optimize production processes!

Table of Contents

PART I: CURRENT STATE OF SAFETY IN THE HELMET MANUFACTURING INDUSTRY

I. General Situation

The Ministry of Labour, Invalids and Social Affairs informs sectors and localities of the occupational accident situation in the first 6 months of 2024 and outlines key solutions to proactively prevent incidents and accidents in the last 6 months of 2024. According to reports from 61 out of 63 centrally governed provinces and cities, in the first 6 months of 2024, there were a total of 3,201 occupational accidents nationwide (a decrease of 227 cases, equivalent to 7.09% compared to the same period in 2023), resulting in 3,065 victims (a decrease of 197 people, equivalent to 6.04% compared to the first 6 months of 2023), including both employees under labor contracts and those working without labor contracts. Specifically:

Number of fatal occupational accidents: 320 cases, a decrease of 25 cases (7.25%) compared to the first 6 months of 2023 (including 245 cases in areas with labor relations, a decrease of 28 cases or 10.3%; and 75 cases in areas without labor contracts, an increase of 3 cases or 4.2% compared to the first 6 months of 2023);
Number of deaths due to occupational accidents: 346 people, a decrease of 7 people or 1.98% compared to the same period in 2023 (including 268 in areas with labor relations, a decrease of 13 people or 4.63%; and 78 in areas without labor contracts, an increase of 6 people or 8.33%).
Number of people seriously injured: 810 people, an increase of 26 people or 3.32% compared to the first 6 months of 2023 (including 710 in areas with labor relations, a decrease of 5 people or 0.7%; and 100 in areas without labor contracts, an increase of 31 people or 44.92%).

Download the PDF file Occupational Accident Report – First 6 Months of 2024 issued by the Ministry of Labour, Invalids and Social Affairs.

The occupational accident situation in the first 6 months of 2024 in both sectors with and without labor relations saw a decrease in the number of deaths and fatal accidents compared to the same period in 2023.

II. Some occupational accidents in helmet manufacturing plants

In the helmet manufacturing industry, ensuring occupational safety is a top priority. However, it is impossible to avoid accident situations that can occur, causing severe consequences for workers and affecting production efficiency. Below are some notable accidents in helmet manufacturing plants:

Collision with heat press machine: In some cases, workers can be injured by colliding with a heat press machine, a crucial piece of equipment in the helmet production process. This often happens when the operating procedure is not closely monitored or when there is a technical failure.
Accidents involving automatic cutting machines: Automatic cutting machines are an important part of the production process for shaping the components of a helmet. However, if not properly maintained or if they experience a technical failure, accidents can occur, causing injury to the worker.
Welding process can cause fire and explosion: In helmet manufacturing plants, the welding process is often used to connect components. If safety rules are not followed correctly or if unsafe materials are used, fires and explosions can occur, threatening the safety of workers.
Lack of safety training: Some accidents also stem from workers not being adequately trained in occupational safety and work procedures. This can lead to them using equipment they do not know how to use correctly, increasing the risk of accidents.

To minimize the risk of accidents, helmet manufacturing plants need to focus on safety training, proper equipment maintenance, and continuous monitoring of the production process to detect and rectify incidents in a timely manner.

PART II: OCCUPATIONAL SAFETY AND HEALTH IN HELMET PRODUCTION

I. Occupational safety and health for employees operating plastic injection molding machines to create the shell for helmets

1. Job characteristics of operating a plastic injection molding machine to create the shell for a helmet

The plastic injection molding machine plays a crucial role in the helmet production process, especially when creating the protective shell. The job of operating a plastic injection molding machine in this manufacturing industry requires a high degree of professionalism and technical skill.

Machine operators need a deep understanding of the specific type of plastic used to create the helmet shell, with the ability to assess and control the quality of the raw material. This includes monitoring the physical and chemical properties of the plastic to ensure that the injection molding process proceeds correctly.

In addition, employees also need to control and adjust the parameters of the plastic injection molding machine, including pressure, temperature, and injection time. This ensures that each helmet shell produced achieves the desired strength and accuracy. Attention to detail in this process is important to avoid defective products or those that do not meet safety requirements.

The job also requires skills in inspecting and controlling the final quality of the product. Employees need to monitor the plastic injection molding technique and ensure that every product meets the set safety and quality standards.

2. Types of accidents during the operation of a plastic injection molding machine to create the shell for a helmet

The process of operating a plastic injection molding machine in the production of helmet shells can face many accident risks. One of the common risks is accidents related to the plastic injection molding machine, including loss of control of the machine or technical failures. This can lead to the production of substandard helmets or even a decrease in safety.

In addition, there is a possibility of occupational accidents when employees operate the plastic injection molding machine. A lack of attention or non-compliance with safety rules can lead to problems such as collisions with the machine, causing injury or danger to the worker.

Accidents can occur at different stages of the production process, including when preparing raw materials and when producing the final result. Failure to control pressure, temperature, or injection time can also lead to accidents and substandard products.

To minimize risks, training employees on safety is important. Control and maintenance measures for the plastic injection molding machine also play a crucial role in preventing accidents.

3. Causes of accidents when operating a plastic injection molding machine to create the shell for a helmet

Accidents when operating a plastic injection molding machine in the production of helmet shells can originate from many factors. One of the significant causes is technical failure, including breakdown or loss of control of the machine. This can stem from improperly maintained equipment or technical faults that are not detected in time.

In addition, workers may face difficulties when they do not have a clear understanding of the operating procedure or do not follow safety measures correctly. A lack of understanding and professional skills can lead to incorrect adjustment of machine parameters, such as pressure or temperature, causing accidents.

Another risk is non-uniform or poor-quality plastic raw material. Fluctuations in the raw material can create uneven pressure during the plastic injection process, leading to a final product that does not meet quality and safety requirements.

Insufficient attention to periodic machine maintenance is also a potential cause. Equipment that is not regularly inspected can become unstable and dangerous during operation.

4. Measures to prevent accidents when operating a plastic injection molding machine to create the shell for a helmet

To minimize the risk of accidents when operating a plastic injection molding machine for helmet shells, it is important to implement preventive measures combined with occupational safety training. First of all, ensuring that the plastic injection molding machine is periodically maintained and technically inspected is important to avoid sudden technical failures.

It is necessary to establish a safe operating procedure and ensure that employees are fully trained on how to perform their work safely. Education on safety rules, especially on adjusting and controlling machine parameters, is an important part of occupational safety.

Controlling the quality of raw materials is also an important aspect, ensuring that the plastic raw material meets standards and has no sudden fluctuations. In addition, inspecting the product during the production process is an effective measure to detect errors and prevent unsafe products before they leave the production line.

Occupational safety training should also focus on recognizing and minimizing occupational risks, including the use of personal protective equipment and adherence to safety rules in the work environment.

5. Occupational safety regulations when operating a plastic injection molding machine to create the shell for a helmet

Occupational safety regulations when operating a plastic injection molding machine are a crucial key to ensuring a safe work environment and product quality. Employees must be trained on safety rules and must follow safety measures correctly.

The regulations include the full and correct use of personal protective equipment, such as safety glasses and chemical-resistant gloves. This helps protect employees from the risk of toxic substances and high temperatures.

The machine operator needs to correctly control the technical parameters, including pressure, temperature, and injection time. The regulations also require periodic inspection and maintenance of the machine to ensure it always operates stably and safely.

It is necessary to establish a procedure for quickly identifying and handling risks, including stopping the machine if a failure or safety risk is detected. This ensures that any problems can be resolved without affecting the safety of employees and the quality of the product.

6. Handling emergency accident situations when operating a plastic injection molding machine to create the shell for a helmet

In the event of an emergency accident while operating a plastic injection molding machine, quick and accurate handling is important to ensure the safety of employees and prevent negative consequences for production. First and foremost, employees must stop the machine immediately to avoid a dangerous backlog.

Then, activating the emergency alarm system and notifying the entire team is important so that everyone can prepare and protect themselves. Employees should use personal protective equipment and move to a safe area according to the safety plan.

At the same time, the manager or the person responsible for safety should be notified immediately to make emergency decisions and implement the response plan. Calling an ambulance and providing accurate information about the accident situation is also an important step to ensure a quick medical response.

After the accident is under control, conducting an assessment of the cause is important to avoid a recurrence in the future. This may include reviewing the operating procedure, controlling the quality of raw materials, and improving occupational safety measures.

II. Occupational safety and health for employees operating the shell painting machine for helmets

1. Job characteristics of operating a shell painting machine for a helmet

During the operation of a shell painting machine for a helmet, there are key characteristics that need to be noted to ensure the performance and quality of the product. First, the pre-painting preparation process is important. Specialists need to thoroughly inspect the surface of the helmet to ensure there are no marks or dirt that could affect the painting process.

Next, the process of setting up the painting machine is another important part. This includes ensuring the correct paint pressure and flow, as well as controlling the ambient temperature to achieve a uniform and durable paint result. Specialists also need to monitor the painting process to ensure that the helmet is fully and smoothly coated with paint.

In addition, the post-painting quality inspection process is a crucial step to ensure that all details meet the standards. Checking the color, gloss, and durability of the paint layer are indispensable factors to ensure the final product meets safety and aesthetic criteria. In summary, the process of operating a shell painting machine for a helmet requires precision and careful observation from the workers to ensure maximum quality and safety for the user.

2. Types of accidents in the process of operating a shell painting machine for a helmet

In the process of operating a shell painting machine for a helmet, accidents can occur that employees need to be aware of and prevent. One of the common risks is chemical accidents, when there is a possibility of a leak or loss of control over the amount of paint or solvent. This can be dangerous for employees and affect the quality of the product.

Machinery accidents are another aspect that needs attention. The use of a painting machine must be carried out according to safety regulations to avoid accidents related to the moving parts of the machine.

In addition, accidents related to temperature and pressure are also important issues. If the temperature or pressure is not controlled during the painting process, serious incidents can occur that affect the safety and quality of the product.

To prevent these accidents, training employees on occupational safety and preventive measures is important. Risk control measures and adherence to safety procedures will help minimize the risk of accidents in the process of operating a shell painting machine for a helmet.

3. Causes of accidents when operating a shell painting machine for a helmet

The causes of accidents in the process of operating a shell painting machine for a helmet can stem from many different aspects. One of the main causes is a lack of safety training for employees, when they do not have sufficient knowledge on how to use and control the painting machine. This can lead to incidents due to incorrect operation, posing a danger to both the employee and the production process.

Another cause can stem from unstable or improperly maintained digital technical equipment. Failures in the electrical, sensor, or controller components can create conditions for dangerous situations. This incident needs to be monitored and rectified as soon as it appears to prevent accidents.

A lack of quality control of raw materials can also contribute to accidents during the painting process. If the paint or solvent does not meet the required quality, peeling or even a risk of fire and explosion can occur. Inspecting and ensuring the quality of raw materials is an important part of avoiding the risk of unwanted accidents. In summary, understanding the causes and applying preventive measures is important to maintain a safe and effective work environment when operating a shell painting machine for a helmet.

4. Measures to prevent accidents when operating a shell painting machine for a helmet

To ensure safety in the process of operating a shell painting machine for a helmet, implementing preventive measures is essential. One of the most important monitoring of the working environment measures is to control the pressure and temperature in the workspace. Close monitoring and maintaining a safe pressure as well as keeping the temperature stable will minimize the risk of accidents due to environmental conditions.

At the same time, training employees on occupational safety and machine operating procedures is important. Raising awareness of risks and providing guidance on how to deal with emergency situations helps to minimize the risk of accidents.

Improving the maintenance process and periodic inspection of the painting machine is also an important preventive measure. This includes checking the basic components of the machine, such as the controller and sensors, to ensure they are working correctly and safely.

5. Occupational safety regulations when operating a shell painting machine for a helmet

Occupational safety regulations when operating a shell painting machine for a helmet play an important role in ensuring a safe and effective work environment. Employees need to follow the rules on personal safety equipment, including helmets, safety glasses, and chemical-resistant clothing to protect against the potentially harmful effects of paint and solvents.

The regulations also require full training on occupational safety, which includes how to use the painting machine and accident prevention measures. Employees need to know how to handle emergency situations and how to prevent machinery-related risks.

To minimize the risk of chemical accidents, the regulations set control measures, including the use of high-quality paints and solvents, as well as the safe management of storage and waste disposal.

6. Handling emergency accident situations when operating a shell painting machine for a helmet

In the event of an emergency accident while operating a shell painting machine for a helmet, employees must be trained on how to handle the situation quickly and effectively. First, they must stop work immediately and report the incident to the manager and surrounding colleagues.

Then, controlling the situation is a top priority. If the accident involves chemicals, using protective equipment and moving out of the hazardous area is important. In the event of a machine breakdown, turning off the machine and isolating the work area is necessary to prevent the risk from spreading.

It is necessary to have a safe evacuation plan and to notify the entire work team. At the same time, employees need to be trained to use firefighting equipment and basic first aid measures. This helps to minimize injuries and ensure safety in an emergency.

III. Occupational safety and health for employees assembling the parts to create a finished helmet

1. Job characteristics of assembling the parts to create a finished helmet

The process of assembling the parts to create a helmet is a job that requires professionalism and meticulousness. First, the parts such as the outer shell, padding, and straps are carefully inspected to ensure quality. Then, the workers will begin the assembly process, starting with joining the outer shell to the padding in the correct order and position as specified.

The arrangement and installation of the parts must follow strict safety and quality standards. Workers must also ensure that each detail is attached securely and correctly. These steps require a high degree of concentration and specific skills to ensure that every helmet produced reaches optimal quality.

In addition, the assembly process also includes a final quality check to ensure that every helmet fully meets the technical and safety requirements. These steps not only ensure the quality of the product but also emphasize the safety of the user. Thanks to a tight assembly process and strict quality control, the production of helmets becomes a process that requires diligence and high technical skill.

2. Types of accidents in the process of assembling the parts to create a finished helmet

In the process of assembling the parts to produce a helmet, accidents and incidents can occur. Some common risks include working with powerful tools and machinery, contact with potentially harmful materials, and the possibility of injury from handling large and heavy parts.

Accidents can include impacts, cuts, or injuries to hands and fingers when using cutting and clamping tools. For those working in the helmet production environment, following safety rules is important to avoid unwanted accidents.

In addition, attention must be paid to the risks of materials and chemicals in the work process. Contact with materials that can cause skin irritation or respiratory problems needs to be carefully controlled to protect the health of the worker.

3. Causes of accidents when assembling the parts to create a finished helmet

There are many causes of accidents in the process of assembling the parts to produce a helmet. One of the most important causes is a lack of training and understanding of occupational safety. Workers need to be fully trained on the work process, use of tools, and application of safety measures.

Another cause may include negligence in inspecting and maintaining machinery. Improperly maintained assembly equipment and machinery can lead to incidents and accidents. Regular monitoring and maintenance of the machinery system are important to ensure they operate safely and effectively.

Poor communication among team members is also a factor that causes accidents. An incorrect understanding of the assembly process and a lack of complete information can lead to unwanted errors.

4. Measures to prevent accidents when assembling the parts to create a finished helmet

To prevent accidents during the helmet assembly process, implementing safety measures is important. First of all, training and educating employees on occupational safety rules and work procedures is a crucial key. This includes guidance on the proper use of tools and personal protective equipment.

Risk control is an important part of the assembly process. Ensuring that all machinery and equipment are regularly and properly maintained helps to minimize the risk of incidents and accidents. At the same time, establishing rules for a safe work area to avoid unwanted collisions and impacts.

Consensus and effective communication among team members also play an important role. Workers should be encouraged to immediately report any incidents or safety risks they detect.

5. Occupational safety regulations when assembling the parts to create a finished helmet

Occupational safety regulations when assembling a helmet are a crucial factor in ensuring a safe and effective work environment. Employees need to be trained on the proper use of personal protective equipment and follow safety rules when working with machinery and tools.

Regular maintenance and safety checks for the equipment are important to ensure they are working correctly and do not pose a risk of accidents. At the same time, regulations on the use of materials and chemicals must also be strictly implemented to avoid risks to the health of employees.

Rules for a safe workspace also need to be clearly defined to avoid unwanted collisions and impacts. In addition, management needs to establish risk control measures, reach a consensus with employees, and ensure that everyone follows occupational safety guidelines.

6. Handling emergency accident situations when assembling the parts to create a finished helmet

Handling an emergency accident situation is an important part of the safety process when assembling a helmet. Employees need to be trained to face any unexpected situation professionally and effectively.

In the event of an accident, stopping work immediately and reporting the incident is important. Employees need to know how to use emergency alarm equipment and call for an ambulance immediately if necessary. At the same time, they also need basic first aid skills to support a colleague who is having a health problem.

Management needs to ensure that everyone knows the location of safety equipment, escape routes, and safe assembly points. The evacuation plan needs to be clearly communicated and regularly checked to ensure its feasibility and effectiveness.

IV. Occupational safety and health for employees inspecting the quality of finished helmets

1. Job characteristics of inspecting the quality of a finished helmet

Inspecting the quality of a helmet is a crucial process to ensure the safety and performance of the product. This job requires a high degree of professionalism and accuracy from the inspection specialists.

First, we need to determine the durability of the helmet material. Materials such as polycarbonate or fiberglass need to be tested for impact resistance and elasticity. This is especially important to ensure optimal protection in dangerous situations.

Inspecting the size and weight is another important step. The helmet needs to fit snugly and comfortably to ensure that it will be used correctly. At the same same, the weight of the helmet also needs to be controlled so that the user does not have difficulty wearing it for a long time.

The digital technical specifications are also thoroughly checked. This includes determining features such as the helmet’s sound insulation, ventilation, and thermal insulation capabilities. This helps to ensure that the helmet not only meets safety standards but also provides a comfortable and convenient experience for the user.

2. Types of accidents in the process of inspecting the quality of a finished helmet

In the process of inspecting the quality of a helmet, there are potential risks that need to be faced. Some common accidents include strong impacts during shock resistance testing. This can lead to unwanted damage to the helmet and reduce its protective performance.

Another accident can occur during the size measurement process. If not accurate, the size of the helmet may not ensure a safe fit, posing a risk of injury during use.

In the functional testing steps, some helmets may slip off the head of the test dummy, creating an unwanted situation. This requires strong safety measures to prevent risks to the tester and those around them.

In addition, the improper use of testing equipment can also lead to accidents. This is especially true when testing durability with pressure or temperature. Adherence to safety procedures is a crucial factor in minimizing the risk of accidents.

3. Causes of accidents when inspecting the quality of a finished helmet

There are several main causes of accidents in the process of inspecting the quality of a helmet. One of the significant causes is the improper use of testing equipment. When the correct usage procedure is not followed, measurement errors and inaccurate test results can occur.

A lack of knowledge and skills of the inspection staff is also a potential cause. The technique of inspecting helmet quality requires professionalism and experience. If the staff does not have enough experience or is not properly trained, they may have difficulty identifying problems or performing the inspection accurately.

Environmental factors also play a role. If the work environment is unsafe or does not ensure preventive measures, accidents can occur. For example, an environment with high pressure or uncontrolled temperature can pose a risk to the person performing the inspection.

Finally, a lack of effectiveness in risk management can also lead to accidents. If there is no strict quality control system and safety procedures, the rate of accidents in the inspection process can increase significantly.

4. Measures to prevent accidents when inspecting the quality of a finished helmet

To minimize the risk of accidents when inspecting the quality of a helmet, a series of preventive measures should be implemented. First of all, ensure that everyone involved in the inspection process is trained in safety and has a clear understanding of the work procedures. Sufficient knowledge and skills help them to be confident and accurate when performing the inspection steps.

Establishing rules for the use of testing equipment is important. Ensure that all equipment is periodically maintained and adheres to safety standards. At the same time, establish a clean work area and have safety measures such as eye and ear protection.

Risk management through assessing the work environment. This includes checking and controlling pressure, temperature, and other environmental factors to ensure safety for employees and equipment.

Using personal protective equipment is an important measure. All employees involved in the inspection must wear full protection such as a safety helmet, safety glasses, and gloves to protect against the risk of injury.

5. Occupational safety regulations when inspecting the quality of a finished helmet

In the process of inspecting the quality of a helmet, occupational safety regulations are extremely important to protect employees and ensure the process proceeds safely and effectively. All employees involved in the inspection must be trained in occupational safety and have a clear understanding of personal protection measures.

Wearing personal protection is mandatory, including a safety helmet, safety glasses, and gloves. This helps prevent the risk of injury from sharp objects or chemicals that may be present during the inspection.

Specific regulations on the use and storage of testing equipment are important. Those involved in the inspection must follow the correct usage procedures, ensuring that the equipment is periodically inspected and that safety is ensured during use.

The work area needs to be set up according to safety regulations. This includes ensuring ventilation, adequate lighting, and preventive measures against accidents such as shields and safety barriers.

6. Handling emergency accident situations when inspecting the quality of a finished helmet

In the event of an emergency accident while inspecting the quality of a helmet, a quick and accurate response is important to minimize the consequences. First, immediately report the accident to all employees in the work area and ask them to leave for a safe area.

Call for emergency medical services immediately and provide detailed information about the situation. While waiting for medical assistance, employees must take first aid measures such as initial care, stopping bleeding, or assisting with breathing if necessary.

Limit contact with toxic substances and ensure your own safety and that of others in the area. Organizing the movement of the victim out of the danger zone without causing further injury is important.

Record the details of the event, including information such as the time it occurred, a description of the situation, and the steps that were taken. This can support the investigation process and improve safety procedures in the future.

V. Occupational safety and health for employees packaging finished helmets

1. Job characteristics of packaging a finished helmet

In the helmet production process, the packaging stage plays an important role in protecting the product and ensuring safety during transport and storage. The main characteristic of the job of packaging a finished helmet includes the use of high-quality protective materials to prevent impacts, scratches, and other effects that could compromise its safety features.

Before the helmet is packaged, a quality inspection process is carried out to ensure that every helmet meets international safety standards. After that, each helmet is placed in an automatic packaging system or is handled by professional staff.

The packaging materials are usually lightweight and durable, but at the same time must ensure they are water-resistant and resistant to external environmental impacts. The packaging process also requires precision to ensure that each helmet is placed in the correct and safe position, avoiding damage during transport.

2. Types of accidents in the process of packaging a finished helmet

In the process of packaging a helmet, several potential types of accidents can occur that affect the quality and safety of the product. One of the main risks is collisions between helmets when they are placed close to each other in the automatic packaging process. This collision can lead to scratches, cracks, or even reduce the protective capability of the helmet.

In addition, the use of an automatic packaging machine can also create uneven pressure, affecting the shape and structure of the helmet. This can cause unwanted changes in the safety features of the product.

Another accident can occur during transport, when the helmet is packaged in cardboard boxes. If there is not enough shock-absorbing packaging, impacts during transport can reduce the protective capability of the helmet.

To minimize the risk of accidents in the packaging process, manufacturers often apply strict quality control procedures and use high-quality packaging materials. At the same time, training employees and monitoring the packaging process are also important to ensure the safety and quality of the final product.

3. Causes of accidents when packaging a finished helmet

The causes of accidents when packaging a helmet can stem from many different aspects of the production process. One of the important factors is a lack of a quality control process. If this process is not carried out strictly, errors can creep into the packaging process, causing serious problems in the safety and quality of the helmet.

Furthermore, a lack of knowledge and skills of the employees performing the packaging stage can also lead to accidents. Placing the helmet in the wrong position, using the packaging equipment incorrectly, or not maintaining the packaging machinery properly can create conditions for problems to occur.

Technical factors also play an important role. The automatic packaging machine needs to be calibrated correctly to avoid uneven pressure or strong collisions between products. A lack of care and periodic maintenance of the packaging equipment can also lead to incidents and accidents.

4. Measures to prevent accidents when packaging a finished helmet

To prevent accidents when packaging a helmet, safety measures need to be applied from the design stage to the production process. The quality control process needs to be established strictly to ensure that each helmet meets safety standards.

Training packaging employees is important to ensure they have a clear understanding of the process and safe packaging techniques. At the same time, ensuring a solid understanding of the automatic packaging machine and maintaining it properly is key to avoiding incidents.

Using high-quality and shock-resistant packaging materials is also an important measure. The final inspection steps before the product is packaged must be carried out to ensure that all problems have been detected and rectified before the product leaves the factory.

Furthermore, establishing a packaging process carried out by automatic machinery needs to be controlled and calibrated correctly to avoid uneven pressure or collisions between helmets.

5. Occupational safety regulations when packaging a finished helmet

Occupational safety regulations when packaging a helmet are an important part of the production process. Employees involved in this stage need to be trained on specific safety measures. This includes the proper use of personal protective equipment such as scratch-resistant gloves and a helmet.

The automatic packaging machine also needs to be operated and maintained by people with in-depth technical skills to ensure safety during operation. Specific regulations on safety in the operation of machinery must be followed, including periodic inspection and maintenance.

In addition, the workspace also needs to be organized to be safe. The location of the packaging machine and the arrangement of packaging materials are all important to avoid accidents and injuries.

6. Handling emergency accident situations when packaging a finished helmet

Handling an emergency accident situation when packaging a helmet requires quick thinking and proactivity from employees and management. In the event of a packaging machinery failure, employees should stop the machine immediately and report the problem to the technical department or production management.

If there is an occupational safety issue, the use of personal protective equipment is a top priority. In the event of an accident causing injury to an employee, the first aid process must be activated immediately, and the first aider needs to have the necessary knowledge and skills.

Production management also needs to have a contingency plan and be prepared to handle emergency situations. Training a team of employees on the techniques and procedures for handling incidents is important to minimize downtime in the production process.