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PART I: CURRENT STATE OF SAFETY IN THE LIFE JACKET 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 Life Jacket Manufacturing Plants

In the life jacket manufacturing industry, despite significant efforts to ensure occupational safety, there are still some serious issues related to workplace accidents. This not only affects the health and safety of workers but also poses major challenges in risk management and compliance with safety standards.

Causes of Accidents: In every accident, the main cause is the determining factor. These factors can include a lack of safety training, a lack of personal protective equipment, or problems with the production process.
Harm to Workers: Every accident causes not only physical damage but also affects the mental and psychological state of the workers. Assessing these damages plays a crucial role in establishing preventive measures.
Current Safety Policies: A specific assessment of the current safety policies in the life jacket manufacturing industry is needed to understand whether they adequately meet the challenges of this particular work environment.

PART II: OCCUPATIONAL SAFETY AND HEALTH IN LIFE JACKET MANUFACTURING

I. Occupational Safety and Health for Employees Operating Machines to Cut Waterproof Material, Foam, Fabric, and Other Components for Life Jacket Production

1. Characteristics of the Job of Operating a Machine to Cut Waterproof Material, Foam, Fabric, and Other Components for Life Jacket Production

During the process of operating a material cutting machine for life jacket production, workers must perform many important steps to ensure quality and efficiency. This cutting machine is specially designed to handle special types of materials such as waterproof material, foam, fabric, and other components of a life jacket.

First, workers need to check and prepare the material before placing it in the cutting machine. This includes ensuring that the material is clean and has no significant defects. Through this process, they can ensure that the cutting machine will operate effectively and not damage the material.

Next, workers must set up the cutting machine with the appropriate parameters for the specific type of material. This includes selecting the cutting speed, pressure, and other settings to ensure that the machine will cut the material accurately and evenly.

Most importantly, workers must maintain safety during the operation of the cutting machine. They need to wear personal protective equipment and follow the safety rules issued by the manufacturer. This not only protects them from the risk of accidents but also ensures that the manufactured life jacket will meet the highest safety standards.

2. Types of Accidents During the Process of Operating a Machine to Cut Waterproof Material, Foam, Fabric, and Other Components for Life Jacket Production

During the process of operating a material cutting machine for life jacket production, there are several accident risks that employees need to be aware of and prevent to ensure workplace safety. One of the common risks is cutting accidents, which can occur when the material is cut incorrectly or when the worker does not follow safety rules.

Electric shock is another issue, especially when working with waterproof material. The conductivity of water can create a risk of short circuits, posing a challenge for those working directly with the cutting machine.

In addition, accidents can occur due to technical failures of the cutting machine, such as dropping or loss of control. Workers need solid training on how to handle emergency situations and know how to safely turn off the machine when needed.

When dealing with materials like foam, there may be a risk of smoke or fine dust, affecting the health of the worker. The use of respiratory and eye protection is very important to prevent safety and health-related issues.

3. Causes of Accidents When Operating a Machine to Cut Waterproof Material, Foam, Fabric, and Other Components for Life Jacket Production

There are many causes of accidents when operating a machine to cut waterproof material, foam, fabric, and other components for life jacket production. One of the main causes is a lack of safety training. Workers are not fully trained on how to use the cutting machine and do not have a clear understanding of the potential risks.

A lack of knowledge about the special properties of the material also contributes to the risk of accidents. Waterproof material and foam, for example, can create smoke or fine dust when cut, increasing the risk of harm to the worker’s health. This places a high demand on the use of personal protection and measures to control the work environment.

In addition, a technical fault in the cutting machine can also lead to an accident. Equipment that is not properly maintained or does not meet the correct technical specifications can cause unwanted incidents during work.

4. Preventive Measures for Accidents When Operating a Machine to Cut Waterproof Material, Foam, Fabric, and Other Components for Life Jacket Production

To minimize the risk of accidents when operating a machine to cut waterproof material, foam, fabric, and other components for life jacket production, it is important to implement preventive measures and occupational safety training. First and foremost is to ensure that employees are fully trained on how to use the cutting machine and have a clear understanding of the potential risks.

The use of personal protection is an important measure to protect the worker. Occupational safety training should emphasize wearing full personal protection such as safety glasses, a respiratory mask, and appropriate protective clothing. In particular, ensuring that this personal protection is being used correctly is important to ensure maximum safety.

In addition, a work environment control process also needs to be established and implemented strictly. This includes managing dust, smoke, and other agents that can be harmful to health. Work environment control measures, such as an effective ventilation system, will help to reduce the risk of accidents related to the work environment.

5. Occupational Safety Regulations When Operating a Machine to Cut Waterproof Material, Foam, Fabric, and Other Components for Life Jacket Production

Occupational safety regulations when operating a machine to cut waterproof material, foam, fabric, and other components during the preparation for life jacket production play a crucial role in ensuring a safe and effective working environment. Employees need to be fully trained on safety rules and strictly adhere to the following regulations:

First, wearing full personal protection is mandatory. Everyone working must ensure they wear a helmet, safety glasses, a respiratory mask, and appropriate protective clothing for the job.

It is necessary to establish and maintain work environment control measures, such as ventilation and dust extraction systems, to reduce the impact of smoke and fine dust on the health of employees.

The safety procedure must be clear and displayed at the workplace. Employees need to be instructed on how to use the cutting machine safely and correctly.

Periodically inspect and maintain the cutting machine to ensure that it is operating correctly and does not pose an accident risk.

Implement emergency safety measures and have a plan ready to deal with any sudden situations and accidents.

6. Handling Emergency Accident Situations When Operating a Machine to Cut Waterproof Material, Foam, Fabric, and Other Components for Life Jacket Production

Handling an emergency accident situation when operating a machine to cut waterproof material, foam, fabric, and other components is a crucial aspect of the occupational safety process. In the event of an accident, the worker must immediately take important steps to protect themselves and their teammates.

First of all, activating the alarm system and notifying everyone around about the situation is important. This helps everyone to escape from the danger zone and creates conditions for first aid measures.

If someone is injured, the worker should call for an ambulance immediately and provide accurate information about the situation. While waiting for help, they should also provide basic first aid if they are able, such as performing CPR or providing initial support for an injury.

Most importantly, protecting oneself is the top priority. The worker needs to leave the danger zone and ensure their own safety before trying to help others.

II. Occupational Safety and Health for Employees Operating Sewing Machines for Life Jacket Components

1. Characteristics of the Job of Operating a Sewing Machine for Life Jacket Components

The process of operating a sewing machine in the production of life jackets, especially life-saving vests, requires special attention to many technical factors. Each component of the life jacket plays an important role in ensuring the safety and performance of the product. When operating a sewing machine, the following main characteristics are focused on:

Durable material and stitching: Ensure that the sewing machine is set up to handle the special types of materials used in life jacket production. The seams need to be strong and even to ensure strength and durability.
Sewing machine adjustment: The machine operators need to be trained to adjust the machine according to specific parameters, including the thickness of the material and the type of sewing thread used.
Continuous quality inspection: During operation, the worker needs to regularly check the product quality to ensure that no errors occur during the sewing process.
Immediate treatment of technical issues: If a technical issue arises, the machine operator needs to be able to handle it quickly to avoid affecting the quality of the life jacket.
Ensuring compliance with safety regulations: The operation of the sewing machine must comply with occupational safety regulations to ensure the safety of the worker and the quality of the product.

Through this, attention to and compliance with the above job characteristics ensure that the sewing machine is operated effectively and the product fully meets quality standards.

2. Types of Accidents During the Process of Operating a Sewing Machine for Life Jacket Components

The process of operating a sewing machine in life jacket production can face many risks and accidents. Some common types of accidents include:

Occupational safety accidents: Accidents related to occupational safety can include the improper use of the machine, a lack of personal protective equipment, or failure to follow proper occupational safety regulations.
Technical faults of the sewing machine: Technical problems such as breakdowns, wear and tear, or errors in the production process can lead to accidents if not detected and handled in time.
Material-related risks: Using substandard materials can cause problems during machine operation, leading to accidents such as thread breakage, fabric tearing, or a product that does not meet safety requirements.
Improper cleaning and maintenance: Improper maintenance of the sewing machine can lead to unwanted problems, thereby increasing the risk of accidents during the production process.

3. Causes of Accidents When Operating a Sewing Machine for Life Jacket Components

There are many reasons why accidents can occur during the operation of a sewing machine for life jacket production. Some of the main factors include:

Lack of in-depth training: Employees who are not fully trained on how to operate a sewing machine and do not have a clear understanding of safety procedures may be at an increased risk of accidents.
Use of poor-quality materials: The use of materials that do not meet the correct quality requirements can lead to technical problems, causing accidents during the sewing process.
Incorrect machine setup: If the sewing machine is not set up correctly according to technical requirements, problems can occur during operation, especially with special types of materials.
Lack of maintenance and regular inspection: The sewing machine needs to be regularly maintained to ensure smooth and safe operation. Lack of regular inspection can lead to unwanted technical problems.
Lack of quality management: A lack of strict quality management can lead to the acceptance of substandard products, increasing the risk of accidents when using the life jacket.

4. Preventive Measures for Accidents When Operating a Sewing Machine for Life Jacket Components

Preventive measures for accidents when operating a sewing machine for life jacket components are particularly important to ensure occupational safety and product quality. Occupational environment monitoring is integrated into the operation process according to the following measures:

Training and guidance: Employees need to be extensively trained on how to operate the sewing machine and on safety procedures. They also need to be instructed on the use of personal protective equipment.
Regular inspection and machine maintenance: Perform regular inspections and maintenance of the sewing machine to ensure that it operates smoothly and safely. This process should be carried out by professionals.
Use of quality materials: Ensure the use of materials that meet the correct quality requirements to avoid technical problems and accidents during the production process.
Occupational environment monitoring: Install an occupational environment monitoring system to measure and track factors such as dust, smoke, and chemicals. This helps to identify and minimize health risks for employees.
Implement continuous quality checks: Ensure a continuous quality check process during production to detect problems early and prevent substandard products.
Implement safety measures at work: Apply safety measures such as using personal protection, maintaining a safe distance from the sewing machine, and adhering to occupational safety rules.

5. Occupational Safety Regulations When Operating a Sewing Machine for Life Jacket Components

Occupational safety regulations when operating a sewing machine for life jacket components play a crucial role in ensuring a safe working environment and minimizing the risk of accidents. These regulations include:

Safety training: Employees must be fully trained on how to operate the sewing machine and the related safety procedures. This ensures they have a clear understanding of the risks and preventive measures.
Use of personal protective equipment (PPE): Specific regulations on the use of PPE such as gloves, safety glasses, and dust-proof jackets to protect employees from the risk of injury and the effects of the work environment.
Regular machine inspection and maintenance: Regulations on the regular inspection and maintenance of the sewing machine to ensure it is always operating correctly and safely during operation.
Quality management: Adjust and monitor the production process to ensure product quality and prevent the use of non-compliant products.
Compliance with material regulations: Ensure compliance with regulations on the materials used in the production process to avoid the risk of accidents and to ensure the safety of the life jacket.
Fire and explosion prevention measures: Specific safety regulations to prevent the risk of fire and explosion, especially when using materials that can be hazardous.

6. Handling Emergency Accident Situations When Operating a Sewing Machine for Life Jacket Components

Handling an emergency accident situation when operating a sewing machine for life jacket components requires quick thinking and situation handling skills from the employees. In the event of an accident, the worker must immediately take the following steps:

Stop the machine and give a warning: Immediately stop the sewing machine to prevent the situation from worsening and warn those around about the emergency.

– Call for an ambulance: The worker should call for an ambulance and provide detailed information about the situation and location so that the ambulance team can arrive quickly.

Check personal safety: Ensure that the employee and those around have worn full personal protection. If possible, help the victim without putting oneself at risk.
Care for the victim: Provide immediate first aid to the victim, including checking their breathing and following basic first aid steps.

– Report and note the incident: Create a detailed report on the accident situation, including details such as the time, location, and a detailed description of the incident.

Inspect and maintain the machine: After the accident, check the sewing machine again to ensure there are no technical problems that caused the accident, and perform maintenance if necessary.

III. Occupational Safety and Health for Employees Assembling the Component Parts of a Life Jacket

1. Characteristics of the Job of Assembling the Component Parts of a Life Jacket

The process of assembling the component parts of a life jacket requires high precision and technical skill. First, the life jackets are designed to meet strict safety standards. The assembly staff must often follow detailed regulations and instructions to ensure that each life jacket meets the technical requirements.

The process begins with preparing the different parts, from the waterproof material to the straps and safety buckles. The experts will determine the exact position of each part and ensure that they will function effectively when used. The attachment of these parts often requires high precision to ensure the safety of the product.

After that, the main assembly process takes place, with the joining of the parts together using special techniques. The connection points are carefully checked to ensure their strength and safety. Each step in this process is carried out with special attention to detail, helping to create reliable and effective life jackets for protecting the user.

2. Types of Accidents During the Process of Assembling the Component Parts of a Life Jacket

During the process of assembling the component parts of a life jacket, many types of accidents can occur that need to be noted and prevented. One of the common issues is the risk to the safety of the worker, especially when they are working with complex tools and machinery.

Accidents frequently occur when assembling small components, especially when using machinery. It is necessary to ensure that employees are fully trained in occupational safety and know how to use the tools correctly to minimize the risk of accidents.

In addition, the use of waterproof material and other chemicals can create a toxic work environment. The management and disposal of waste is also an important aspect to avoid accidents and protect the environment.

3. Causes of Accidents When Assembling the Component Parts of a Life Jacket

The causes of accidents during the process of assembling the component parts of a life jacket often stem from several main factors. First, a lack of knowledge or training in safety is a significant issue. Those involved in the assembly need to be trained on how to use tools and machinery safely, as well as how to recognize and deal with risks.

In addition, time pressure and production demands can lead to overlooking the inspection and quality control process. When workers feel pressured to complete their work quickly, they may neglect important steps, increasing the risk of errors and accidents.

4. Preventive Measures for Accidents When Assembling the Component Parts of a Life Jacket

To minimize the risk of accidents during the assembly of life jacket components, preventive measures are important. First of all, ensure that all employees involved in this work are fully trained in occupational safety and work procedures. This helps them to be clearly aware of the potential risks and know how to respond when needed.

Building a safe working environment is important. This includes maintaining cleanliness, organizing work effectively, and designing the workspace to minimize the risk of collisions and slips.

Managing time pressure also plays an important role. Creating conditions for employees to have enough time to complete their work without feeling excessive pressure helps them to concentrate more on the work process and minimize errors.

5. Occupational Safety Regulations When Assembling the Component Parts of a Life Jacket

Occupational safety regulations during the assembly of life jacket components set out detailed guidelines to protect workers and ensure product quality. Employees involved in this work must follow rules on the use of personal protective equipment, including helmets, gloves, and safety glasses.

The regulations also require periodic occupational safety training, which helps to update the knowledge and skills of employees for their specific work environment. This includes instruction on the proper use of tools and machinery, as well as safety measures when working with special materials such as waterproof fabric.

The regulations also focus on reducing time pressure and ensuring that employees have enough time to complete their work without having to work in a state of fatigue or instability. This helps to reduce the risk of errors and accidents.

6. Handling Emergency Accident Situations When Assembling the Component Parts of a Life Jacket

Handling an emergency accident situation during the assembly of life jacket components requires thorough preparation and flexible skills from the employees. In the event of an accident, stopping work immediately and reporting the situation is the top priority.

Employees need to know how to use safety equipment and firefighting equipment to control the situation. At the same time, they also need to be trained to handle emergency situations such as evacuation and providing first aid to colleagues if necessary.

A quick and effective thinking process is also a key factor. Employees need to know how to respond immediately and make smart decisions in a short amount of time. This places a demand on conducting regular training sessions to enhance emergency situation handling skills and improve their confidence in unexpected situations.

IV. Occupational Safety and Health for Employees Inspecting the Quality of Finished Life Jackets

1. Characteristics of the Job of Inspecting the Quality of a Finished Life Jacket

During the quality inspection of a finished life jacket, experts perform many specific steps to ensure that the product meets high safety and quality standards. Each life jacket is thoroughly inspected to ensure uniformity and correctness in the production process.

First, the expert inspects the main material of the life jacket to ensure it meets the requirements for durability and water resistance. This includes checking the quality of the fabric, ensuring its water resistance and abrasion resistance. The seams are also carefully inspected to ensure they are strong and that no stitches are missed.

Next, the expert proceeds to inspect the hardware and accessories of the life jacket, such as zippers, straps, and buoyancy pads. These parts must meet safety standards and must function effectively in all conditions.

Most importantly is the process of testing the buoyancy function. Each life jacket will be placed in a water environment to ensure that it can float correctly and keep the user on the water’s surface. At the same time, the life jacket is tested in simulated emergency situations to ensure its safety and optimal performance.

2. Types of Accidents During the Process of Inspecting the Quality of a Finished Life Jacket

During the quality inspection of a finished life jacket, several types of accidents can occur that manufacturers need to be aware of to ensure the safety and performance of the product. Although the inspection process is designed to prevent these incidents, understanding them helps to optimize the quality control process.

Among the common accidents is the failure of the main material, such as tearing or abrasion due to the use of substandard material. This can affect the water resistance and durability of the life jacket. In addition, errors in the sewing process can also lead to the life jacket not meeting the correct safety standards.

Accidents with hardware and accessories such as zippers or straps can occur when they are not installed correctly or when materials that do not meet the standards for a water environment are used. This can lead to failure and loss of performance of the important accessories during use.

3. Causes of Accidents When Inspecting the Quality of a Finished Life Jacket

The causes of accidents during the quality inspection of a life jacket can stem from many different factors. One of the main causes is a lack of knowledge or failure to follow the correct inspection procedure. The personnel conducting the inspection must have in-depth knowledge of safety standards and quality requirements, as well as a clear understanding of how to use the inspection equipment.

Another factor is shortcomings in quality management, which may include not properly approving the input materials or not closely monitoring the production process. If the materials do not meet the standards or the production process is not followed, it can lead to the final product not meeting safety and quality requirements.

Inspection equipment that is not working correctly is also a potential cause, when important factors such as buoyancy, water resistance, or load-bearing capacity cannot be controlled. This places a high demand on the regular maintenance and periodic inspection of the inspection equipment.

4. Preventive Measures for Accidents When Inspecting the Quality of a Finished Life Jacket

To prevent accidents during the quality inspection of a life jacket, a number of strict preventive measures must be implemented. First of all, training the inspection staff is important so that they have a broad understanding of safety standards and quality requirements. This includes training in the skills of using inspection equipment and accurately assessing important indicators.

Implementing regular inspections and periodic maintenance for the inspection equipment is another important measure. This helps to ensure that all equipment is operating correctly and providing accurate results, minimizing the risk of technical failures.

In addition, establishing strict quality inspection procedures and controlling the production process is important to ensure that all products comply with the specified standards. Quality management from the beginning to the end of the production process helps to prevent incidents from various sources, from input materials to the assembly process.

5. Occupational Safety Regulations When Inspecting the Quality of a Finished Life Jacket

Occupational safety regulations during the quality inspection of a life jacket are an indispensable factor in protecting employees and ensuring the production process is conducted safely. The personnel conducting the inspection need to be trained on safety rules, including how to use personal protective equipment and inspection equipment.

The regulations should also place special emphasis on maintaining a safe working environment. This includes managing risks related to materials and equipment, ensuring there is no risk of fire or explosion, or incidents related to chemical products during the inspection process.

At the same time, the regulations should also focus on managing working time to reduce fatigue and stress for employees. Establishing reasonable working hours and providing rest breaks are also important to ensure the work spirit and concentration of the employees.

6. Handling Emergency Accident Situations When Inspecting the Quality of a Finished Life Jacket

In the event of an emergency accident when inspecting the quality of a life jacket, the process of handling this situation needs to be built in a detailed and effective way. The personnel conducting the inspection need to be trained to respond quickly and accurately.

First, protecting personal safety is the top priority. Employees must know how to properly use protective equipment and available safety means to prevent further infection or injury.

Next, a plan for implementing first aid measures is needed. Training employees on first aid techniques and the use of medical equipment is important to reduce response time and increase the effectiveness of first aid.

Most importantly is to report the accident immediately and to foster an environment where everyone can report dangerous situations. This helps to quickly deploy first aid measures and prevent the situation from getting worse.

V. Occupational Safety and Health for Employees Packaging Finished Life Jackets

1. Characteristics of the Job of Packaging a Finished Life Jacket

During the packaging of a life jacket, this job requires special attention to many important details to ensure the final product fully meets safety and quality standards. The main characteristics of the job of packaging a life jacket include:

Quality check of raw materials: Before starting the packaging process, employees need to thoroughly check the quality of the components such as the protective material, straps, and other accessories.
Careful handling: Steps such as cutting, sewing, and buttoning must be done carefully to avoid errors or breakdowns during use.

– Safe packaging: The life jacket must be packaged tightly and safely to ensure it is not damaged or loses its protective function. Workers need to follow a standard packaging process to ensure strength and safety.

– Final evaluation: After packaging, the product will undergo a final evaluation to ensure that all details have been carried out correctly and the product meets safety standards.

2. Types of Accidents During the Process of Packaging a Finished Life Jacket

During the packaging of a life jacket, many types of accidents can occur that need to be noted to minimize risks and ensure the safety of employees as well as the quality of the product. The common types of accidents include:

First of all, the use of cutting and sewing tools can lead to minor injuries or, if not careful, can cause serious injury to the worker. This is particularly important in the process of cutting and sewing the small and complex details of a life jacket.

In addition, the handling of protective materials such as a waterproof coating can pose a chemical risk, especially if the correct safety procedures are not followed.

Furthermore, during the packaging process, the use of machinery and electronic equipment can increase the risk of accidents if not properly maintained or if employees are not fully trained in occupational safety.

3. Causes of Accidents When Packaging a Finished Life Jacket

Accidents when packaging a finished life jacket can have many causes. One of the main causes is a lack of quality control during the production process. When a life jacket is packaged incorrectly or has shortcomings in the durability of the material, this can lead to an incident during use.

In addition, a lack of full understanding of the production process can also cause errors in packaging. A lack of training for employees can lead to the life jacket being packaged incorrectly, thereby affecting the safety of the product. Furthermore, a life jacket produced from substandard raw materials can lead to a significant decrease in its protective performance when used.

All these factors can contribute to creating an accident risk when packaging a life jacket. To minimize this risk, improving the production process, providing better technical training for employees, and using high-quality raw materials are necessary.

4. Preventive Measures for Accidents When Packaging a Finished Life Jacket

To prevent accidents when packaging a life jacket, the quality control process is extremely important. Establishing a strict inspection process from the selection of raw materials to the final packaging stage will ensure the safety of the product. Training the packaging staff so that they have a clear understanding of the process and specific requirements is also an indispensable step.

Periodic checks and a final check before the product leaves the factory are important to detect and eliminate errors that could be dangerous. The use of modern technology and equipment also contributes significantly to ensuring an accurate and safe packaging process. In addition, performing periodic checks and maintenance for the production equipment also provides greater reliability for the product.

In conclusion, focusing on quality control and the production process are the deciding factors in preventing accidents when packaging a finished life jacket.

5. Occupational Safety Regulations When Packaging a Finished Life Jacket

Occupational safety when packaging a life jacket is an element that cannot be overlooked in the production process. First, training employees on occupational safety regulations as well as on the use of protective equipment is extremely important. Employees need specific guidance on how to use machinery and packaging equipment safely, and at the same time, know how to respond to emergency situations that may occur.

The work process also needs to be established in a way that ensures the safety of the worker, including minimizing work pressure, considering working hours, and ensuring that work areas are clean and spacious to avoid unwanted accidents.

In particular, compliance with the industry’s safety regulations and legal regulations related to production and packaging also plays an important role in ensuring occupational safety. All these measures together contribute to creating a safe working environment, minimizing the risk of accidents when packaging a finished life jacket.

6. Handling Emergency Accident Situations When Packaging a Finished Life Jacket

In the event of an accident while packaging a life jacket, immediate and effective handling is extremely important. First, employees need to be trained in incident handling skills. They need to know how to react quickly to minimize the risk of the accident spreading and to ensure the safety of themselves and their work team.

Reporting the situation immediately to a manager or the occupational safety department is important to receive timely support and guidance. At the same time, preparing contingency plans for bad situations is also very important. An emergency response process needs to be established and trained periodically so that employees know how to deal with unwanted situations. Above all, maintaining composure, alertness, and adhering to safety procedures is extremely important in handling an accident when packaging a finished life jacket.