Tiếng Việt 
English 
العربية 
Français 
Русский 
简体中文 
Español de Venezuela 
Español 
Tagalog Common safety risks associated with circular machine malfunctions
mechanical failure
Risk description: Mechanical failures may cause equipment to suddenly stop running or produce unstable movements, thereby increasing the risk of operator injury.
Risk factors: Wear, fracture, or improper installation of mechanical components.
Electrical faults
Risk description: Electrical failures may cause equipment to overheat, catch fire, or create a risk of electric shock.
Risk factors: wire aging, short circuit, or external power supply issues.
Operational error
Risk description: Misoperation by the operator may cause equipment damage or personal injury.
Risk factors: lack of training, unclear operating procedures, or operator negligence.
Insufficient security protection
Risk description: Lack of appropriate safety measures may expose operators to potential hazards.
Risk factors: Failure to install safety doors, protective covers, or insufficient warning labels.
Maintenance deficiency
Risk description: Lack of regular maintenance may lead to sudden equipment failures during operation.
Risk factor: Failure to perform maintenance, inspection, or repair according to the maintenance plan.
environmental factor
Risk description: Inappropriate working environment may lead to a decrease in equipment performance or increase the risk to operators.
Risk factors: high temperature, high humidity, or excessive dust.
Adverse emergency response
Risk description: In emergency situations, the lack of appropriate emergency response measures may lead to increased injury or equipment damage.
Risk factors: lack of emergency plans, lack of emergency training for operators, or unclear evacuation instructions.
Insufficient risk assessment
Risk description: Failure to conduct sufficient risk assessment may lead to neglect of potential risks and a lack of effective control measures.
Risk factors: Lack of regular risk assessment, unscientific or incomplete assessment methods.