AC DataCenter

Overexertion in Electronics manufacturing

Overexertion remains a primary source of workplace injuries in electronics manufacturing, often stemming from the repetitive motions and awkward postures required for precision assembly. By addressing these ergonomic stressors, small-scale facilities can significantly improve employee well-being while maintaining consistent production quality.

Key risk diagnosis for this task

About 98% of related real accidents concentrate in these types.

#184%
Overexertion
#212%
Overexertion
#32%
Non-accidental work-related lower back pain

Key prevention

  • Implement adjustable workstations that allow employees to alternate between sitting and standing to reduce static muscle fatigue.
  • Rotate staff through different assembly tasks throughout the shift to prevent repetitive strain on the same muscle groups.
  • Provide ergonomic hand tools designed to minimize the force required for gripping, twisting, or repetitive clicking.
  • Conduct regular training sessions to teach workers how to maintain neutral body positioning and proper lifting techniques for heavy components.
  • Integrate frequent, short micro-breaks into the production schedule to allow for muscle recovery and physical stretching.

Related accident cases

OverexertionMatch 70%

An employee experienced groin pain while moving electrical cables, attributed to excessive physical strain during the task.

Key hazard · Excessive physical strain, risks associated with electrical equipment and components.
Prevention · Exercise caution to avoid overexertion during tasks and adhere to safety protocols when handling electrical equipment and components.
OverexertionMatch 69%

While performing a task involving excessive physical strain in a rubber product manufacturing area, an employee sustained a knee injury due to the carelessness of a colleague.

Key hazard · Excessive strain was placed on the worker's knee, and the injury occurred due to the careless action of a co-worker.
Prevention · Improve work methods to reduce physical strain during tasks and enhance safety training and awareness among co-workers.
신체에 과도한 부담을 주는 작업Match 69%

IE는 몸을 굽혀 철망 조각의 한쪽 면을 집었습니다. IE가 그것을 머리 위로 들어 올리려고 할 때, IE는 등 아래쪽에서 펑하는 소리를 느꼈습니다. IE는 2024년 10월 16일까지 계속 작동했습니다.

Key hazard · 상세정보 부족한 조각, 파편, 쓰레기
과도한(무리한) 힘·동작Match 68%

직원이 도구를 사용하여 부품을 풀려고 하다가 느슨해져서 어깨 관절에 무리가 가게 되었습니다.

Key hazard · 상세정보 부족한 휴대용 및 인력용기계기구
Excessive Force/MotionMatch 68%

A worker experienced groin pain after lifting a 5-gallon container of electrical components. The pain recurred over the weekend, leading to medical attention.

Key hazard · Excessive force/motion due to inadequate or insufficient equipment, machine parts, and accessories.
Prevention · Specific preventative measures for the task are not detailed in the record.
OverexertionMatch 68%

A worker sustained a hernia rupture while lifting a variable frequency drive during electrical equipment work and underwent surgery.

Key hazard · Excessive physical strain due to electrical equipment and components with insufficient detail.
Prevention · Preventive measures cannot be specified due to a lack of detailed information regarding the work content.
Musculoskeletal DisorderMatch 68%

A worker strained their back muscles while attempting to lift and move a 600-pound metal piece without using appropriate equipment. This occurred during manual handling operations involving excessive force.

Key hazard · Muscle strain due to excessive force/exertion
Prevention · Utilize proper equipment for lifting and handling heavy objects, and adhere to safe work procedures.
OverexertionMatch 68%

While lifting electrical components, an individual experienced pain in their right arm, leading to a diagnosis of a torn bicep tendon requiring surgical repair.

Key hazard · Injury due to excessive physical strain while handling electrical equipment and components.
Prevention · Lack of detailed information regarding work content and area hinders the establishment of accident prevention measures.