AC DataCenter

Mixers & agitators

Operating industrial mixers and agitators requires rigorous attention to detail to protect your team from entanglement and mechanical hazards. By prioritizing proactive safety measures, you can effectively mitigate risks and maintain a secure environment for your employees.

Key risk diagnosis for this task

About 93% of related real accidents concentrate in these types.

#179%
Caught between Rotating and Fixed Parts
#29%
Caught/Entangled (Insufficient Info)
#35%
Caught in In-running Nips

Key prevention

  • Ensure all moving parts are equipped with fixed or interlocking guards that prevent accidental contact during operation.
  • Implement a strict lockout-tagout procedure to completely de-energize equipment before performing any cleaning or maintenance tasks.
  • Verify that emergency stop controls are clearly marked, easily accessible, and tested regularly to ensure they function instantly.
  • Require employees to secure loose clothing, jewelry, and long hair to eliminate the risk of being pulled into rotating components.
  • Conduct routine inspections to identify and repair worn seals, loose fasteners, or damaged components before they lead to operational failures.

Related accident cases

Caught-inMatch 65%

While cleaning a food mixer, an employee's finger was caught between the mixing blade and the tub, resulting in a laceration, as they manually rotated the blade.

Key hazard · Body part caught between rotating machine part (mixing blade) and stationary part (tub).
Prevention · Ensure power is disconnected and lockout/tagout procedures are followed before cleaning machinery. Use appropriate tools for cleaning and avoid placing body parts in hazardous areas where pinching can occur.
Caught-inMatch 64%

While mixing cementitious compounds with a portable cement mixer, the worker's left hand contacted the rotating paddles. The employee stated they were in a hurry and did not disengage the rotating parts of the portable mixer.

Key hazard · Contact of body part with rotating parts of a portable power tool.
Prevention · Ensure safety procedures are followed when using power tools, and verify that rotating parts are stopped before performing maintenance.
Caught-inMatch 62%

An incident occurred where a concrete pipe and pile became caught between a rotating hammer bit and a fixed body during crushing and grinding operations. The worker was caught while pulling the pile from a hole for crushing.

Key hazard · Caught-in between rotating parts and a fixed body
Prevention · Adhere to safety procedures and enhance pinch-point prevention measures when working near rotating and fixed machinery.
Caught-inMatch 62%

An employee was caught between two rotating parts while performing maintenance on machinery. The incident resulted in an injury and a downtime of approximately 1 hour and 30 minutes for the equipment.

Key hazard · Caught-in between rotating parts
Prevention · Adherence to safety procedures and enhanced pinch point guarding during machinery maintenance.
Caught-inMatch 61%

While a technician was removing an axle from a transport truck, the axle became free and swung, striking a forklift and the employee's hand. The employee sustained injuries requiring nine stitches.

Key hazard · Caught-in and crushing injuries from a swinging, freed axle.
Prevention · Adhere to safety procedures and utilize appropriate equipment when handling rotating parts or moving heavy loads.
직업성 피부질환Match 61%

직원이 조건화된 혼합재로 인한 화상으로 사망

Key hazard · 배합, 혼합기
Caught-inMatch 61%

During machinery repair, a glove became caught in a rotating bolt, resulting in a fracture of the right middle finger.

Key hazard · Body part caught in rotating machinery.
Prevention · Exercise caution when wearing protective gloves during work on rotating machinery and thoroughly implement measures to prevent entanglement incidents.
회전부와 고정체 사이의 끼임Match 61%

직원이 2마력 모터(약 45파운드)를 집어들고 있을 때 회전하기 시작했고 오른쪽 발목이 그의 밑으로 굴러갔습니다.

Key hazard · 사람(재해자 자신)