LiftingTechniques.ppt
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The document provides guidance on proper lifting techniques to prevent back injuries. It recommends planning the lift by assessing the load and path, lifting with straight back and bent knees, and not twisting. For heavy loads, use lifting equipment or get help. Other tips include splitting heavy loads, pushing rather than lifting, and storing heavier items at waist level. The document emphasizes making changes to jobs and equipment to reduce lifting, such as using conveyors, mobile storage, and adjustable shelves, as safer alternatives to injury-prone lifting techniques alone.
LiftingTechniques.ppt
- 2. 2 Lifting process BEFORE YOU LIFT • Plan Your Route: Path clear? Trip hazards removed? Dry? • Assess the Load: Too heavy? Can I use a hand truck or forklift? Can I slide it? WHEN YOU LIFT • Lift It Right: Position your body close to the object. Keep your back straight. • Move It Right: Don't twist your back. • Lower It Right: When you put the load down, bend your knees not your waist. GET HELP IF YOU NEED IT • Work Together: Don't be a hero. Communicate with your partner!
- 3. 3 Plan ahead • Size up the load: ▪ Can it be split into multiple loads? ▪ Smaller loads cause less strain on the back. ▪ Can you slide it rather then lift? • Use material handling equipment if load is too heavy: ▪ Forklifts ▪ Hoists ▪ Dollies 9b
- 4. 4 Plan ahead • Avoid using lower rack for moderately heavy to heavy items or awkward items. • Get help when lifting heavy, awkward, or long items. 9a
- 5. 5 Basic rules of good lifting • Size up the load before you lift. • Can you lift a corner? • Can you get to the item? • Do you need to move something to gain better access? 1a
- 6. 6 Basic rules of good lifting • Bend your knees. • Get a good hand hold. • Center yourself over the load. • Lift straight up - let your legs do the work. • Don’t twist or turn. 1b
- 7. 7 Basic rules of good lifting • Have a clear path. • Set the load down properly. • Always push a cart or dolly. • Get help for long loads. • Split up heavy loads when you can. • Pushing a load is easier on the back; easier to control. 1c
- 8. 8 Never twist or turn when lifting • Adds strain to the back’s discs, muscles, ligaments, tendons. • Plan your lift to avoid awkward positions. • Set load down if you’re losing your grip. • Don’t twist and turn or juggle load to regain grip. • Keep back as straight as possible. 5a
- 9. 9 Carrying the load • Ensure a clear path. • Ensure a place where load can be set down. • Check for stability of load. • Can you get a good grip? 6a
- 10. 10 Carrying the load • Use mechanical equipment if load is too heavy. • Get help if load is too heavy - lift at the same time to keep load balanced. 6c
- 11. 11 Lowering the load • Bend the knees to let leg muscles support the weight. • Slowly lower it; do not drop the load. • Avoid sudden movements. • Lower the load at the same time if working with a partner. 7a
- 12. 12 Awkward Lifting Lifts that are: • Above the shoulders • Below the knees • At arms’ length
- 13. 13 Analysis tools • The closer to the body the more Strength you have. • L&I Lifting Calculator • Other tools: ▪ American Conference Group of Industrial Hygiene (ACGIH) Lifting Threshold Limit Value (TLV) ▪ National Institute of Occupational Safety & Health (NIOSH) Lifting Equation
- 14. 14 Principles for reducing heavy lifting • Reduce the weight • Increase the weight (to balance load) • Use mechanical assistance • Slide instead of lift • Team lifting
- 15. 15 Reducing heavy lifting Reduce the weight of the load Wood pallet 60 pounds Plastic pallet 20 pounds
- 16. 16 Reducing heavy lifting Use mechanical assistance Pneumatic conveyor
- 17. 17 Reducing heavy lifting Slide instead of lifting
- 18. 18 Principles for reducing frequent lifting • Use mechanical assistance • Avoid unnecessary lifting • Use mobile storage shelves
- 19. 19 Reducing frequent lifting Use mechanical assistance… … instead of lifting by hand
- 20. 20 Reducing frequent lifting Use mobile storage: Parts stay on racks as they move from one manufacturing process to the next.
- 21. 21 Principles for reducing awkward lifting/ Reaching • Remove obstacles • Slide closer • Reduce shelf depth • Reduce package size • Use mechanical assistance • Team lifting
- 22. 22 Reducing awkward lifting/ Reaching Slide objects closer “Homemade” hook for pulling small boxes to edge of shelf.
- 23. 23 Reducing awkward lifting/ Reaching Reduce package size
- 24. 24 Principles for reducing awkward lifting/ Bending • Use mechanical assistance to raise the load • Add handles • Arrange storage • Avoid unnecessary lifting
- 25. 25 Reducing awkward lifting/ Bending Use mechanical assistance to raise the load Scissor-lift cart
- 26. 26 Reducing awkward lifting/ Bending Add handles
- 27. 27 Reducing awkward lifting/ Bending Rearrange storage Heavy items at waist level
- 28. 28 Reducing awkward lifting/ Bending Avoid unnecessary lifting Tire hanger keeps wheels up off the floor in auto shop
- 29. 29 Principles for reducing awkward lifting/ Reaching above shoulders • Arrange storage • Use mechanical assistance • Use a rolling stair or “safety ladder”
- 30. 30 Reducing awkward lifting/ Avoid reaching above shoulders Arrange storage
- 31. 31 Reducing awkward lifting/ Twisting Use conveyors Allows boxes to be unloaded and checked in with minimal lifting
- 32. 32 Lifting techniques training Teach lifting techniques to employees: • Training alone is not effective. • Making changes to jobs and equipment is better. • Making changes along with training is most effective.
- 33. 33 Lifting techniques training • Job-specific, on-site, hands-on training is more effective than classroom. • Have employees demonstrate proper lifting techniques before “graduating.”
- 34. 34 Other factors in back injuries • Age of employee • Improper postures when sleeping, standing, sitting • Physical condition of employee • Repetitive motions 10a
- 35. 35 Conclusion • When lifting a box, think out of the box! • Is there a better way? • Don’t wait for someone to get injured before changing a job. • Just because we have done it this way. Do we have to continue to use the same method to handle a loading and unloading of materials?
- 36. 36 Questions?