Title Page

  • Client Name

  • Client ID

  • Site Address
  • Conducted on

  • Carried out by

  • Workshop Name

  • Workshop Manager

Risk Assessments

Risk Assessment Inventory

  • Risk Assessment Inventory - Check if a list or log exists covering all areas, activities, and equipment.

  • Is there a documented inventory of risk assessments for the workshop?

Coverage of Area, Activities, and Equipment

  • Are risk assessments available for the following?

  • The workshop area (e.g., general safety hazards, emergency procedures)

  • High-risk activities (e.g., welding, soldering, manual handling)

  • Equipment (e.g., CNC machines, grinders, autoclaves)

  • Hazardous substances (e.g., COSHH for metalworking fluids, fumes)

Accessibility

  • Verify operators can easily access assessments and are aware of controls.

  • Are risk assessments accessible and communicated to relevant personnel?

Standard Operating Procedures (SOPs)

General SOP Documentation & Availability

  • Are up-to-date Standard Operating Procedures (SOPs) available for all machines and high-risk tasks? <br><br>(Ensures consistency in operations and safety.)

  • Are SOPs clearly displayed near relevant machines or accessible to operators when needed? <br><br>(Prevents procedural errors due to lack of guidance.)

  • Is there an inventory of all workshop machinery and equipment covered under SOPs? <br><br>(Confirms all machines are documented and accounted for.)

Lockout/Tagout/Tryout (LOTOTO) Procedures

  • Are LOTOTO procedures documented in the SOPs for servicing and maintenance of hazardous equipment? <br><br>(Prevents accidental machine start-up.)

  • Are LOTOTO devices (locks, tags) available and properly stored for use? <br><br>(Ensures compliance with energy isolation requirements.)

High-Risk Hazard Controls in SOPs

  • Do SOPs include control measures for entanglement risks in rotating machinery? <br><br>(e.g., no gloves when operating drills, mills, lathes.)

  • Do SOPs include required PPE for each task, ensuring correct eye, hand, hearing, and respiratory protection? <br><br>(Prevents incorrect PPE usage.)

  • Do SOPs cover high-risk material handling <br><br>(e.g., sharp edges, heavy lifting, pressurised systems)? <br><br>(Ensures safe handling procedures are in place.)

  • Are procedures in place for handling hazardous substances <br><br>(e.g., COSHH compliance for metalworking fluids, fumes, or cleaning agents)? (Prevents exposure to toxic substances.)

Inspection & Maintenance SOPs

  • Are inspection and maintenance schedules documented within SOPs for all workshop equipment? <br><br>(Ensures preventative maintenance and reduces failure risks.)

  • Do SOPs include pre-use checklists for machinery, ensuring operators verify safety before starting work? <br><br>(Prevents unsafe equipment use.)

  • Are procedures for reporting faulty or unsafe equipment included in SOPs and clearly communicated? <br><br>(Ensures defective equipment is identified and addressed quickly.)

Operator Training and Competency

Training Records

  • Inspect training logs or certificates for all employees.

  • Are training records available for all employees working in the workshop?

  • Are training records up to date?

Training Overview

  • Select which is covered in training

  • Workshop Safety Awareness Basic workshop rules (e.g., housekeeping, reporting hazards). Use of emergency stops and reporting faults.

  • Emergency Procedures Fire evacuation routes and fire extinguisher use. LOTOTO (Lock-Out, Tag-Out, Try-Out) procedures for equipment isolation. Spill response training for hazardous substances.

  • Safe Use of Equipment Operating instructions for high-risk machines (e.g., CNC machines, grinders, welding tools). Use and adjustment of guards, interlocks, and emergency stops. Recognizing and reporting equipment faults.

  • LEV Systems Correct operation of Local Exhaust Ventilation (LEV) systems for dust, fumes, or mist. Maintenance and inspection requirements for LEV systems.

  • Safe Handling of Substances Metalworking fluids, adhesives, welding fumes, and other chemicals. Proper use of storage, handling, and spill control measures. PPE requirements for substance exposure.

  • Manual Handling Safe lifting and carrying techniques. Use of lifting aids to prevent musculoskeletal injuries.

  • Noise and Vibration Awareness Hearing protection for noise exposure. Minimizing risks from hand-arm vibration (HAVS) during tool use.

  • Mandatory PPE Training Correct selection and use of gloves, goggles, hearing protection, and respiratory PPE. Air-fed mask training (use, storage, maintenance, and filter replacement).

Equipment Servicing and Compliance

General

  • Verify that a schedule is in place for all equipment requiring mandatory servicing

  • Is there a documented schedule for external inspections by a competent person?

  • Are inspection records and certificates available and up to date?

Specific Equipment

  • Check inspection records for equipment it applicable

  • LEV Systems:<br><br>Are all Local Exhaust Ventilation (LEV) systems inspected and tested at least every 14 months?

  • Pressure Systems (PSSR):<br><br>Are all pressure vessels (e.g., autoclaves, compressed air tanks) inspected in line with a Written Scheme of Examination (WSE)?

  • Lifting Equipment (LOLER):<br><br>Is lifting equipment inspected at the required intervals under LOLER regulations?

  • Electrical Systems:<br><br>Are fixed electrical installations inspected as per the Electricity at Work Regulations (e.g., every 5 years)?

  • Is PAT testing conducted on all portable electrical appliances in the workshop?

Workshop Safety and Environment

General Housekeeping

  • Are all walkways and work areas free from obstructions and trip hazards?

  • Is waste being disposed of in designated bins or storage areas?

  • Are floors clean, dry, and free from oil, grease, or other contaminants?

Lighting

  • Is lighting adequate for all workstations and activities?

  • Are all light fixtures operational and free from damage?

Ventilation

  • Is the workshop adequately ventilated to prevent the buildup of fumes, dust, or heat?

Noise

  • Are noise levels within acceptable limits for safe working conditions?

  • Are hearing protection measures, such as PPE, available and used in high-noise areas?

Temperature and Comfort

  • Is the workshop maintained at a comfortable working temperature?

  • Are facilities for breaks (e.g., rest areas, water supplies) clean and accessible?

PPE Storage and Accessibility

  • Is PPE stored correctly to avoid damage or contamination?

  • Is PPE readily available for all tasks requiring it?

Signage

  • Is all required safety signage in place and clearly visible?

  • Is the signage clean, legible, and relevant to current workshop activities?

Operator Health and Wellbeing

General Health and Welfare

  • Are handwashing facilities available and in good condition?

  • Is there a designated area for eating and drinking, separate from hazardous zones?

Workshop Operations

  • Are there grinding and cutting activities (dust generation)?

  • Is mandatory PPE, such as goggles and FFP3 masks, provided and used?

  • Are face-fit tests conducted for operators using FFP3 masks?

  • Is the LEV system operational and effectively capturing dust?

  • Are there welding activities (fume generation)?

  • Is air-fed or FFP3 respiratory protection provided and used?

  • Are face-fit tests conducted for operators using tight-fitting masks?

  • Is the LEV system operational for welding fume extraction?

  • Are operators enrolled in respiratory health surveillance?

  • Is there use of metalworking fluids?

  • Are gloves and face protection provided to prevent skin exposure?

  • Are operators enrolled in health surveillance for dermatitis and respiratory health?

  • Is there a system in place to monitor and maintain fluid quality (e.g., microbial and pH testing)?

  • Is there use of vibrating tools (e.g., air tools, grinders)?

  • Are operators provided with anti-vibration gloves?

  • Are operators enrolled in health surveillance for hand-arm vibration syndrome (HAVS)

  • Is vibration exposure monitored and controlled (e.g., usage logs)?

  • Is there manual handling of heavy loads or awkward loads?

  • Are operators trained in proper manual handling techniques?

  • Are lifting aids or tools available and used?

Emergency Preparedness and Response

Fire Safety

  • Are fire evacuation routes clearly marked and unobstructed?

  • Are fire extinguishers present, correctly placed, and within their service date?

  • Are fire alarms or detection systems operational and tested regularly?

  • Are personnel aware of fire evacuation procedures and assembly points?

First Aid

  • Are first aid kits available and stocked with required items?

  • Are there trained first aiders available for the workshop?

  • Is the location of first aid kits and emergency contact numbers clearly displayed?

Spill Response

  • Are spill kits available and appropriate for the substances used in the workshop?

  • Are personnel trained in spill response procedures?

Internal Checks & Inspections

  • What inspections are being carried out and recorded regularly.

  • Has a general workshop health and safety inspection been carried out, covering housekeeping, walkways, ventilation, lighting, signage, emergency access, and the safe storage of materials and hazardous substances?

  • Are all machines and equipment subject to regular documented inspections in line with regulations?

  • Are pre-use checks completed and recorded for all equipment?

  • Are LOTOTO procedures tested and recorded for servicing high-risk machinery?

  • Are LEV systems inspected, and airflow monitoring results recorded?

  • Are fire extinguishers, emergency stops, and isolation points visually inspected at required intervals?

  • Are PPE checks conducted to ensure availability, correct use, and condition?

  • Are high-risk components (e.g., hydraulic hoses, grinding wheels, press brake tooling) inspected and replaced as per schedule?

  • Are Metalworking Fluids (MWF) managed in compliance with COSHH, including regular checks for concentration, pH levels, bacterial contamination, fluid replacement schedules, and proper record-keeping?

  • Any comments or recommendations?

Equipment & Machines Visual Inspection

  • Use this section for each visual inspection carried out.

  • Equipment / Machine
  • Select the machine or equipment being inspected.

  • ID Number / Description (Add photo)

  • Is the machine securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards and protective covers present and securely attached?

  • Are there no gaps or missing parts exposing rotating/moving components?

  • Are handwheels, feed levers, and dials clearly marked and appear intact?

  • Are there no visible leaks from coolant lines, hoses, or reservoirs?

  • Are any mist control systems (if fitted) visibly functional (e.g., LEV airflow indicators)?

  • Is the work area around the machine free from excessive swarf buildup?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Guards secure (e.g., spindle guard)<br>- Cutting tools secure, no damage<br>- Workpiece clamped, no movement<br>- Table locks engaged, no play<br>- Handwheels & levers move freely<br>- Bed & area clear of swarf<br>- Lubrication system working<br>- Bolts & fixings secure<br>- Spill response plan visible<br>- PPE required (eye protection and close-fitting clothing to prevent entanglement in rotating parts)

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the machine securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards and protective covers present and securely attached?

  • Are there no gaps or missing parts exposing rotating/moving components?

  • Are handwheels, feed levers, and dials clearly marked and appear intact?

  • Are there no visible leaks from coolant lines, hoses, or reservoirs?

  • Are any mist control systems (if fitted) visibly functional (e.g., LEV airflow indicators)?

  • Is the work area around the machine free from excessive swarf buildup?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Guards secure (e.g., chuck guard)<br>- Chuck/collet secure, no damage<br>- Tailstock locked, no movement<br>- Tool post clamped, no loose tools<br>- Handwheels & levers move freely<br>- Workpiece clamped, no risk of movement<br>- Bed & area clear of swarf<br>- Lubrication system working<br>- Bolts & fixings secure<br>- Spill response plan visible<br>- PPE required (eye protection and close-fitting clothing to prevent entanglement in rotating parts)

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the machine securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards, protective covers, and CNC enclosure panels securely attached with no gaps?

  • Are the enclosure doors closed, undamaged, and interlocks visibly intact? (Do not test.)

  • Is the CNC control panel intact, with all buttons, screens, and labels clearly visible?

  • Is the emergency stop (E-Stop) clearly visible, unobstructed, and undamaged?

  • Are power cables, conduits, and electrical panels securely closed, with no visible signs of damage (e.g., frayed wires, overheating marks)?

  • Are there no visible leaks from coolant lines, hoses, or reservoirs?

  • Are mist control systems visibly functioning (e.g., LEV airflow indicators)?

  • Is the chip conveyor (if fitted) free from visible blockages or overflowing swarf?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Emergency stop access<br>- Intact interlocks working<br>- Coolant leaks or pooling<br>- Chuck and collet secure<br>- Tailstock (if used) locked in place<br>- Tool turret secure<br>- No misaligned or missing tools<br>- Chip conveyor blockages<br>- Operational mist extraction<br>- PPE required (eye protection and hearing protection if noise levels are high during operation)

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure<br>- Safe shutdown and isolation procedure LOTOTO<br>- Spill response plan for coolant or hazardous leaks<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the machine securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards, protective covers, and CNC enclosure panels securely attached with no gaps?

  • Are the enclosure doors closed, undamaged, and interlocks visibly intact? (Do not test.)

  • Is the CNC control panel intact, with all buttons, screens, and labels clearly visible?

  • Is the emergency stop (E-Stop) clearly visible, unobstructed, and undamaged?

  • Are power cables, conduits, and electrical panels securely closed, with no visible signs of damage (e.g., frayed wires, overheating marks)?

  • Are there no visible leaks from coolant lines, hoses, or reservoirs?

  • Are mist control systems visibly functioning (e.g., LEV airflow indicators)?

  • Is the chip conveyor (if fitted) free from visible blockages or overflowing swarf?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Emergency stop access<br>- Intact interlocks working<br>- Coolant leaks or pooling<br>- Correct tool loading, no missing/misaligned tools<br>- Chip conveyor blockages<br>- Operational mist extraction<br>- PPE required (eye protection and hearing protection if noise levels are high during operation)

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure<br>- Safe shutdown and isolation procedure LOTOTO<br>- Spill response plan for coolant or hazardous leaks<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the machine securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards and protective covers present and securely attached? (E.g., belt guard, chuck guard if fitted.)

  • Is the emergency stop (E-Stop) clearly visible, unobstructed, and undamaged?

  • Are speed control levers, depth stops, and handwheels visibly intact with no signs of excessive wear?

  • Is the work table and surrounding area free from excessive swarf or debris?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Emergency stop access<br>- Chuck key removed before starting<br>- Cutting tool securely fitted, no cracks or damage<br>- Workpiece clamped securely, no risk of movement<br>- Correct spindle speed set for the material<br>- Table locks engaged, no excessive movement<br>- No excessive swarf build-up on the table<br>- PPE required (eye protection and gloves only when handling materials, not while drilling to avoid entanglement risks)

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure<br>- Safe shutdown and isolation procedure LOTOTO<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the machine securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards and protective covers securely attached, with no missing or loose parts? (E.g., wheel covers, side guards.)

  • Is the eye shield (if fitted) in place, undamaged, and clear enough to see through?

  • Is the emergency stop (E-Stop) clearly visible, unobstructed, and undamaged?

  • Are the tool rests and work supports visibly secure and adjusted close to the grinding wheel? (Do not test, just check for gaps.)

  • Is the gap between the wheel and the tool rest visibly less than 3mm? (A larger gap could cause entrapment.)

  • Is the surrounding area free from excessive dust or swarf buildup?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Emergency stop access<br>- Grinding wheel undamaged (no cracks, chips, or excessive wear)<br>- Tool rests adjusted close to the wheel (<3mm gap)<br>- Workpiece held securely, no risk of slipping<br>- No excessive vibration or noise when started<br>- PPE required (eye protection, hearing protection, and gloves if handling materials but not when operating to prevent entanglement)

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure<br>- Safe shutdown and isolation procedure LOTOTO<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the machine securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards and protective covers securely attached, with no missing or loose parts? (E.g., wheel covers, side guards.)

  • Is the splash guard (if fitted) in place and undamaged?

  • Is the emergency stop (E-Stop) clearly visible, unobstructed, and undamaged?

  • Are feed handles, handwheels, and table controls visibly intact with no excessive wear or damage? (Do not test, just visually inspect.)

  • Are there no visible leaks from coolant lines, hoses, or reservoirs?

  • Is the surrounding area free from excessive swarf, coolant spills, or debris?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Emergency stop access<br>- Grinding wheel undamaged (no cracks, chips, or excessive wear)<br>- Magnetic chuck or work-holding fixture secure and free of debris<br>- Workpiece held securely, no risk of movement<br>- Table surface free from excessive build up or damage<br>- No excessive vibration or noise when started<br>- PPE required (eye protection and respiratory protection if fine dust is generated during grinding)

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure<br>- Safe shutdown and isolation procedure LOTOTO<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the welding bay clearly defined with appropriate barriers/screens to protect others from welding arc flash?

  • Is the floor free from excessive combustible materials, oil spills, or obstructions that could create fire or trip hazards?

  • Is the welding fume extraction system (LEV) visibly in place, undamaged, and positioned correctly? <br>(E.g., movable extraction arms, overhead hoods, or fixed extraction points.)

  • Is a suitable fire extinguisher (e.g., CO₂, dry powder) available and clearly marked for welding use? <br>(Not expired.)

  • Is appropriate welding PPE being used including a welding helmet, heat-resistant gloves, fire-retardant clothing, and safety boots?

  • Is respiratory protection suitable for the task? <br>- With FFP3 masks only used for mild steel welding in well-ventilated areas with effective LEV<br>- Air-fed masks available for stainless steel, aluminium, confined spaces, or high-exposure tasks

  • Is the surrounding area free from excessive swarf, coolant spills, or debris?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- LEV system operational and positioned correctly<br>- Welding equipment free from visible damage (cables, torch, clamps)<br>- Fire watch in place for hot work (if required)<br>- Gas cylinders secure and correctly stored<br>- PPE required (welding helmet, gloves, fire-retardant clothing, and respiratory protection if needed fume inhalation)

  • Are emergency procedures near the machine, including; <br><br>- Fire response procedure<br>- Power/gas isolation<br>- LEV failure response<br>- Contact details for reporting faults or safety issues

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the guillotine securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards, safety covers, and rear access barriers securely attached with no gaps?

  • Is the blade guard in place and undamaged?

  • Are the hand or foot-operated controls protected from accidental activation? <br>(E.g., pedal guard or hand lever safety stops.)

  • Is the emergency stop (if fitted) clearly visible, unobstructed, and undamaged? (manual guillotines may not have an E-Stop.)

  • Are the control levers or pedals clearly marked and appear intact? (No visible damage or excessive wear.)

  • Is the worktable and surrounding area free from excessive scrap, obstructions, or slip hazards?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>MANUAL GUILLOTINE<br>- Guards and blade cover secure<br>- Blade undamaged, sharp, no chips or excessive wear<br>- Hold-down clamps positioned and functional<br>- Hand lever moves freely, no sticking<br>- Worktable clear of offcuts and obstructions<br>- PPE required (cut-resistant gloves and safety glasses for handling sharp metal and preventing eye injuries)<br><br>MECHANICAL GUILLOTINE (if applicable)<br>- Emergency stop (if fitted) is clearly visible and unobstructed<br>- Foot pedal release or safety catch functions correctly to stop motion<br>

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure (if applicable)<br>- Safe shutdown and isolation procedure LOTOTO<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the press brake securely fixed to the floor, with no visible movement or tilting?

  • Are all fixed guards and protective covers securely attached, with no gaps or missing parts?

  • Are light curtains, interlocks, or physical guards in place and visibly intact? (Do not test.)

  • Is the foot pedal or two-hand control protected from accidental activation?

  • Is the emergency stop (E-Stop) clearly visible, unobstructed, and undamaged?

  • Are the control panel buttons, screens, and selector switches intact and clearly labeled?

  • Is the worktable and surrounding area free from excessive scrap, obstructions, or slip hazards?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Emergency stop access<br>- Guards and interlocks secure, not overridden<br>- Tooling correctly fitted, no visible cracks or excessive wear<br>- Foot pedal/two-hand controls functioning properly<br>- Back gauge alignment correct for material setup<br>- Work area clear of offcuts and debris<br>- PPE required (cut-resistant gloves and safety glasses for handling sharp metal and preventing eye injuries)

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure <br>- Safe shutdown and isolation procedure LOTOTO<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the metal bender securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards, covers, and pinch-point protections securely attached, with no gaps or missing parts?

  • Is the foot pedal, hand lever, or control mechanism protected from accidental activation?

  • Is the emergency stop (if fitted) clearly visible, unobstructed, and undamaged?

  • Are all handwheels, levers, or hydraulic controls visibly intact with no excessive wear or damage?

  • Is the worktable and surrounding area free from excessive scrap, obstructions, or slip hazards?

  • Is the worktable and surrounding area free from excessive scrap, obstructions, or slip hazards?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Emergency stop access (if fitted)<br>- Guards in place, not overridden<br>- Bending dies and tooling secure, no visible cracks or excessive wear<br>- Foot pedal, lever, or manual crank moves freely without sticking<br>- Work area clear of obstructions, offcuts, and loose materials<br>- Material positioned correctly, with support in place<br>- PPE required (cut-resistant gloves and eye protection to prevent hand injuries and metal fragments in eyes)

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure <br>- Safe shutdown and isolation procedure LOTOTO<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the flanger securely fixed to the floor or workbench, with no visible movement or tilting?

  • Are all fixed guards, covers, and pinch-point protections securely attached, with no gaps or missing parts?

  • Is the foot pedal, hand lever, or control mechanism protected from accidental activation?

  • Is the emergency stop (if fitted) clearly visible, unobstructed, and undamaged?

  • Are all handwheels, levers, or hydraulic controls visibly intact with no excessive wear or damage?

  • Is the worktable and surrounding area free from excessive scrap, obstructions, or slip hazards?

  • Is the worktable and surrounding area free from excessive scrap, obstructions, or slip hazards?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Emergency stop access (if fitted)<br>- Guards in place, not overridden<br>- Forming rollers and tooling secure, no visible cracks or excessive wear<br>- Foot pedal, lever, or manual crank moves freely without sticking<br>- Work area clear of obstructions, offcuts, and loose materials<br>- Material positioned correctly, with support in place<br>- PPE required (eye protection and gloves for handling sharp edges and preventing cuts from formed metal)

  • Are emergency procedures near the machine, including; <br><br>- Emergency stop procedure <br>- Safe shutdown and isolation procedure LOTOTO<br>- Contact details for reporting faults or safety issues?

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the tool body free from visible cracks, dents, or excessive wear?

  • Is the air hose free from visible damage, cracks, or leaks? <br><br>(No fraying, exposed reinforcement, or excessive kinking.)

  • Are hose connectors and couplings securely fitted and undamaged? <br><br>(No visible wear, loose fittings, or missing clips.)

  • If required, is a whip-check or hose restraint fitted to prevent hose whip?

  • Is the work area free from excessive hose clutter, trip hazards, and obstructions?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Hose connection secure, no leaks<br>- Tool lubricated (if required) and free-moving<br>- Trigger/throttle returns to the off position when released<br>- Correct air pressure setting used (as per tool specifications)<br>- PPE required (hearing protection and eye protection to reduce noise exposure and protect from flying debris)<br>

  • Are emergency procedures near by, including; <br><br>- Safe shutdown and isolation of air supply<br>- Lockout/Tagout/Tryout (LOTOTO) for air supply (if required)<br>- Contact details for reporting faults or safety issues

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the compressor securely fixed to the floor or positioned on a stable surface, with no visible movement or tilting?

  • Is the compressor housing free from visible damage, excessive dirt build up, or corrosion?

  • Are all main airline pipes and fittings free from visible leaks, cracks, or damage? <br><br>(No hissing sounds, air escaping, or condensation build up.)

  • Are pressure gauges clearly visible, undamaged, and showing correct readings? <br><br>(Not stuck or fluctuating abnormally.)

  • Are visible moisture traps or filters in place and not showing signs of excessive condensation build up?

  • Are oil/water separators (if fitted) visibly intact and not leaking?

  • Is the compressor area free from excessive dust build up, obstructions, or combustible materials? <br><br>(Prevents overheating and fire hazards.)

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Air pressure set correctly for downstream tools<br>- Drain valves operated to remove moisture build up<br>- Filters and regulators checked for blockages<br>- Air hoses connected securely, with no leaks<br>- PPE required (hearing protection for high-noise areas where compressors operate at dangerous decibel levels)

  • Are emergency procedures near by, including; <br><br>- Safe shutdown and isolation of air supply<br>- Lockout/Tagout/Tryout (LOTOTO) for air supply (if required)<br>- Contact details for reporting faults or safety issues

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the hydraulic power unit (HPU) securely fixed in place, with no visible movement or instability?

  • Is the HPU housing and reservoir free from visible damage, excessive dirt build up, or corrosion?

  • Are all hydraulic hoses and fittings free from visible leaks, cracks, or damage? <br><br>(No bulging, fraying, or oil misting.)

  • Are hydraulic pipe connections securely fitted, with no loose couplings or visible deterioration?

  • Are pressure gauges clearly visible, undamaged, and showing correct readings? <br><br>(Not stuck, fluctuating abnormally, or missing.)

  • Is the hydraulic relief valve in place and free from visible damage or tampering? <br><br>(Prevents overpressure failure.)

  • Is there no visible hydraulic fluid leakage around the system, hoses, or fittings? <br><br>(Check floor and reservoir area for spills.)

  • Is the hydraulic reservoir fluid level within visible range and not excessively low? <br><br>(Prevents pump damage.)

  • Is the hydraulic system area free from excessive dust buildup, obstructions, or combustible materials? <br><br>(Prevents overheating and fire hazards.)

  • Are safety guards, covers, or shields in place around moving hydraulic components? <br><br>(Prevents entanglement hazards.)

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Hydraulic fluid level checked and topped up if needed<br>- System bled for air (if required) before operation<br>- Pressure settings confirmed for downstream equipment<br>- Hoses and fittings inspected for leaks before startup<br>- PPE required (eye protection and gloves to prevent exposure to high-pressure fluid leaks and potential injection injuries)

  • Are emergency procedures near by, including; <br><br>- Safe shutdown and isolation <br>- Lockout/Tagout/Tryout (LOTOTO)<br>- Spill response plan for hydraulic oil leaks<br>- Contact details for reporting faults or safety issues

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the soldering station securely positioned on a stable, heat-resistant surface with no visible movement?

  • Is the power supply cable intact, free from damage, and positioned safely to prevent trip hazards?

  • Is the soldering iron properly secured in its stand when not in use? <br><br>(Prevents accidental burns or fire hazards.)

  • Is the soldering tip free from visible damage, oxidation, or excessive build up?

  • Is the local exhaust ventilation (LEV) system or fume extractor in place and visibly operational? <br><br>(E.g., extraction arm, built-in filtration unit.)

  • Are soldering wires and flux stored correctly, in designated containers, and free from contamination?

  • Is the workbench free from excessive solder residues, debris, or flammable materials? <br><br>(Prevents fire risks and contamination.)

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- LEV or fume extractor switched on and positioned correctly<br>- Soldering iron tip cleaned and in good condition<br>- Correct temperature settings confirmed before use<br>- Heat-resistant mat or surface in place<br>- PPE required (safety glasses and heat-resistant gloves to protect from flux splatter and burns from hot soldering iron)

  • Are emergency procedures near by, including; <br><br>- Emergency power shutoff location<br>- Fire extinguisher placement (suitable for electrical and small metal fires)<br>- First aid guidance for burns and flux exposure<br>- Contact details for reporting faults or equipment failures

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Is the autoclave securely positioned on a stable, level surface with no visible movement?

  • Are door hinges, latches, and seals visibly intact and free from damage? <br><br>(Ensures pressure integrity.)

  • Are pressure gauges clearly visible, undamaged, and showing correct readings? <br><br>(No stuck or fluctuating gauges.)

  • Is the safety relief valve in place and free from visible damage? <br><br>(Prevents overpressure failure.)

  • Are steam or venting pipes free from visible leaks or blockages?

  • Are power cables and connections intact, with no visible fraying or overheating signs? <br><br>(Prevents electrical hazards.)

  • Are heating elements or external surfaces free from visible damage or excessive heat marks?

  • Is the area around the autoclave free from obstructions, combustible materials, or pooled liquids?

  • Are pre-use checks clearly displayed near the machine, covering key safety aspects such as; <br><br>- Door seals and locking mechanisms checked before operation<br>- Pressure settings verified before use<br>- Steam/water levels topped up and correctly maintained<br>- Safety relief valve tested as per maintenance schedule<br>- Load secured correctly, avoiding overfilling<br>- PPE required (heat-resistant gloves and eye protection to prevent burns from steam and hot materials)

  • Are emergency procedures near by, including; <br><br>- Safe shutdown and pressure release<br>- Lockout/Tagout/Tryout (LOTOTO)<br>- Contact details for reporting faults or safety issues

  • Is there anything else you have observed during this equipment / machine inspection that may pose a safety risk or require further attention?

  • ID Number / Description (Add photo)

  • Are there any visible safety concerns that should be documented?

  • Have you noticed any missing guards, leaks, excessive wear, or other hazards?

  • Is this safe or at risk?

The templates available in our Public Library have been created by our customers and employees to help get you started using SafetyCulture's solutions. The templates are intended to be used as hypothetical examples only and should not be used as a substitute for professional advice. You should seek your own professional advice to determine if the use of a template is permissible in your workplace or jurisdiction. You should independently determine whether the template is suitable for your circumstances.