| 1 |
Conveyor Systems |
Continuous movement of cartons, totes, parcels, pallets, and components between receiving, storage, production, and shipping areas. |
Common belt or roller speeds are approximately 0.3–2.0 m/s; load capacity varies from light cartons to several hundred kilograms per meter, depending on design. |
Guard nip points and moving parts; provide emergency stops, access controls, safe maintenance isolation, and suitable machine guarding. |
Use variable-speed drives, low-friction components, efficient motors, sleep modes, and right-sized conveyor zones to reduce energy use. |
ISO 12100; ISO 13849-1; IEC 60204-1; applicable machinery and electrical safety regulations in the destination market. |
Confirm throughput, product dimensions, accumulation requirements, noise limits, guarding layout, voltage, controls compatibility, and spare-parts availability. |
| 2 |
Automated Guided Vehicles and Autonomous Mobile Robots |
Flexible transport of pallets, bins, carts, and work-in-process materials across warehouses and manufacturing sites. |
Typical travel speeds are approximately 1–2 m/s indoors; payloads commonly range from 100 kg to more than 1,000 kg, depending on vehicle type. |
Use speed limits, obstacle detection, audible and visual warnings, pedestrian separation, mapped safety zones, and controlled battery-charging areas. |
Electric propulsion, route optimization, opportunity charging, reduced empty travel, and data-based fleet utilization can lower energy and labor-related impacts. |
ISO 3691-4; ISO 12100; ISO 13849-1; local radio, battery, electrical, and workplace safety requirements. |
Evaluate navigation performance, floor condition, traffic interaction, cybersecurity, fleet software integration, battery life, and emergency recovery procedures. |
| 3 |
Automated Storage and Retrieval Systems |
High-density storage and automated retrieval of pallets, cartons, totes, or small parts in distribution and manufacturing operations. |
Storage height may exceed 20 m in some facilities; capacity and cycle rates depend on crane, shuttle, lift, load type, and layout design. |
Provide interlocked access doors, restricted zones, emergency stops, fall protection, fire protection, and safe lockout procedures. |
Higher cubic utilization can reduce building footprint; efficient drives, regenerative braking, and optimized storage locations can reduce energy demand. |
ISO 12100; ISO 13849-1; IEC 60204-1; applicable fire, structural, electrical, and machinery regulations. |
Check load-unit tolerance, fire strategy, seismic requirements, software interfaces, system redundancy, maintenance access, and business-continuity provisions. |
| 4 |
Electric Lift Trucks and Pallet Trucks |
Indoor pallet movement, truck loading, order replenishment, horizontal transport, and short-distance warehouse operations. |
Rated capacities commonly range from approximately 1,000 kg to 5,000 kg for counterbalanced units; actual capacity decreases with lift height and load-center distance. |
Require trained operators, daily inspections, pedestrian controls, seat-belt use where fitted, stable loads, and capacity-plate compliance. |
Electric models eliminate tailpipe emissions indoors; regenerative braking, lithium-ion or other suitable battery systems, and efficient charging can improve lifecycle performance. |
ISO 3691-1; ANSI/ITSDF B56.1 where applicable; OSHA 29 CFR 1910.178 in the United States; local operator-training rules. |
Compare rated capacity, aisle width, mast height, battery chemistry, charging infrastructure, visibility, service support, and operator-training requirements. |
| 5 |
Pallet Racking and Modular Storage |
Selective pallet storage, carton flow, long-load storage, archive storage, and configurable warehouse organization. |
Beam and bay capacities vary widely; design must account for pallet mass, bay geometry, lift-truck type, clearances, and building conditions. |
Use engineered load notices, impact protection, regular inspections, beam locks, safe working clearances, and immediate control of damaged components. |
Adjustable systems can extend facility life; repairable components, optimized cube utilization, and reuse of suitable steel elements can reduce material demand. |
EN 15635; RMI/ANSI MH16.1 where applicable; local structural, seismic, fire, and occupational-safety requirements. |
Obtain structural calculations, verify floor loading and seismic conditions, define inspection frequency, and confirm compatibility with handling equipment. |
| 6 |
Dock Levelers, Seals, and Vehicle Restraints |
Safe transfer between loading docks and trailers while limiting weather exposure and improving loading-bay efficiency. |
Capacity is commonly specified for loads from approximately 9,000 kg upward; selection depends on forklift wheel loads, trailer type, and loading frequency. |
Prevent vehicle departure, bridge dock gaps, control trailer creep, use lip locks or equivalent safeguards, and provide wheel chocks or restraint systems as required. |
Insulated seals reduce air exchange; efficient dock scheduling, LED lighting, and properly maintained hydraulic systems can reduce energy and operating losses. |
EN 1398; OSHA 29 CFR 1910.26 where applicable; local loading-dock, structural, electrical, and workplace-safety regulations. |
Confirm platform capacity, pit dimensions, trailer variation, weather exposure, restraint interlocks, maintenance access, and emergency lowering provisions. |
| 7 |
Overhead Cranes and Hoists |
Lifting dies, molds, coils, machinery, fabricated components, and other heavy or awkward loads in production and maintenance areas. |
Safe working loads range from light-duty hoists to many tonnes; duty class, span, lift height, and cycle frequency determine the correct design. |
Use rated lifting accessories, overload protection, competent inspections, exclusion zones, anti-collision controls, and formal lifting procedures. |
Variable-frequency drives, efficient motors, preventive maintenance, and right-sized lifting capacity can reduce energy use and premature replacement. |
ASME B30 series; EN 13001; ISO 9927; local lifting-equipment inspection and occupational-safety legislation. |
Verify duty classification, building support loads, headroom, lifting paths, controls, inspection documentation, operator competence, and spare-part support. |
| 8 |
Sortation and Order Fulfillment Systems |
Routing parcels, cartons, totes, and packages to shipping lanes, storage locations, workstations, or processing areas. |
Throughput commonly ranges from hundreds to several thousand items per hour, depending on item size, conveyor type, induction quality, and software logic. |
Control access to moving equipment, protect transfer points, manage jams through safe procedures, and provide ergonomic workstations for induction and exception handling. |
Use zone control, demand-based operation, reusable totes, right-sized packaging, and optimized routing to reduce energy and material consumption. |
ISO 12100; ISO 13849-1; IEC 60204-1; applicable machinery, electrical, ergonomic, and data-protection requirements. |
Validate item range, barcode or vision accuracy, peak throughput, exception rates, integration with warehouse software, noise, and maintenance access. |
| 9 |
Packaging, Palletizing, and Stretch-Wrapping Equipment |
Unitizing products, stabilizing loads, applying labels, preparing outbound shipments, and reducing manual packaging work. |
Cycle rates range from low-volume manual-assist applications to hundreds of cases or pallets per hour in automated lines. |
Guard robotic and moving zones, control access, manage stored pneumatic energy, address repetitive-motion risks, and provide safe film or strap replacement procedures. |
Optimize film and corrugated-board usage, use recyclable or reusable packaging where suitable, and apply demand-based equipment operation. |
ISO 12100; ISO 13849-1; IEC 60204-1; local packaging-waste, electrical, machinery, and workplace-safety requirements. |
Measure packaging material per shipment, verify product stability, confirm changeover time, assess ergonomics, and define recycling or take-back processes. |
| 10 |
Warehouse Management and Material Flow Software |
Inventory control, task allocation, slotting, traceability, labor coordination, equipment integration, and performance monitoring. |
Performance depends on transaction volume, network design, integration architecture, data quality, and required response times rather than physical load capacity. |
Use role-based access, audit trails, exception controls, human-machine interface safeguards, cybersecurity processes, and tested manual fallback procedures. |
Improved slotting, route planning, inventory accuracy, and equipment utilization can reduce travel distance, energy use, damage, and unnecessary handling. |
ISO/IEC 27001; ISO 9001; applicable privacy, cybersecurity, electronic-record, and supply-chain traceability requirements. |
Review APIs, data ownership, uptime targets, cybersecurity controls, offline operation, implementation support, localization, and lifecycle costs. |
