MHE (Material Handling Equipment)
Equipment used in warehouses or factories to move, store, or control materials efficiently.
Definition
MHE includes forklifts, conveyors, pallet jacks, and automated systems to optimize storage, picking, and shipping processes.
Overview of MHE (Material Handling Equipment)
Material Handling Equipment (MHE) encompasses all mechanical, electromechanical, and robotic devices used in warehouses, distribution centers, and factories to move, store, control, and protect materials and products throughout the supply chain. MHE is broadly categorized into transport equipment (forklifts, pallet jacks, conveyors, automated guided vehicles, autonomous mobile robots), storage equipment (pallet racks, shelving, carousels, vertical lift modules), picking equipment (pick carts, voice-directed picking devices, pick-to-light systems), and packaging/processing equipment (stretch wrappers, conveyor sortation systems, label applicators). The selection of MHE profoundly affects warehouse layout, labor productivity, throughput capacity, and safety risk profile. Capital-intensive MHE such as automated storage and retrieval systems (AS/RS) represents millions of dollars of infrastructure investment. In 3PL and warehouse operations, MHE selection and maintenance are critical operational decisions that directly affect cost per unit handled and associate safety. Forklift operators are the backbone of most warehouses, and their productivity determines putaway, replenishment, and outbound loading speed. MHE maintenance programs — preventive maintenance schedules, battery management for electric equipment, and safety inspection protocols — prevent unplanned downtime that can cascade into dock delays and missed shipments. As labor costs rise and labor availability tightens, many warehouse operators are investing in MHE upgrades including AMRs that collaborate with human pickers, automated conveyor systems, and robotic palletizers that reduce manual labor in the most physically demanding tasks. WareMatch connects brands with warehouse operators and 3PLs who have invested in appropriate MHE for their operations, whether traditional forklift-based models or advanced robotic systems. By evaluating a 3PL partner's MHE capabilities against their own volume requirements, brands can ensure they partner with facilities that have the throughput capacity and safety standards needed to support their fulfillment programs.
Role
Equipment used in warehouses or factories to move, store, or control materials efficiently.
Focus
Material Handling Equipment (MHE) encompasses all mechanical, electromechanical, and robotic devices used in warehouses, distribution centers, and factories to move, store, control, and protect materials and products throughout the supply chain. MHE is broadly categorized into transport equipment (forklifts, pallet jacks, conveyors, automated guided vehicles, autonomous mobile robots), storage equipment (pallet racks, shelving, carousels, vertical lift modules), picking equipment (pick carts, voice-directed picking devices, pick-to-light systems), and packaging/processing equipment (stretch wrappers, conveyor sortation systems, label applicators). The selection of MHE profoundly affects warehouse layout, labor productivity, throughput capacity, and safety risk profile. Capital-intensive MHE such as automated storage and retrieval systems (AS/RS) represents millions of dollars of infrastructure investment. In 3PL and warehouse operations, MHE selection and maintenance are critical operational decisions that directly affect cost per unit handled and associate safety. Forklift operators are the backbone of most warehouses, and their productivity determines putaway, replenishment, and outbound loading speed. MHE maintenance programs — preventive maintenance schedules, battery management for electric equipment, and safety inspection protocols — prevent unplanned downtime that can cascade into dock delays and missed shipments. As labor costs rise and labor availability tightens, many warehouse operators are investing in MHE upgrades including AMRs that collaborate with human pickers, automated conveyor systems, and robotic palletizers that reduce manual labor in the most physically demanding tasks. WareMatch connects brands with warehouse operators and 3PLs who have invested in appropriate MHE for their operations, whether traditional forklift-based models or advanced robotic systems. By evaluating a 3PL partner's MHE capabilities against their own volume requirements, brands can ensure they partner with facilities that have the throughput capacity and safety standards needed to support their fulfillment programs.
Example
See the definition above for context.
Benefits
- Modern MHE reduces manual labor requirements for physically demanding tasks, improving associate safety and reducing injury-related downtime.
- Automated MHE such as AMRs and conveyor systems increases throughput per labor hour, enabling faster order processing without proportional headcount growth.
- Preventive MHE maintenance programs reduce unplanned equipment downtime that could otherwise delay inbound receiving or outbound shipments.
- Vertical lift modules and carousels maximize use of cubic warehouse space that traditional racking cannot efficiently utilize.
- Stretch wrappers and automated pallet stabilization equipment reduce freight damage by ensuring outbound pallet loads are secure.
- MHE investments in conveyor sortation and label application automate high-repetition tasks, freeing associates for higher-value activities.
FAQs
Q: What is the difference between an AGV and an AMR in warehouse operations?
A: An Automated Guided Vehicle (AGV) follows a fixed, pre-programmed path (magnetic tape, laser reflectors, or floor markers) and cannot deviate when obstacles appear. An Autonomous Mobile Robot (AMR) uses onboard sensors and AI-powered navigation to map its environment, plan dynamic routes, and navigate around obstacles in real time without fixed infrastructure. AMRs are far more flexible and easier to deploy but are more expensive than basic AGV systems.
Q: What forklift types are most commonly used in a warehouse environment?
A: The most common types include counterbalance sit-down riders (general putaway and loading), reach trucks (deep racking in narrow aisles), order pickers (elevated platforms for high-bay picking), pallet jacks (floor-level pallet movement), and turret trucks (very narrow aisle operation with swiveling forks). The appropriate forklift type is determined by the racking height, aisle width, load weight, and operational task requirements of the facility.
Q: How do warehouse operators decide between investing in automation versus adding labor?
A: The decision framework compares the annualized cost of automation (capital amortization, maintenance, software licensing) against the equivalent annual labor cost (wages, benefits, recruiting, training, turnover). At current warehouse labor rates and turnover costs, automation typically reaches positive ROI within three to five years for high-volume operations. Lower volume operations or those with highly variable demand patterns often retain labor flexibility as a more cost-effective approach.
Q: What safety standards govern MHE in warehouses?
A: In the U.S., OSHA standards (29 CFR 1910.178 for powered industrial trucks) govern forklift safety, including operator certification requirements, inspection procedures, and load capacity compliance. ANSI/ITSDF standards cover the design and testing of industrial trucks. Racking systems fall under RMI (Rack Manufacturers Institute) standards. AMRs and collaborative robots are governed by ANSI/RIA R15.08 standards for mobile robots, which specify safety assessment requirements for human-robot collaborative environments.