| 01 | Profile A — Heavy-Duty Custom Builder | Battery-powered, rail-guided or rail-free carts with customized decks and high-load frames. | 50–500 t | Rechargeable lead-acid or lithium battery; automatic or manual charging may be available. | Remote control, emergency stop, forward/reverse travel, adjustable speed, and limit protection. | Steel plants, shipyards, foundries, and large fabrication workshops. | Load calculation, wheel-load data, layout drawing, battery specification, wiring diagram, and inspection plan. | Confirm floor loading, turning radius, gradient, duty cycle, and actual payload distribution. |
| 02 | Profile B — Rail-Free Navigation Specialist | Steerable transfer platforms designed for flexible movement across prepared industrial floors. | 10–100 t | Battery drive with plug-in charging; operating range depends on load, speed, and battery capacity. | Four-wheel or multi-wheel steering, radio remote control, horn, beacon, and obstacle-warning options. | Warehouses, assembly plants, tooling areas, and facilities requiring route flexibility. | Floor-flatness requirements, turning diagram, braking calculation, radio specification, and risk assessment. | Verify floor condition, traction, steering accuracy, obstacle clearance, and indoor radio performance. |
| 03 | Profile C — Coil and Die Transport Specialist | Low-deck carts with V-shaped saddles, coil supports, die fixtures, or removable loading frames. | 20–150 t | Battery-powered systems; charging method and battery chemistry should match shift requirements. | Precise low-speed travel, remote steering, anti-roll supports, and programmable acceleration. | Press shops, coil processing lines, mold storage, and metal-forming facilities. | Center-of-gravity analysis, fixture drawings, restraint method, braking data, and load-test records. | Check load stability, deck height, coil diameter, fixture interchangeability, and emergency braking distance. |
| 04 | Profile D — Shipyard and Outdoor Transport Builder | High-torque carts for large components, with weather-resistant electrical and structural protection. | 50–300 t | High-capacity battery systems; optional cable reel or external power arrangements may be considered. | Heavy-duty steering, remote operation, low-speed torque control, warning lights, and braking protection. | Shipyards, outdoor fabrication areas, precast yards, and heavy equipment plants. | Ingress-protection details, corrosion-protection system, outdoor traction calculation, and service plan. | Assess rain, dust, temperature, surface contamination, drainage, and outdoor electrical safety. |
| 05 | Profile E — Automated Material-Handling Integrator | Steerable carts prepared for PLC integration, dispatch systems, sensors, or semi-automated routing. | 5–80 t | Battery-electric drive with charging stations and monitoring interfaces subject to project design. | PLC interface, encoder feedback, preset routes, sensor packages, and controlled acceleration. | Smart factories, production lines, warehouses, and repetitive point-to-point transport. | I/O list, communication protocol, software scope, functional safety concept, and acceptance-test procedure. | Define automation boundaries, safety zones, manual override, cybersecurity needs, and maintenance access. |
| 06 | Profile F — Compact Workshop Cart Builder | Compact steerable carts for moderate loads, narrow aisles, and short indoor transport routes. | 1–30 t | Battery-electric drive with standard industrial charging arrangements. | Tight turning radius, handheld remote, variable speed, horn, and mechanical or electrical braking. | Machining plants, maintenance workshops, warehouses, and equipment assembly areas. | Overall dimensions, turning envelope, wheel specification, rated capacity, and operator instructions. | Prioritize maneuverability, visibility, aisle width, charging access, and replacement-part availability. |
| 07 | Profile G — Foundry and High-Temperature Application Builder | Reinforced carts with heat shields, protected components, and application-specific load platforms. | 10–100 t | Battery or cable-powered systems selected according to heat exposure and operating distance. | Low-speed control, thermal protection, emergency stop, warning devices, and reinforced wheel assemblies. | Foundries, heat-treatment facilities, refractory plants, and heavy process areas. | Temperature limits, heat-shield drawings, component ratings, wheel material data, and risk assessment. | Measure radiant heat, ambient temperature, hot-surface contact risk, dust, and required cooling time. |
| 08 | Profile H — Modular Platform and Fixture Specialist | Modular decks that support pallets, frames, tanks, dies, coils, or interchangeable production fixtures. | 5–120 t | Battery-electric power; capacity and charging frequency depend on fixture weight and route length. | Remote steering, selectable travel modes, locking pins, anti-slip deck surfaces, and overload monitoring options. | Multi-product factories and sites where payload fixtures change frequently. | Interface drawings, locking-force calculations, deck-load map, fixture tolerances, and changeover procedure. | Confirm compatibility between the cart deck, lifting equipment, payload center of gravity, and securing method. |
| 09 | Profile I — Export-Oriented Project Supplier | Project-based supply with export packing, remote commissioning, multilingual manuals, and spare-parts planning. | 10–200 t | Power system should be matched to local voltage, charging infrastructure, climate, and duty cycle. | Remote control, local control panel, emergency circuits, travel alarms, and optional condition monitoring. | International projects requiring documented logistics, installation support, and after-sales coordination. | Commercial invoice, packing list, drawings, manuals, spare-parts list, warranty terms, and factory-test records. | Evaluate export experience, response time, installation responsibility, warranty coverage, and local service support. |
| 10 | Profile J — Engineering and After-Sales Support Provider | Custom design supported by commissioning, operator training, preventive maintenance, and spare-parts planning. | 5–300 t | Battery-electric, cable-reel, or rail-powered configurations may be engineered for the route. | Remote control, manual backup, fault indication, emergency stop, and service diagnostics. | Projects where uptime, training, maintenance response, and lifecycle cost are critical. | Preventive-maintenance schedule, troubleshooting guide, training plan, warranty process, and spare-parts lead times. | Compare total cost of ownership, service response time, critical spare parts, and technician availability. |
