A capacity number matters, but it cannot show whether a pallet truck or stacker will suit your route, handle the load as it is actually presented, or fit the way work moves through your facility. At KAIXUN, we believe a useful request for quotation (RFQ) starts with the job: what moves, where it moves, how often it moves, and what happens at each handoff.
For overseas buyers and OEM/ODM teams, a workflow-first brief can also make supplier responses easier to compare. Rather than asking for a generic “best model,” we recommend asking each supplier to explain how its proposed configuration fits the application—and to identify what still needs to be measured or verified.
AI-generated concept illustration; this is not a KAIXUN product photo.
1. Start with the move, not the machine
Map the material journey from the first pickup to the final set-down. A typical route may include receiving, unloading, staging, travel, put-away, replenishment, picking and dispatch. Your operation may use only some of these steps, or add production-line delivery, returns or cross-docking.
For each leg, we recommend recording the origin and destination, approximate travel path, turns, transfer points, waiting areas and any lift or set-down. Note where the operator must align forks with a pallet, enter a rack or work near other people. A simple floor sketch or annotated photos may communicate more than a broad description such as “warehouse use.”
Think about the handling system as a whole, not just the truck. MHI’s CICMHE educational resources describe the 10 Principles as guidance for designing material-handling systems. That systems perspective is useful when deciding what information a supplier needs to assess an application.
2. Describe the load as it is actually handled
We recommend providing more than a nominal pallet label or a single maximum weight. For the loads that matter, include:
- Total loaded weight, including the range from routine to heaviest expected load.
- Load footprint, overall height and how the load is supported or contained.
- Whether loads are stable, uneven, offset, fragile or likely to shift during movement.
- The pallet or base design, including openings, obstructions or entry constraints that affect fork access.
- Any special handling, such as moving a container, roll, tote or non-standard load.
Ask the supplier to confirm the rated capacity for the proposed configuration and actual handling conditions—not just a headline capacity. Request the applicable rating information and operating limitations in writing, including how an attachment or configuration change affects the rating. We also recommend asking the supplier to state its assumptions rather than silently filling gaps.
3. Record route and facility constraints
Walk the route with an operator or supervisor and note details that may affect maneuverability or safe operation: floor condition, joints and thresholds, slopes, dock transitions, doorways, turning areas, rack openings, pedestrian crossings, visibility and available staging space. Record measured clearances where possible; do not ask a supplier to infer them from a label such as “narrow aisle.”
Also document the operating environment: indoor or outdoor use, temperature range, moisture, dust, ventilation, washdown or other site-specific conditions. If powered equipment is under consideration, describe charging access, shift patterns and where equipment is parked between uses. These are application inputs for a supplier to review, not a substitute for checking the selected equipment’s documented limits.
For U.S. workplaces, OSHA’s powered industrial truck standard lists workplace-related operator-training topics that include surface conditions, load stability, pedestrian traffic, restricted areas and ramps or other sloped surfaces. OSHA’s Powered Industrial Trucks eTool also notes that hazards vary with the truck type and workplace. These references concern powered industrial trucks; do not assume that the standard applies to every manual device, every operation or every jurisdiction. We recommend confirming applicable local requirements with qualified safety personnel.
AI-generated concept illustration; this is not a KAIXUN product photo.
4. Describe the work pattern—not just the shift length
Suppliers need enough context to understand how equipment would be used over time. Estimate moves per hour or shift, travel distance, peak periods, queueing, operator handoffs and the number of units that may be in simultaneous use. Separate a typical day from a busy day, and identify tasks involving repeated starts, stops, turns, lifts or set-downs.
If reliable counts are not available, say so and run a short observation or sample count before finalizing the specification. NIOSH’s Ergonomic Guidelines for Manual Material Handling recommend observing work, involving workers and evaluating proposed improvements in the workplace. We see operator input as a practical source of application information—not an optional final sign-off.
5. Ask suppliers to separate requirements from options
A useful RFQ asks for a response tied to the quoted configuration, not just a brochure. We recommend asking each supplier to provide:
- The proposed equipment type and why it fits each named task.
- A written list of assumptions and any missing measurements or load details.
- Rated capacity and operating limits for the quoted configuration, with applicable documentation.
- Overall dimensions, required clearances and any aisle or turning assumptions needed to assess fit.
- Included components versus optional items, with each option described and priced separately.
- Power, charging and battery details where relevant, plus any operating or environmental limits.
- Inspection, maintenance, wear-part and service information, including what support is available in the destination market.
- Operator documentation, training materials and safety-related documents supplied with the equipment.
- Warranty terms, spare-parts availability, packaging, delivery assumptions and the process for handling product changes.
For OEM/ODM projects, attach controlled drawings or dimensional envelopes where available. State which requirements are fixed and which are open to engineering review. Ask the supplier to identify deviations against the RFQ, and document approval before a design, component or specification changes. This gives the buyer a traceable basis for comparing quotations and reviewing samples; it does not by itself guarantee that a proposed configuration will meet the application.
6. Agree on how the quote will be validated
Before ordering, agree on a practical acceptance plan based on the real task. Depending on the application, it could include checking the delivered configuration against approved documents, verifying fit at representative route points, handling agreed sample loads and reviewing operator feedback. Set pass/fail criteria with the supplier before production or shipment; avoid relying on an unqualified claim such as “suitable for warehouse use.”
A trial can also reveal trade-offs. A configuration that handles a load may still be a poor fit if it cannot negotiate the route, align with the storage interface or support the required operating pattern. Record the test conditions and results, along with unresolved assumptions, so approval of a prototype is not mistaken for approval of a different configuration.
A one-page RFQ brief to send with your inquiry
- Task and route: pickup, destination, travel path, turns, transfers and set-down.
- Load: weight range, dimensions, support or base, stability and special handling.
- Facility: measured clearances, floor and transition conditions, slopes, traffic and environment.
- Work pattern: moves by period, peak demand, travel distance, shifts and number of users or units.
- Equipment scope: task to be performed, required configuration, options to quote separately and open questions.
- Verification: documents, representative tests, acceptance criteria and change-approval process.
- After-sales: service location, parts, warranty, packaging and delivery assumptions.
The clearer the RFQ is about the work, the easier it is to identify when a quotation rests on the wrong pallet, route or shift pattern. We recommend sharing the application brief with suppliers and asking them to show—not assume—how the proposed configuration fits it. For a product-specific inquiry, start with KAIXUN’s public equipment categories and confirm the exact configuration and current documentation for that inquiry.