To choose an automatic brick palletizing robot, start with your actual line output, brick and pallet dimensions, required stacking pattern, and available floor space. Then confirm that the complete system—not just the robot arm—can handle your target production rate and integrate with your kiln discharge, conveyors, and downstream wrapping or transport equipment. We recommend documenting at least 30 days of production data, including typical output and product changes, before comparing suppliers. This helps you specify a system around real operating conditions rather than a headline robot speed.
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We begin by separating current production from the target production you want the cell to support. Record the number of bricks produced per hour, the number of shifts, product changeovers, and any planned increase in capacity. Include the conditions that can affect flow, such as kiln discharge patterns, manual inspection, downtime, and temporary accumulation on conveyors. A system sized only to the average rate may not keep up with short periods of higher output.
Convert your production target into the number of bricks the palletizer must pick and place per minute. For example, at a target of 6,000 bricks per hour, the average line rate is 100 bricks per minute; this is a planning calculation, not a claim about any particular machine. The actual required rate depends on how many bricks are handled per pick, how layers are formed, and whether the line runs continuously or in batches. Ask suppliers to explain how their quoted capacity relates to your product and requested pallet pattern.
As a practical planning measure, you may ask suppliers to evaluate a design with a 10% capacity allowance above your stated target. Treat this as a discussion point, not a universal engineering rule: the appropriate margin depends on process variation, future expansion, and the amount of buffer available. Confirm whether a quoted rate includes product separation, layer arrangement, pallet exchange, and downstream transfer. A robot’s nominal motion speed alone does not establish the throughput of the complete cell.
Provide the supplier with the dimensions and weight of every brick type that the system must handle. Include the smallest and largest products, dimensional tolerances, surface condition, and whether products arrive as individual units or in groups. Bricks can vary in geometry and handling requirements, so a gripper suitable for one product may not be suitable for another. Where possible, share drawings, photographs, and representative samples for a handling review.
Specify pallet length, width, height, condition, and material, along with the maximum finished-load height and weight permitted at your site. For instance, provide pallet dimensions in millimetres, such as 1,200 × 1,000 mm, only if those are your actual pallet measurements; do not use a generic size as a substitute for measurement. Explain the required brick orientation, layer count, interlocking pattern, and any sheet or separator placement. These details influence the end effector, robot reach, safety layout, and palletizing sequence.
Ask how the proposed system manages empty-pallet supply and finished-pallet removal. Depending on the layout, the project may require pallet dispensers, conveyors, lift tables, layer-forming equipment, or an interface to a stretch wrapper. Confirm which items are included in the supplier’s scope and which must be provided by your plant. Clear boundaries reduce the risk of a robot being delivered without the equipment needed to run the full process.
Review the available floor area, ceiling height, columns, access routes, and positions of existing conveyors before choosing a robot configuration. Share a site layout with the supplier and identify maintenance access, operator walkways, forklift routes, and the location of electrical and pneumatic connections. The working area must accommodate the robot’s movement as well as guarding, pallet staging, and safe access for service. A compact cell is not necessarily a good fit if it blocks routine material flow.
Ask which gripper or end-of-arm tool is proposed and how it handles the range of products in your specification. Depending on brick shape and process conditions, the design may use mechanical gripping, vacuum handling, or another product-specific approach. Request an explanation of how the tool supports product orientation, spacing, and release during stacking. If the bricks are hot, dusty, fragile, or inconsistent in size, ensure that these conditions are explicitly reviewed rather than assumed.
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Also confirm what happens during a product changeover or a missed pick. Ask whether operators need to change tooling or settings, how faults are displayed, and what actions are required to restart the process. These details affect day-to-day usability and should be discussed alongside robot reach and payload. For plants with frequent product changes, compare changeover steps and estimated changeover time for each proposed configuration.
A palletizing cell must coordinate with upstream and downstream equipment, so define the required signals and operating sequence before ordering. Discuss conveyor start and stop logic, product detection, pallet-present sensing, full-pallet discharge, fault handling, and restart procedures. Identify the existing control platform and clarify whether the supplier will provide the robot controller, cell controls, operator interface, and connection to your plant systems. We recommend recording these responsibilities in the technical scope.
Ask the supplier to explain the proposed risk assessment and safety measures for the cell. These may include guarding, access doors, interlocks, emergency stops, and procedures for maintenance or fault recovery, as applicable to the final design and local requirements. Do not treat a generic safety description as confirmation that a specific installation meets every applicable rule. Have the supplier and your plant team review the actual layout, operating tasks, and jurisdictional requirements before commissioning.
Compare quotations using the same product data, pallet pattern, target rate, and site assumptions. Check whether the offer includes mechanical design, robot and gripper, conveyors, pallet handling, guarding, electrical installation, programming, commissioning, and operator training. A lower initial price may exclude equipment or services needed to achieve the required process. Ask for a written list of inclusions, exclusions, customer responsibilities, and items that could change the price or schedule.
Request a proposed acceptance test that reflects your actual products and operating sequence. It should state the products to be tested, the pallet configuration, how output will be measured, and what constitutes a successful handover. Ask how spare parts are identified, what documentation is supplied, and how technical support is arranged after installation. Yinglai Technology can review brick, pallet, output, and layout requirements to help define a suitable automatic brick palletizing solution and clarify the proposed project scope.
Prepare a concise project package containing production targets, product drawings, pallet details, stacking patterns, site photographs, and a layout with key dimensions. Note the number of product types and how often you expect to change between them. If you have no final layout, ask the supplier to identify the measurements and site information required to develop one. This gives both sides a practical basis for reviewing feasibility and quotation assumptions.
Where possible, arrange a review of representative bricks and pallets before finalizing the gripper and stacking sequence. Discuss what should happen when products are damaged, a pallet is missing, or a downstream conveyor is stopped. These operating exceptions are easy to overlook during early discussions but can affect the controls and cell design. Document agreed responses so that the proposal covers normal production as well as routine interruptions.
The right automatic brick palletizing robot is the one configured for your line’s real throughput, brick range, pallet pattern, site conditions, and downstream handling—not simply the model with the highest advertised speed. Start by collecting production and product data, then confirm the cell layout, handling method, integration scope, safety approach, and measurable acceptance criteria with prospective suppliers. Use the same requirements to compare quotations so that you can assess both equipment and project responsibilities fairly. Share your brick specifications, pallet dimensions, target output, and site layout with Yinglai Technology to discuss a solution suited to your production line.
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