Best robots for palletizing, 2026.
A vendor-neutral comparison of the robots that move product — robotic palletizing and de-palletizing, case and part transfer — and where high-payload arms, collaborative palletizers, and autonomous mobile robots each fit, with how to choose, what they cost, and where a bare arm stops and a working cell begins.
The specs that actually matter for palletizing.
Palletizing and material handling is high-payload, geometry-critical work — so the numbers you weigh differ from a welding robot.
Payload
The defining spec. Size it to case weight multiplied by cases per grip, plus the end-effector — full-layer tools push payload from tens to hundreds of kilograms quickly.
Reach & pallet height
Reach must cover the full pallet footprint, pattern, and the maximum stack height. Taller pallets and multi-pallet cells demand longer reach or a riser.
Speed (cases/min)
Throughput is measured in cases or picks per minute, not cycle time in the abstract. Sustained rate, not peak, decides whether the cell keeps up with the line.
Fixed cell vs cobot vs AMR
A dedicated palletizer, a collaborative arm, and a mobile robot solve different problems. This choice drives footprint, guarding, speed, and cost.
End-of-arm tooling (EOAT)
Vacuum, clamp, fork, or bag grippers each suit different products. The gripper — not the arm — often determines whether a case can be handled reliably.
Line & WMS integration
The robot must talk to conveyors, pallet dispensers, and the warehouse or line control system. Integration, not raw motion, is where cells succeed or stall.
Dedicated, high-payload, collaborative, or mobile.
| Family | Typical payload | Speed | Footprint | Best for |
|---|---|---|---|---|
| Dedicated palletizing robots | 120–700 kg | High | Fixed cell, compact 4-axis | High-rate full-case and full-layer palletizing |
| General high-payload arms | 100–500 kg | High | Fixed cell, 6-axis | Flexible transfer, mixed-case with vision |
| Collaborative palletizers | 20–30 kg | Lower | Small, near people | Low volume, space-constrained lines |
| AMRs (mobile) | Varies (per unit) | Transport, not stack | Mobile, no fixed footprint | Autonomous transport of pallets and materials |
Eleven handling robots, side by side.
Manufacturer-published specs, grouped by family and listed alphabetically within each. Figures are nominal — verify against current datasheets for your exact variant.
| Model | Type | Payload | Reach | Best for |
|---|---|---|---|---|
| ABB IRB 660 | Palletizer / high-payload | 180–250 kg | 3.15 m | High-speed full-case and full-layer palletizing |
| ABB IRB 760 | Palletizer / high-payload | 450 kg | 3.18 m | Full-layer, heavy palletizing |
| FANUC M-410iC/185 | Palletizer / high-payload | 185 kg | 2.79 m | The palletizing standard, high throughput |
| FANUC R-2000iC/210F | Palletizer / high-payload | 210 kg | 2.65 m | Flexible 6-axis transfer and handling |
| Kawasaki CP500 | Palletizer / high-payload | 500 kg | 3.26 m | Very heavy loads and tall stacks |
| KUKA KR 700 PA | Palletizer / high-payload | 700 kg | 3.32 m | Maximum-payload heavy palletizing |
| Yaskawa Motoman GP180 | Palletizer / high-payload | 180 kg | 2.70 m | General high-payload handling and transfer |
| Yaskawa Motoman PL190 | Palletizer / high-payload | 190 kg | 3.15 m | Dedicated high-rate palletizing |
| Doosan H2515 | Collaborative | 25 kg | 1.73 m | Longer-reach cobot palletizing |
| Universal Robots UR20 | Collaborative | 20 kg | 1.75 m | Cobot palletizing entry, tight spaces |
| Universal Robots UR30 | Collaborative | 30 kg | 1.30 m | Heavier-case cobot palletizing |
Table scrolls horizontally on small screens →
Four robots worth knowing well.
FANUC M-410iC — the palletizing standard
The M-410iC is the reference point for robotic palletizing: a compact, fast, four-axis arm purpose-built to stack cases and layers at high sustained rates, backed by FANUC's enormous service network and a deep catalog of palletizing software and end-effectors. If you want a proven, well-supported palletizer and have the volume to justify a fixed cell, it is the safe baseline that most integrators reach for first.
KUKA KR 700 PA — maximum payload for heavy palletizing
The KR 700 PA sits at the top of the palletizing payload range, built for full-layer picks, heavy cases, and tall multi-pallet stacks that lighter arms cannot handle. Its long reach covers large pallet footprints and high stack heights, making it the choice when a single grip moves an entire layer or when product is simply too heavy for a standard 180–250 kg palletizer.
Universal Robots UR20 — the cobot palletizing entry
The UR20 is a common base for collaborative palletizing packages, adding reach and payload over earlier UR arms while keeping the easy teach-and-play programming and small footprint that make cobots attractive to sites without robotics staff. It runs near people with reduced guarding subject to a risk assessment, which suits low-volume or space-constrained lines. Sustained speed is the trade-off versus a dedicated palletizer.
ABB IRB 760 — high-payload, full-layer palletizing
The IRB 760 is ABB's dedicated high-payload palletizer, designed for full-layer tools and heavy cases at high speed. With 450 kg capacity and 3.18 m reach it covers large pallet patterns and tall stacks, and it pairs with ABB's palletizing software and PowerPac tooling. It is a strong choice where a full layer is picked per cycle and throughput must stay high across shifts.
Which robot fits your job.
| If you… | Consider… | Why |
|---|---|---|
| Run high-speed full-case or full-layer palletizing | FANUC M-410iC, ABB IRB 660, Motoman PL190 | Purpose-built palletizers with the speed and payload for sustained rate |
| Handle very heavy loads or tall stacks | KUKA KR 700 PA, Kawasaki CP500, ABB IRB 760 | Top-of-range payload and reach for full layers and heavy cases |
| Have low volume or a space-constrained line | Universal Robots UR20/UR30 cobot | Small footprint, easy programming, reduced guarding |
| Palletize mixed cases or random SKUs | High-payload arm + 3D vision / intelligent controller (e.g. Mujin) | On-the-fly stable stacking without a fixed, pre-taught pattern |
| Need autonomous transport of finished pallets | AMRs (mobile robots) | Move pallets and materials between stations, not stack them |
A robot arm is not a palletizing cell.
Every arm above is just an arm. To palletize production product it needs end-of-arm tooling (vacuum, clamp, or layer gripper), an infeed and conveyor, a pallet dispenser, safety guarding, and — for mixed cases — 3D vision and an intelligent controller, integrated and qualified as one system. The arm is often a quarter or less of the total cost of a working cell.
That is why most manufacturers buy a pre-engineered cell or work with an integrator or turnkey provider rather than a bare robot. If you're comparing who builds those systems, see our companion guide to material-handling integrators.
Ten questions to ask before choosing a palletizing robot.
- What is my case weight multiplied by cases per grip — the real payload?
- Does the reach cover my pallet footprint, pattern, and maximum stack height?
- What sustained rate in cases per minute must the cell hold?
- Fixed dedicated palletizer, cobot, or AMR — what does my volume and space require?
- What EOAT (vacuum, clamp, fork, or layer gripper) suits my product?
- Do I have mixed cases or random SKUs that need 3D vision?
- How does the robot integrate with my conveyors, WMS, and line control?
- What guarding and safety rating does my layout need?
- What is the all-in cell cost beyond the arm?
- Where is service, and what is the spare-parts and response plan?
We deliver the cell, not just the arm.
Relling builds turnkey, AI-native palletizing and material-handling workcells — the arm plus end-of-arm tooling, 3D vision, infeed, pallet handling, safety, and programming, scoped and qualified off-site and running on your floor in weeks. Closed-loop vision adapts to each case and pattern, so mixed-case and high-mix work becomes a software reconfiguration instead of a re-tool. If you'd rather deploy a qualified palletizing system than integrate a bare robot yourself, that's what we do.
See how the Relling material-handling workcell works →Frequently asked questions.
What is the best palletizing robot in 2026?
There is no single best palletizing robot — the right machine depends on case weight, throughput, pallet pattern, and floor space. High-payload dedicated palletizers and general arms such as the FANUC M-410iC, ABB IRB 660, and Yaskawa Motoman PL series are the standards for full-case and full-layer palletizing at speed. For lower volumes or space-constrained lines, collaborative palletizers like the Universal Robots UR20/UR30 make sense. A bare arm is not a palletizing cell; most buyers deploy through an integrator or a turnkey system.
What payload and reach do I need for palletizing?
Size payload to case weight multiplied by the number of cases picked per grip, plus the weight of the end-effector — full-layer tools push payload up quickly. Reach must cover the full pallet footprint, pattern, and maximum stack height, so taller pallets and multi-pallet cells demand longer reach or a riser. Dedicated palletizers are built around exactly this geometry.
Dedicated palletizer, cobot, or AMR — which should I use?
Dedicated high-payload palletizers and general industrial arms deliver the speed and payload for steady, higher-volume full-case and full-layer work behind fixed guarding. Collaborative palletizers trade speed for a small footprint, easy programming, and reduced guarding — ideal for low volume or tight spaces. Autonomous mobile robots (AMRs) don't stack pallets; they transport finished pallets, totes, and materials between stations. Many facilities combine all three.
How much does a robotic palletizing cell cost?
A palletizing arm alone typically costs roughly $40,000–$120,000 depending on payload and reach, but the arm is a fraction of a working cell. A complete palletizing cell with end-effector, infeed, pallet dispenser, safety, and integration commonly runs about $100,000–$300,000 or more. AMRs are usually priced per unit or via robotics-as-a-service subscriptions rather than as a fixed cell.
Can robots do mixed-case or random palletizing?
Yes. Mixed-case and random palletizing is practical when a high-payload arm is paired with 3D vision and an intelligent palletizing controller (for example Mujin) that plans stable stacking patterns on the fly. This lets a single cell build pallets from varied SKUs without a fixed, pre-taught pattern, at the cost of more sensing and software than single-SKU palletizing.
Do I buy the palletizing arm directly or through an integrator?
You can buy an arm directly from an OEM, but it arrives without an end-effector, infeed conveyor, pallet dispenser, safety, or programming. Unless you have an in-house robotics team, most manufacturers buy a pre-engineered cell or work with an integrator or turnkey provider that delivers the arm as a qualified, running palletizing system.
Editorial buyer's guide compiled by Relling for manufacturers evaluating palletizing and material-handling robots. Models are grouped by family and listed alphabetically, not ranked; inclusion is not an endorsement. Specifications are nominal manufacturer-published figures and vary by variant — verify current datasheets and pricing directly with each manufacturer. Relling builds turnkey palletizing and material-handling cells and is described on that basis.
Bring Relling to your shop floor.
We started Relling to help American manufacturers make more of what this country needs. We'll scope projects to your needs and quote you so that your ROI typically closes within 18 months.
