Robotic packaging arms

For a packaging line that needs automated sorting, packing, picking, and general item handling, you have several good options. The best fit depends on your product dimensions and weight, required throughput, packaging format, and whether your line needs to handle one product or many different SKUs.

My starting recommendation: compare a 6-axis collaborative robot (cobot), a high-speed industrial robot, and a delta-style pick-and-place robot. These cover most common packaging automation needs, from flexible small-batch operations to high-speed production.

1. The main types of robotic arms

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Collaborative robots (cobots)

Best for flexible packaging and mixed products

Designed for tasks such as picking items, loading cartons, placing products into trays, and tending multiple stations. Typically easier to deploy and reprogram than traditional industrial robots.

Consider if: you have frequent product changes, moderate volumes, or limited floor space.

Examples: Universal Robots, FANUC CRX, and Doosan Robotics.

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6-axis industrial robot arms

Best for heavier loads and versatile handling

Handle case packing, machine tending, loading and unloading, and palletizing. They offer a broad range of payloads and reach, with options suited to demanding production cycles.

Consider if: you need high uptime, heavier products, long reach, or high-volume operation.

Examples: FANUC, ABB Robotics, and Yaskawa Motoman.

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Delta robots

Best for very fast sorting and picking

Lightweight parallel-arm robots pick and place small products from moving conveyors, often using vision to identify product position and orientation.

Consider if: you have small, relatively light products and need high pick rates.

Examples: ABB FlexPicker and FANUC DR-3iB.

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Dedicated case-packing and palletizing systems

Best for repeatable, high-volume packaging

Integrated cells can load products into cases, close or transfer cartons, stack boxes on pallets, and coordinate conveyors. They may use a conventional robot arm or a purpose-built mechanism.

Consider if: your packaging process is stable and maximizing throughput is more important than flexibility.

2. Specific robots and systems worth evaluating

These are credible starting points for a supplier shortlist, based on the manufacturers' published application information.

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Universal Robots

A strong candidate for flexible product handling, carton loading, and adaptable workstations. Evaluate its payload and reach against your product and gripper requirements.

Best fit: flexible, mixed-product packaging.

Explore robots and applications

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FANUC CRX

Offers a collaborative-arm route for picking and packing, alongside FANUC's broader industrial and vision-guided automation portfolio.www.fanucamerica.com

Best fit: adaptable handling and integrated automation.

View picking and packaging solutions

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ABB IRB 390 FlexPacker

Designed for high-speed secondary packaging and retail-ready packs. Published configurations include payloads up to 15 kg, making it worth considering when speed and flexible product orientation both matter.www.abb.com

Best fit: fast product grouping and case or tray loading.

View technical details

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FANUC DR Series

High-speed picking and packing options, including models for hygienic and washdown environments. The DR-3iB/6 stainless version is listed with a 6 kg payload.www.fanucamerica.com

Best fit: fast sorting, conveyor picking, and food applications.

Explore the DR Series

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ABB Robotics or Yaskawa Motoman

Evaluate conventional industrial arms or dedicated palletizing models if your line handles heavy cartons, repetitive case loading, or full pallets.www.abb.com

Best fit: heavy handling and end-of-line automation.

Browse ABB robot types ·Explore Yaskawa automation

3. What you need besides the arm

The robot itself is only one part of the system. For reliable packaging automation, budget and plan for:

• End-of-arm tooling: vacuum cups for cartons or pouches, parallel grippers for rigid products, or custom multi-pick grippers.
• Machine vision: cameras and software to identify products, determine orientation, and sort mixed items.
• Conveyor integration: tracking, sensors, product spacing, and synchronization with upstream and downstream equipment.
• Packaging integration: carton erectors, case packers, tray loaders, sealers, or palletizers as required.
• Safety and controls: guarding or validated collaborative operation, safety sensors, PLC integration, and emergency stops.

For sorting products that arrive in random positions, prioritize a complete robot + vision + gripper + conveyor-tracking solution rather than buying an arm alone. FANUC's published picking and packaging overview describes these integrated capabilities.www.fanucamerica.com

4. How to choose the right system

5. Let's narrow this down to your packaging line

I can help you shortlist actual models, compare suppliers, and estimate the likely system budget. The most useful starting detail is:

What products are you packaging, and approximately how much does each item weigh?

For example, small plastic components, food products, bottles, pouches, consumer goods, or cardboard boxes. If you also know your target rate in items per minute and your approximate budget, I can make the recommendations much more specific.

For a packaging line handling sorting, packing, and general item handling, your options span different robot architectures depending on your speed, payload, and layout constraints.

Core Robotic Arm Types for Packaging

• Delta Robots (Spider/High-Speed Pick-and-Place): Best for high-speed secondary sorting and lightweight packing (e.g., dropping food items, cosmetics, or pharmaceuticals into boxes). They feature overhead mounting and exceptional picking rates (often 100+ picks per minute). A gold-standard industry example is the ABB IRB 360 FlexPicker.
• Articulated 6-Axis Robots: Best for flexible, complex, or multi-directional item handling, bin picking, and heavy case packing. They mimic a human arm's range of motion, allowing them to approach items at various angles and transition seamlessly into palletizing.
• SCARA Robots (Selective Compliance Assembly Robot Arm): Best for fast lateral (X-Y) sorting and precise assembly or placement tasks where vertical orientation remains fixed. They are faster than 6-axis arms for flat-plane transfers and generally more affordable.
• Collaborative Robots (Cobots): Best if your line requires human-robot proximity or frequent manual intervention/re-programming. Brands like Universal Robots, Fanuc, and Doosan offer flexible payload arms equipped with safe force-limiting sensors, making them great for end-of-line kitting or delicate item packing.

Major Manufacturers to Explore

• ABB Robotics: Renowned for high-speed delta and articulated arms optimized for food, beverage, and consumer goods packaging.
• Fanuc America: Offers an extensive lineup ranging from ultra-fast delta pickers (like the M-1iA /M-3iA series) to massive palletizing 6-axis arms with integrated iRVision.
• KUKA & Yaskawa Motoman: Industry workhorses providing robust articulated and high-payload options for heavy-duty box packing and end-of-line palletizing.
• Universal Robots (UR): The market leader for flexible, lightweight cobots easily outfitted with custom vacuum or adaptive grippers for mixed-case packing.

To help narrow down the best configuration for your floor, could you share:

• What is the average and maximum weight of the items you are handling?
• What is your required throughput/speed (items per minute)?
• Are the items uniform (e.g., identical boxes) or variable (e.g., mixed SKU e-commerce sorting)?

For a packaging line that needs to sort products, pick and place items, pack cartons, and handle finished boxes, several robotic arm families are well suited. The best choice depends on picking speed, item weight, product variety, required reach, and whether people work alongside the robot.

I’d shortlist the following five options: high-speed delta robots for rapid sorting, six-axis industrial arms for versatile handling, collaborative robots (cobots) for flexible packing stations, and dedicated palletizing robots for heavier end-of-line loads.

1. Best robotic arms to consider

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1. ABB IRB 360 FlexPicker

(Best for high-speed sorting)

A delta robot designed for fast picking, sorting, and placing lightweight products on conveyors. The family offers payloads from 1–8 kg and reaches of 1.13–1.6 m, depending on model.www.abb.com

Best for: Food items, small packages, bottles, and high-volume pick-and-place operations.

Manufacturer:ABB official product page

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2. FANUC M-10iD/12

(Best all-round industrial arm)

A compact six-axis industrial robot with a 12 kg payload and 1,441 mm reach. FANUC documents applications including vision-guided sorting, case packing, carton loading, and conveyor handling.www.fanucamerica.com

Best for: Mixed products, changing orientations, loading trays, and moving items between conveyor stations.

Manufacturer:FANUC official product page

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3. Universal Robots UR12e

(Best for flexible packing)

A collaborative robot suited to repetitive pick-and-place work, order packing, kitting, and carton loading. Its key appeal is flexible deployment and reprogramming when product types or workflows change.www.universal-robots.com+1

Best for: Small and medium packaging operations, frequent changeovers, and packing multiple SKUs.

Manufacturer:Universal Robots material-handling applications

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4. Yaskawa MOTOMAN GP70L

A six-axis industrial robot with a 70 kg payload and extended reach. It is designed for material handling, part transfer, and loading and unloading, with capacity for heavier handling tasks.www.motoman.com

Best for: Large or heavy products, bulk containers, and demanding industrial handling.

Manufacturer:Yaskawa official product page

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5. Yaskawa MOTOMAN PL80

A dedicated five-axis palletizing robot with an 80 kg payload and a compact design. It is intended for high-speed stacking of cartons, cases, and packs at the end of a production line.www.yaskawa.eu.com

Best for: Stacking packed boxes, palletizing cases, and preparing finished goods for shipping.

Manufacturer:Yaskawa PL80 product page

2. Quick comparison by application

These are initial recommendations, not a substitute for checking the full application. FANUC also offers vision-guided sorting and packing systems that coordinate robot arms, cameras, and conveyors.www.fanucamerica.com+1

3. What you need besides the robotic arm

A complete automated packaging station typically includes:

• End-of-arm tooling: Vacuum suction cups for cartons and pouches, parallel grippers for rigid items, or custom grippers for irregular products.
• Machine vision: Identifies item location, orientation, shape, or SKU for automated sorting.
• Conveyor tracking: Allows the robot to pick items while they are moving.
• Packaging equipment: Carton erectors, case packers, tray loaders, or palletizers, depending on the task.
• Controls and safety: PLC integration, guarding or validated collaborative safeguards, sensors, and emergency stops.

The gripper, sensors, and other wrist-mounted equipment count toward the robot's payload. Check reach, cycle time, and safety for the complete installed system before purchasing.www.fanucamerica.com+1

4. Let's narrow it down to the right arm

I can recommend a more precise model if you share a few details about your packaging line.

What items will the robot handle?

Food or consumer products

Cartons, boxes, and parcels

Small components or parts

Mixed products

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Approximate weight per item

Under 1 kg

1–5 kg

5–20 kg

Over 20 kg

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Required throughput

Under 15 items/min

15–30 items/min

30–60 items/min

Over 60 items/min

Not determined

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Main task

Sort and pack

Pick and place items into cartons

Handle and transfer products

Palletize finished boxes

All of the above

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Approximate budget for the robotic system

Under $25,000

$25,000–$75,000

$75,000–$150,000

Over $150,000

Not sure yet

[Recommend suitable models]

For industrial pick-and-place packaging, the best robot arms are generally delta robots, SCARA robots, and six-axis articulated robots. The right choice depends primarily on product weight, packaging speed, placement accuracy, and the complexity of the picking motion.

My recommendation is to prioritize ABB, FANUC, KUKA, Epson, and Yaskawa. These manufacturers offer strong options for industrial packaging automation.

1. Best industrial robot arms for pick-and-place

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1. ABB IRB 360 FlexPicker

(Best overall for high-speed packaging)

• Type: Delta robot
• Payload: Up to approximately 3 kg, depending on version
• Best for: Food, confectionery, pharmaceutical products, sorting and packing.
• Strength: Extremely fast picking from moving conveyor belts.

Manufacturer: ABB

ABB Robotics

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2. FANUC M-3iA

(Best for high-speed industrial sorting)

• Type: Delta robot
• Payload: Up to 6 kg, depending on model
• Best for: Packaging, sorting, food handling and assembly.
• Strength: High acceleration and fast repetitive picking.

Manufacturer: FANUC

FANUC America

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3. KUKA KR DELTA

• Type: Delta robot
• Payload: Up to 6 kg
• Best for: Food, pharmaceutical and electronics packaging.
• Strength: High-speed operation and hygienic configurations.

Manufacturer: KUKA

KUKA KR DELTA specifications

KUKA specifies cycle times as fast as 0.32 seconds for applicable configurations.www.kuka.com

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4. Epson G20 SCARA

(Best for heavier planar pick-and-place)

• Type: SCARA
• Payload: Up to 20 kg
• Best for: Carton loading, component placement and packaging assembly.
• Strength: Fast horizontal movements with excellent repeatability.

Manufacturer: Epson

Epson industrial robots

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5. FANUC LR Mate 200iD

• Type: Six-axis articulated robot
• Payload: Model-dependent, including 7 kg variants
• Best for: Flexible packaging, carton loading and handling.
• Strength: Can rotate, tilt and orient products during placement.

Manufacturer: FANUC

FANUC America

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6. Yaskawa Motoman GP Series

• Type: Six-axis articulated robot
• Payload: Varies by model.
• Best for: Case packing, material handling and general packaging automation.
• Strength: Flexible movement and a broad range of payload options.

Manufacturer: Yaskawa

Yaskawa industrial robotics

2. Comparison of robot configurations

The robot's mechanical configuration is just as important as its manufacturer.

These are indicative ranges, not specifications for every model.blog.robo2u.com+2

Delta robot

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Ideal for high-speed picking of lightweight products from conveyor belts.

SCARA robot

We're proud to team with specialists like Hans Weber. At EuroBLECH 2024, the company will unveil its… | STÄUBLI Robotics](https://images.openai.com/static-rsc-4/hzV3I4WJnXS1Q8nH16Ndxgp_hb8MqE0p8S5_sZp_H6mKDIMGcK1JPUUXiog2SDa5p_-tc1KuXBDCPsreZRCfUyHBybIKFkIV83jzZ-z24nq3G7uEwVDSIifjSlpTa083sMW4d6SF9Z27iKwnOfY9npPaJ2PZ8f5s6eidIZUkcTjtYH9JXN9-x_Cr2gzFw5Hr?purpose=fullsize)

Ideal for moving products horizontally and placing them into trays, cartons or packaging containers.

Six-axis robot

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Ideal when products need to be rotated, tilted or positioned at different angles.

3. What should you consider when selecting a robot?

I would evaluate these seven factors before purchasing:

1. Payload capacity: Product weight plus gripper and tooling.
2. Cycle time: Required picks per minute.
3. Reach: Distance between the conveyor, robot and packaging station.
4. Repeatability: Required accuracy when placing products.
5. Gripping system: Vacuum suction, mechanical grippers or customized tooling.
6. Environmental protection: Food-grade materials, washdown protection and cleanroom compatibility where required.
7. Integration: PLC, conveyor tracking, machine vision and safety systems.

One particularly important consideration is that advertised maximum robot speed does not necessarily equal actual packaging throughput. Test the complete pick-and-place cycle with the actual product and packaging configuration.

4. My recommendations by packaging application

ABB's packaging documentation also distinguishes between high-speed delta picking, compact packing robots and heavier palletizing robots.library.e.abb.com

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5. Let me narrow down the best robot for your packaging line

The most important question is:

What products are you planning to pick and place?

1. Product type

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2. Approximate product weight

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3. Required picking speed

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4. Packaging operation

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5. Approximate robot budget

[Find the best robot for my application]

With these details, I can narrow the list down to the three most suitable robot models, including recommended payload, reach, cycle time, gripper configuration and estimated automation-system cost.

Selecting the best industrial robot arm for pick-and-place packaging depends heavily on your speed requirements, payload capacity , and workspace layout . Robot architectures are specialized by design type for these packaging lines:

• Delta Robots (High-Speed / Lightweight): Best for ultra-fast, high-volume primary packaging (e.g., picking loose candies, chocolates, or pharmaceutical items off a moving conveyor).
• SCARA Robots (Fast / Horizontal Motion): Best for secondary packaging, stacking, and high-precision lateral transfer where rigid vertical performance is needed.
• Articulated / 6-Axis Robots (Flexible / Heavy Payload): Best for complex orientations, end-of-line case packing, and mixed-layer palletizing.
• Collaborative Robots / Cobots (Flexible / Safe): Best for lower-speed tasks requiring easy reconfiguration or direct human proximity.

Top Industrial Robot Arms for Packaging

1. ABB IRB 360 FlexPicker (Delta)
   • Best For: High-speed primary picking and sorting.
   • Key Specs: Payloads typically ranging from 1 kg to 8 kg with an operating reach up to 1600 mm.
   • Why it excels: It is an industry benchmark for high-speed delta kinematics, capable of extreme cycles per minute with integrated vision guidance for fast-moving conveyor lines.
2. FANUC M-1iA or SR Series / LR Mate (Delta & Articulated)
   • Best For: High-speed lightweight component sorting or compact secondary packaging.
   • Key Specs: Payloads from 0.5 kg (delta) up to 7 kg - 14 kg for compact articulated lines; superior repeatability (±0.02 mm to ±0.04 mm).
   • Why it excels: FANUC's iR-Vision integration allows seamless random-flow item tracking and robust reliability in 24/7 food or consumer goods operations.
3. Epson LS / RS Series (SCARA)
   • Best For: Fast lateral pick-and-place and tight-space assembly/packaging.
   • Key Specs: Payloads up to 3 kg - 20 kg; exceptional speed and smooth motion profiles.
   • Why it excels: Known for low cost-of-ownership, high reliability, and intuitive RC+ programming environment, making them ideal for precise placement in electronics or medical packaging.
4. Universal Robots UR5e / UR10e (Cobot)
   • Best For: Flexible, low-to-medium speed packaging lines alongside human workers.
   • Key Specs: Payloads of 5 kg (UR5e) to 12.5 kg (UR20/UR10 class), reach up to 1300 mm.
   • Why it excels: Offers out-of-the-box collaborative safety, quick deployment without heavy safety fencing, and easy redeployment for changing SKU packaging.
5. KUKA KR DELTA / KR AGILUS (Delta & Articulated)
   • Best For: Harsh washdown environments (food grade) and high-density packing.
   • Key Specs: Payloads scaled for lightweight fast-picking up to heavier multi-axis configurations.
   • Why it excels: Exceptional structural rigidity and IP67/hygienic variants designed to withstand heavy washdown protocols required in food and pharma packaging.

If you'd like to narrow down the choice, please tell me:

• What is the product type and weight you are packing?
• What is your target cycle rate (pieces per minute)?
• Are you working in a primary, secondary, or end-of-line packaging environment?