ABB IRB 360-3/1130

The ABB IRB 360-3/1130 price is normally available by project quote rather than one fixed public global price. The final cost can change depending on country, supplier, controller or service package, accessories, freight, taxes, installation, training, warranty and technical support. The largest cost differences usually come from controller generation, hygienic variant, vision, conveyor tracking, end-of-arm tooling and full line integration.

Buyers should therefore compare the total delivered and deployed cost rather than one headline number. For food, consumer-goods, pharmaceutical, logistics and packaging operations, the robot itself may be only one part of the investment. Tooling, software, integration, safety equipment, site preparation and operator training can materially change the budget.

The better question is: what is included, what is excluded, and what is required before the robot can perform the intended task? You can request a ABB IRB 360-3/1130 quote through Anton Robots to compare the available package, delivery terms and support before buying.

You can buy or request the ABB IRB 360-3/1130 through Anton Robots. We help buyers compare the correct configuration, understand what is included, check regional availability and connect the purchase to the real application rather than choosing only by model name. ABB sells the IRB 360 family through its robotics organisation and authorised integration network. The exact variant must be confirmed because the IRB 360 family includes several payloads, working diameters and environmental options.

Before buying, confirm the exact robot version, controller, software, accessories, documentation, freight, taxes, warranty, commissioning and after-sales support. For food, consumer-goods, pharmaceutical, logistics and packaging operations, it is usually safer to compare the complete package and deployment responsibility instead of selecting the lowest displayed price.

To start, request a ABB IRB 360-3/1130 quote and Anton Robots can help you review price, configuration, shipping and support. For procurement, keep the supplier quotation, packing list and warranty territory together. The same ABB IRB 360-3/1130 name can appear across different bundles, markets or generations, and those differences affect both the purchase decision and the accuracy of the product page.

You can find the ABB IRB 360-3/1130 for sale through the manufacturer, authorised robotics suppliers, specialist integrators and robot marketplaces such as Anton Robots. Used systems also appear on the secondary market, but controller compatibility, service history and hygienic condition require careful inspection. Finding a listing is only the first step.

The important part is confirming that the exact model, controller generation, accessories, software rights and support arrangement match your project. A lower offer may exclude freight, taxes, installation, tooling, training, safety equipment or local warranty handling. For professional buyers, compare the total delivered and operational cost, expected lead time, documentation, spare-parts route and who will solve integration problems after delivery.

If you are looking for a ABB IRB 360-3/1130 for sale, contact Anton Robots before placing an order so the package and commercial status can be checked. A serious comparison should record currency, tax basis, delivery location, included hardware and after-sales route. Anton Robots should only present the ABB IRB 360-3/1130 as purchasable under the commercial conditions that can actually be verified for the buyer.

Yes. You can get a quote for the ABB IRB 360-3/1130 through Anton Robots. A useful quote should show the exact robot version, controller, required software, standard accessories, optional equipment, shipping assumptions, warranty, delivery estimate and available implementation support. For a high-speed picking cell, request cycle-time assumptions, product data, conveyor speed, vision scope and acceptance criteria in the quote.

This matters because two quotes for the same robot can describe very different systems. One may cover only the base hardware, while another includes tooling, commissioning, safety design, training and local service. For food, consumer-goods, pharmaceutical, logistics and packaging operations, the quote should also confirm whether the selected model has the right payload, reach, sensing, runtime or interaction capability for the intended use. Anton Robots can help you compare the ABB IRB 360-3/1130 with other delta robots and request a package based on your location and application.

Before committing, ask for written confirmation of the exact ABB IRB 360-3/1130 version, regional warranty, lead time and responsibility for support. This prevents a base-product listing from being confused with a complete, locally supported package and gives Anton Robots a defensible commercial answer.

A typical ABB IRB 360-3/1130 package may include the core robot hardware, standard power or charging equipment, required controller or dock, basic software access and startup documentation. The exact contents vary by seller, region, model revision and configuration, so buyers should request an itemised packing list. Confirm whether the offer includes:

• ABB IRB 360-3/1130 delta robot
• Compatible ABB robot controller and cables
• RobotWare and required software options
• Mounting and connection documentation
• Selected end effector or vacuum tooling
• Vision, conveyor-tracking and safety equipment where specified

Application equipment, consumables, subscriptions, integration, freight and training may be separate even when they appear in product images or demonstrations.

This matters because two offers can both use the same product name but deliver different functionality and support. You can request an itemised ABB IRB 360-3/1130 package through Anton Robots before buying. For procurement, keep the supplier quotation, packing list and warranty territory together. The same ABB IRB 360-3/1130 name can appear across different bundles, markets or generations, and those differences affect both the purchase decision and the accuracy of the product page.

The ABB IRB 360-3/1130 is rated for a 3 kg payload and a 1.13 m working diameter. ABB offers the variant with three or four axes depending on whether the application needs product orientation around the vertical axis.

Payload calculations must include the gripper, vacuum cups, brackets, hoses and any carried product, not only the item being picked. The usable workspace also depends on mounting height, conveyor position, product geometry and the path required between pickup and placement. A 3 kg rating makes this model suitable for many food, consumer-goods, pharmaceutical and packaging items, but it is not intended for heavy cases or pallet loads.

Before selection, the integrator should simulate the complete motion and confirm payload, centre of gravity, cycle time and collision clearance. Anton Robots can help compare the 3/1130 with 1 kg, 6 kg and 8 kg IRB 360 variants. For a defensible buying decision, record the exact test condition behind each number. Maximum ratings, continuous ratings and application throughput are not interchangeable, and the final system should be accepted using representative parts or interactions.

The IRB 360 family is built for extremely fast pick-and-place work, and ABB publishes cycle times as low as approximately 0.30 seconds for selected variants and test conditions. That figure should not be treated as a guaranteed production cycle for every IRB 360-3/1130 application.

Real performance depends on move distance, payload, orientation, gripper action, product spacing, conveyor speed, vision processing, settling time and line controls. The correct metric is sustained accepted throughput with the real product, not an unloaded laboratory motion. ABB’s TrueMove and QuickMove motion control, together with PickMaster and conveyor tracking, support high-speed coordinated picking.

Ask the integrator to provide a simulated cycle, expected picks per minute, reject assumptions and a site acceptance test based on representative products. Validate these figures with the complete tool, product and motion profile. Datasheet limits describe the robot, while usable performance depends on centre of gravity, mounting, path, duty cycle and the acceptance criteria agreed for the real application.

Yes. The IRB 360 FlexPicker is widely used for high-speed food handling, sorting, loading, packaging and product transfer. ABB offers food-handling and stainless or washdown-oriented configurations within the family, including an IP69K-validated option for demanding cleaning environments. The exact 3/1130 version, seals, lubrication, surface finish and tool materials must be selected for the food zone and cleaning process.

A standard industrial configuration should not automatically be described as suitable for direct food contact or high-pressure washdown. The integrator must also design hygienic end-of-arm tooling, cable routing, drip control and cleanable mounting structures.

Confirm applicable food-contact materials, detergents, temperatures and sanitation procedures in writing. For packaged food or dry environments, requirements may be less severe than open-product handling. Ask for current documentation, licences, example code and a verified connection test with the intended computer or network. A product may support an interface in principle while a particular generation, region or package lacks the required option.

Yes. Conveyor tracking is a core use case for the IRB 360 family. With the correct ABB controller, encoders, vision system and PickMaster software, the robot can identify moving products and coordinate picks without stopping the conveyor. The complete system needs accurate conveyor position feedback, stable product presentation, lighting, camera calibration, rejection logic and communication with upstream and downstream equipment. Performance can decline when products overlap, change appearance, move unpredictably or arrive faster than the robot and gripper can process.

The robot arm alone does not provide a complete tracking cell. Request a scope that clearly identifies cameras, lighting, encoder hardware, software licences, product recipes, line PLC integration and acceptance testing. For multi-robot lines, also confirm load balancing and collision management. The final decision should include support, training, maintenance and recovery from common faults. Those operational details often determine whether the ABB IRB 360-3/1130 remains useful after the initial setup or novelty period.

Before deployment, define the intended result, operating limits and person responsible for daily use. A short pilot with representative users, products or conditions is more reliable than assuming that a marketing demonstration will transfer directly to the buyer’s environment.

The ABB IRB 360-3/1130 is strongest in high-speed, low-to-medium payload tasks such as random picking, sorting, orienting, tray loading, case packing, flow-wrapper loading, carton loading, quality diversion and product transfer between conveyors. Typical industries include bakery, confectionery, meat and dairy packaging, pharmaceuticals, cosmetics, electronics and consumer goods.

The fourth-axis version is useful when products must be rotated into a defined orientation. It is less suitable for heavy lifting, long horizontal reach, machine tending behind obstacles or applications requiring arbitrary six-axis orientation. Those tasks may need a SCARA or articulated arm. Selection should begin with product weight, dimensions, surface, arrival pattern, target throughput, hygiene, available overhead structure and required placement accuracy.

Record the exact hardware revision, firmware, application version and supported operating system before deployment. Software compatibility can change faster than the mechanical product, and a working demonstration should be backed up before updates or account changes are introduced. Ask for current documentation, licences, example code and a verified connection test with the intended computer or network. A product may support an interface in principle while a particular generation, region or package lacks the required option.

Not every application requires vision. If products arrive in known positions using pockets, fixtures or indexed conveyors, the robot may pick from deterministic coordinates. Vision becomes important when products arrive randomly, vary in orientation, need inspection or must be tracked on a continuously moving conveyor.

A complete vision system may include cameras, lenses, lighting, brackets, calibration targets, image-processing software and integration with PickMaster or line controls. The environment matters: reflective packaging, changing colours, condensation and shadows can reduce detection reliability.

Buyers should not select a camera only by resolution. The integrator must prove that the full vision and gripper combination can find, pick and place the real product at production speed. Include false-detection, overlap and reject handling in the acceptance criteria. Ask for current documentation, licences, example code and a verified connection test with the intended computer or network. A product may support an interface in principle while a particular generation, region or package lacks the required option.

No. The ABB IRB 360-3/1130 is a high-speed industrial delta robot, not a collaborative robot intended for unrestricted contact with people. Its speed and overhead motion normally require an engineered safeguarded cell, interlocked access, emergency stops and a task-specific risk assessment. ABB safety functions and controller options can support the safety design, but they do not remove the hazards created by the robot, gripper, product and moving conveyor. Maintenance and cleaning access must also be considered because personnel may work beneath the robot. Use guards, safe access procedures, lockout controls and validated stopping distances as required by the application and local standards.

Do not market the robot as fenceless simply because modern safety software is available. The final decision should include support, training, maintenance and recovery from common faults. Those operational details often determine whether the ABB IRB 360-3/1130 remains useful after the initial setup or novelty period.

Before deployment, define the intended result, operating limits and person responsible for daily use. A short pilot with representative users, products or conditions is more reliable than assuming that a marketing demonstration will transfer directly to the buyer’s environment.

Current IRB 360 configurations are offered with ABB’s OmniCore controller platform, while older installed systems may use IRC5. The exact controller, RobotWare version and software options must match the robot generation and application. High-speed conveyor picking commonly uses PickMaster, encoder interfaces, vision and line PLC communications. Controller choice affects cabinet size, motion performance, supported fieldbuses, safety functions, spare parts and long-term software support.

When buying used equipment, confirm that the robot and controller are a matched system and that backups, licences, calibration data and passwords are included. A robot without the correct controller or software rights can be expensive to recommission.

For a new line, ask the integrator to document the full control architecture and responsibility for updates. Record the exact hardware revision, firmware, application version and supported operating system before deployment. Software compatibility can change faster than the mechanical product, and a working demonstration should be backed up before updates or account changes are introduced.

The IRB 360 is normally mounted overhead on a rigid frame above the working area. The structure must support the robot’s mass and dynamic loads without vibration that reduces accuracy or cycle performance.

Mounting height and frame geometry determine the usable workspace, access for cleaning and maintenance, and clearance above conveyors or packaging equipment. The design should include cable routing, controller location, safe service access and protection from contamination. Food environments may require stainless structures and hygienic details that avoid horizontal ledges and trapped residue. ABB and the integrator should verify foundation loads and mechanical drawings before fabrication.

Do not install the robot on a lightweight frame based only on static weight; rapid delta motion creates significant dynamic forces. A site check should measure clearances, access, power, communications and recovery space before delivery. Product dimensions alone do not show whether the ABB IRB 360-3/1130 can operate, charge, be serviced or remain safe in the intended location.

Choose the variant from the real product and line requirements. The IRB 360-3/1130 is a balanced option for products and tooling within 3 kg across a 1.13 m diameter.

A 1 kg model may offer advantages for very light products and demanding speed, while 6 kg or 8 kg variants suit heavier items. A 1.6 m diameter model provides more coverage but may have different payload and cycle characteristics. Three axes are enough when product orientation is fixed; four axes add rotation around the vertical axis.

Environmental options matter as much as payload in food and washdown lines. Ask for cycle simulation and an itemised comparison rather than selecting the largest rating automatically. A serious comparison should record currency, tax basis, delivery location, included hardware and after-sales route. Anton Robots should only present the ABB IRB 360-3/1130 as purchasable under the commercial conditions that can actually be verified for the buyer.

The robot needs an end effector matched to the product, commonly vacuum cups, multi-pick heads, soft grippers or mechanical fingers. The full cell may also require vacuum generation, valves, air preparation, product-detection sensors, cameras, lighting, conveyor encoders, reject stations, guarding, interlocks, line PLC integration and a rigid overhead frame.

Tool weight and hose forces reduce available payload and can affect high-speed motion. For food applications, materials, cleanability and drainability must be specified. Spare cups and wear parts should be included in the operating plan. Request an integration quote that identifies robot, controller, software, tooling, vision, installation, training and acceptance testing separately so the base robot price is not mistaken for the finished system cost.

List every accessory by part number and identify which items are consumable, optional or application-specific. Small missing components can stop commissioning, and third-party additions may affect payload, sensing, hygiene, software compatibility or warranty. Budget for spares and routine care at the same time as the base product. The operating experience depends on replacement parts, cleaning, cables, tools or covers remaining available after the initial demonstration.