ABB IRB 8700

The ABB IRB 8700 price is normally available by project quote rather than as one fixed global list price. The final cost can depend on robot variant, controller, software options, end effector, vision, fixtures, safety equipment, integration, installation, training, shipping, taxes, warranty and regional support. ABB offers IRB 8700 as an engineered heavy-automation project; foundations, tooling, safety and installation can be substantial parts of the total cost.

This is why two proposals for the same robot can have very different totals: one may cover only the base hardware, while another includes the controller, tooling, software, commissioning, training, travel, safety work and ongoing support. For a serious buyer, the better comparison is the total delivered and deployed cost for the exact application.

You can request a ABB IRB 8700 quote through Anton Robots to compare the robot package, delivery assumptions, integration scope, warranty and support before purchasing. Compare the ABB IRB 8700 against at least one alternative using the same payload, reach, cycle, environmental, software, safety, warranty and landed-cost assumptions. The cheapest arm is not necessarily the lowest-risk working cell.

You can buy, order or request the ABB IRB 8700 through Anton Robots. We help buyers check the correct commercial route, compare the available package, understand what is included and decide whether the robot fits the intended application. ABB currently offers IRB 8700 through its large-robot sales and integration network, including 800/3.50 and 550/4.20 variants with optional LeanID. Before ordering, confirm the 800/3.50 or 550/4.20 variant, wrist-down load condition, controller, foundation loads, gripper or fixture, dress pack, environmental package, lifting, safety, integration and service.

This matters because the same model name can refer to different controllers, software licences, service plans, regional configurations, accessories or integration scopes. For businesses, universities, construction teams, laboratories or specialist buyers, choosing the correct supported package is more important than finding the lowest isolated price.

To start, request an ABB IRB 8700 quote or buying review through Anton Robots and compare price, configuration, availability, delivery and after-sales support.

You can find the ABB IRB 8700 for sale through the manufacturer, authorised commercial channels and specialist robot marketplaces such as Anton Robots, subject to region and configuration. Finding a listing is only the first step. The important part is verifying the exact model, package and support scope. A lower advertised amount may exclude foundation, heavy tooling, process fixtures, lifting equipment, external axes, guarding, engineering, installation, freight, commissioning and service.

Professional buyers should compare the total delivered and usable system, including the 800/3.50 or 550/4.20 variant, wrist-down load condition, controller, foundation loads, gripper or fixture, dress pack, environmental package, lifting, safety, integration and service. This is especially important when the robot must meet a launch date, site requirement, research protocol or production target.

If you are looking for an ABB IRB 8700 for sale, contact Anton Robots before ordering so the commercial status, configuration and support can be checked.

Yes. You can request a quote or buying review for the ABB IRB 8700 through Anton Robots. A useful quote should show more than the robot name. It should identify the IRB 8700 variant, controller, RobotWare, LeanID option, foundation data, heavy end effector, fixtures, external axes, safety, integration, lifting, installation, training and warranty.

This matters because a proposal that looks cheaper can become more expensive once omitted hardware, subscriptions, integration, freight, duties, installation or support are added. The quote should also state what the buyer must provide, the expected delivery process and any regional restrictions.

Anton Robots can help compare the ABB IRB 8700 with other industrial robotic arms and structure the enquiry around the actual use case rather than a generic price request. Anton Robots should capture transactional search intent by giving a direct buying answer, then require an itemised quote covering the robot, controller, tooling, engineering, delivery, commissioning and ongoing technical support.

A typical ABB IRB 8700 package may include the core robot and the items specified by the selected commercial configuration. The exact delivery can vary by country, application, service plan and supplier, so buyers should request a written packing and scope list. Confirm whether the offer includes:

• Robot arm in the specified mechanical variant
• Compatible controller, teach pendant and cables
• Required software, options and communications
• End effector, process equipment or application tooling
• Mounting, fixtures, guarding and safety equipment
• Programming, commissioning, validation and training
• Freight, warranty, spare-parts and service terms

The package should also identify anything supplied by the customer, such as networking, site power, mounting, tooling, safety equipment, floor preparation or ongoing subscription fees. This matters because two offers can use the same product name while covering very different levels of readiness. You can request an itemised ABB IRB 8700 package through Anton Robots before buying.

For international procurement, include currency, taxes, customs, freight, unloading, local certification, installation travel and return logistics. A low equipment price can become a poor offer when the complete deployed cost is calculated.

The ABB IRB 8700 may be available for international delivery, but this depends on the manufacturer’s sales territory, destination, export rules, freight method, batteries, local certification, installation needs and support coverage. Industrial robot projects can require specialist crating, insurance, customs handling, unloading equipment, foundation or mounting preparation and local commissioning.

Before ordering, ask whether the price includes freight, insurance, customs clearance, import duties, VAT or GST, local delivery, commissioning and return shipping for warranty work. For larger industrial robots, site access, lifting equipment, transport frames and engineer travel may also matter. You can request an international ABB IRB 8700 review through Anton Robots so regional availability and the full landed package can be checked.

For international procurement, include currency, taxes, customs, freight, unloading, local certification, installation travel and return logistics. A low equipment price can become a poor offer when the complete deployed cost is calculated. Before approving an order, document the exact ABB IRB 8700 mechanical variant, controller, intended process, destination, payload, tooling, safety concept, acceptance test and service owner. This prevents a supplier from quoting a technically different configuration under the same family name.

ABB IRB 8700 availability and delivery time can change according to region, production schedule, configuration, stock, project approval and the amount of customisation or integration required. IRB 8700 is a current engineered product, but mechanical configuration, foundation and application design normally create project-specific lead times.

Do not assume immediate delivery because a product page or enquiry button is visible. A supplier should confirm the exact model, commercial status, estimated production or dispatch window, dependencies, payment milestones and what happens if the schedule changes.

If the robot is needed for a construction phase, course, exhibition, research project or production launch, verify availability before committing to the wider project. You can request current ABB IRB 8700 availability through Anton Robots. Before approving an order, document the exact ABB IRB 8700 mechanical variant, controller, intended process, destination, payload, tooling, safety concept, acceptance test and service owner. This prevents a supplier from quoting a technically different configuration under the same family name.

Before buying the ABB IRB 8700, confirm the written warranty period, covered components, exclusions, preventive maintenance, repair location, response process, spare parts, software support and who pays freight or engineer travel. Confirm local heavy-robot service capability, lifting procedures, critical spares, preventive maintenance and controller support for the planned production life. Also ask whether batteries, wear parts, end effectors, subscriptions, third-party software and customer modifications are covered.

Industrial and social robots can require remote diagnostics, operator training and specialist service, so support should be evaluated as part of the purchase rather than after a fault occurs. Anton Robots can help buyers compare the package and identify unanswered warranty questions before ordering. Compare the ABB IRB 8700 against at least one alternative using the same payload, reach, cycle, environmental, software, safety, warranty and landed-cost assumptions.

The cheapest arm is not necessarily the lowest-risk working cell. The final decision should be supported by a layout, simulation or demonstration using representative parts and process conditions. Catalogue specifications are necessary, but they do not prove access, throughput, quality or safe integration in the buyer’s site.

The ABB IRB 8700 is worth considering if the operation genuinely needs one of the highest-payload articulated robots for large components and heavy production tooling. Its extreme capacity, long reach options, rugged protection and simplified architecture target heavy work that smaller robots cannot perform.

However, it is not the right choice if the load and workspace can be met by a smaller robot, because foundations, tooling, safety and energy requirements scale with this machine class. The decision should be based on the intended outcome, current commercial status, full ownership cost, operator skills, environment, integration and support.

Buyers should not choose it only because the robot is famous, visually impressive or appears in demonstration videos. Compare the ABB IRB 8700 with other industrial robotic arms through Anton Robots before deciding. The final decision should be supported by a layout, simulation or demonstration using representative parts and process conditions. Catalogue specifications are necessary, but they do not prove access, throughput, quality or safe integration in the buyer’s site.

The ABB IRB 8700 is specified with 800 kg at 3.5 m or 550 kg at 4.2 m in the principal variants and reach of 3.5 m or 4.2 m depending on the selected configuration. ABB additionally states that the 800/3.50 version can handle up to 1,000 kg with the wrist in the specified downward orientation.

Payload calculations must include the complete end-of-arm assembly: gripper or process tool, brackets, sensors, cables and the workpiece. Reach should also be checked in three dimensions rather than treated as a simple circle, because joint limits, wrist orientation, mounting height and obstacles can make a nominally reachable point impractical.

The integrator should simulate representative approach positions, service clearances and recovery poses before purchase. Where the model is offered in more than one mechanical variant, the quotation must identify the full designation rather than only the family name. The 800 kg rating and the special 1,000 kg wrist-down condition are not interchangeable; the load case, centre of gravity and posture must be validated by ABB. Anton Robots should compare the real payload, workspace and cycle requirement before matching the buyer with a supplier.

The ABB IRB 8700 is best suited to heavy material handling, automotive body and component work, foundry and casting, press automation, machining support, large-part transfer and heavy process applications. The correct application still depends on part mass, centre of gravity, cycle time, path accuracy, process forces, environmental exposure and the amount of integration required. A robot that has enough headline payload may still be unsuitable if the tool is offset, the required posture reduces performance or the process demands protection that the selected variant does not provide.

The buying process should begin with representative parts, drawings, production targets and an acceptance test. Tooling, fixtures, sensors, process equipment and error recovery usually determine whether the final cell is productive. Anton Robots can use the product page to capture application searches while directing the buyer toward a complete validated cell rather than an isolated arm.

For international procurement, include currency, taxes, customs, freight, unloading, local certification, installation travel and return logistics. A low equipment price can become a poor offer when the complete deployed cost is calculated.

ABB publishes current product specifications for OmniCore and IRC5 environments; the new project quote must identify the supplied controller and RobotWare configuration. The quote should identify the exact controller hardware, teach pendant, software release, robot options, fieldbus or network interfaces, safety functions, offline-programming tools and backup procedure. Controller generation matters because it affects compatibility with existing programs, external axes, process packages, cybersecurity requirements and long-term service.

Used or older listings may include a different controller from a new project proposal. The buyer should also define who owns source programs, backups, passwords and software licences after commissioning. Simulation and offline programming can reduce risk, but the final system still needs testing with the real payload, tooling and process. Anton Robots should not treat the arm and controller as interchangeable commodities when the software environment can materially change the project.

Before approving an order, document the exact ABB IRB 8700 mechanical variant, controller, intended process, destination, payload, tooling, safety concept, acceptance test and service owner. This prevents a supplier from quoting a technically different configuration under the same family name.

ABB IRB 8700 is an industrial robot and should not be assumed to operate safely without guarding or other risk controls. Safety depends on robot speed, payload, tool shape, process hazards, crushing and trapping points, the surrounding machine, operator access and the applicable standards. A task-specific risk assessment may require physical fencing, interlocked doors, scanners, safe zones, pressure-sensitive devices, safe motion functions or a combination of measures.

Even when advanced safety software is available, it does not remove hazards created by a sharp tool, welding process, heavy component or moving fixture. The integrator should document the safety concept, validate stop performance and train operators before production. Anton Robots should distinguish conventional industrial automation from collaborative operation and include safety engineering in every serious quote.

Before approving an order, document the exact ABB IRB 8700 mechanical variant, controller, intended process, destination, payload, tooling, safety concept, acceptance test and service owner. This prevents a supplier from quoting a technically different configuration under the same family name.

IRB 8700 is a floor-mounted heavy robot requiring engineered foundations, anchor systems, lifting access and extensive service clearance. The mounting structure must be designed for the robot mass, dynamic loads, centre of gravity and the manufacturer’s flatness and anchoring requirements.

Integration also includes cable routing, dress packs, service access, controller location, electrical supply, compressed air or process utilities, tool connections and communication with PLCs or production equipment. A theoretically valid mounting orientation can still create poor access, singularities or maintenance problems if the cell is not simulated. The quote should include the base plate or foundation, mechanical verification and installation responsibility.

International buyers should also confirm unloading and lifting requirements because medium and heavy industrial robots cannot be handled like ordinary parcel freight. Compare the ABB IRB 8700 against at least one alternative using the same payload, reach, cycle, environmental, software, safety, warranty and landed-cost assumptions. The cheapest arm is not necessarily the lowest-risk working cell.

Foundry Plus 2 and IP67-class protection are promoted for demanding environments, while the exact process, cleaning and temperature requirements must still be confirmed.

Buyers should match the exact protection and application package to the real site rather than assume every unit with the same model name has identical sealing, paint, lubrication or cable protection. Foundry, washdown, food, cleanroom, welding, machining and dusty environments can require different mechanical variants, dress packs, covers, grease, air purging or maintenance schedules. The process itself may create heat, sparks, abrasive dust, liquids or contamination beyond the standard robot rating.

Ask the supplier to state the environmental specification, permitted cleaning method, temperature range and any warranty exclusions. A correct environment package often costs more initially but reduces downtime and premature component failure. The final decision should be supported by a layout, simulation or demonstration using representative parts and process conditions. Catalogue specifications are necessary, but they do not prove access, throughput, quality or safe integration in the buyer’s site.

Compare the ABB IRB 8700 with ABB IRB 7710, IRB 7720, IRB 67X0 models and other heavy-payload robots. Use the same assumptions for payload including tooling, maximum reach, required posture, cycle time, repeatability, path performance, protection, controller, software, safety, integration and local service.

A newer model may reduce energy use or simplify support, while an established model may be attractive where the installed base, programs and spare-parts knowledge already exist. The decision should also include expected production life, parts availability, technician coverage and the cost of changing fixtures or process equipment. A demonstration or simulation with representative parts is more useful than comparing catalogue numbers in isolation.

Anton Robots can structure the enquiry so proposals are evaluated on delivered capability and support rather than only the arm price. Anton Robots should capture transactional search intent by giving a direct buying answer, then require an itemised quote covering the robot, controller, tooling, engineering, delivery, commissioning and ongoing technical support.