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The ABB IRB 6600 robot­ics sys­tem is very flex­i­ble with bend-over-back­wards capa­bil­i­ty. Avail­able in five ver­sions with a han­dling capac­i­ty of up to 225 kg, reach of up to 3200 mm, and a wrist torque of up to 1320 Nm. The IRB 6600 S4C comes with a built-in Ser­vice Infor­ma­tion Sys­tem, allow­ing for it to eas­i­er plan ser­vice and maintenance. Learn more at: www.robots.com/robots...

The ABB IRB 120 is the small­est robot avail­able in the ABB line­up. At just 25 kg, it man­ages to out­per­form larg­er coun­ter­parts and offers fea­tures not found else­where. It can be mount­ed vir­tu­al­ly any­where, includ­ing on top of oth­er machines. The ABB IRB 120 robot is portable and eas­i­ly integrated. Learn more at: www.robots.com/robots/abb-irb-120

The ABB IRB 2600ID IRC 5 can han­dle a vari­ety of appli­ca­tions includ­ing arc weld­ing, mate­r­i­al han­dling, and machine tend­ing. Due to the IRB 2600ID’s effi­cien­cy, it can reduce cycle times by up to 15%! The ABB IRB 2600ID IRC5 has a com­pact design and small foot­print, allow­ing it to be placed close­ly to oth­er machines. Learn more at: www.robots.com/robots/abb-irb-2600id

Get dual han­dling with the ABB IRB 4400 Robot sys­tem. Excep­tion­al all-round capa­bil­i­ties make it suit­able for a vari­ety of man­u­fac­tur­ing appli­ca­tions. A rigid, well-bal­anced design and patent­ed True­Move func­tion pro­vide smooth, fast move­ment through­out the entire work­ing range. This ensures very high qual­i­ty in appli­ca­tions such as cutting. Learn more at: www.robots.c...

ABB has intro­duced its 7th gen­er­a­tion of large robots, the ABB IRB 6700 fam­i­ly. The ABB IRB6700 robot has an increased speed, accu­ra­cy, and payload. The ABB IRB-6700 robot is a prod­uct of 30 years of evo­lu­tion in ABB’s large robot developments. Learn more at: www.robots.com/robots/abb-irb-6700

Industrial palletizing refers to loading and unloading parts, boxes, or other items to or from pallets. Automated palletizing refers to an industrial robotic palletizer performing the application automatically. Robotic palletizing can be seen in many industries including food processing, manufacturing, and shipping. Various end of arm tooling styles allow flexibility of different types of palle...

Industrial robots that perform pick and place applications are quickly becoming a common sight in many manufacturing facilities. Pick and place robots utilize a variety of grippers to manipulate materials. Bag grippers have adjustable fingers to move bags of any size. This gripper is best suited to work with soft products in bags, such as soil, sand, and absorbent material. Magnetic grippers ca...

Robot plasma cutting is a process which uses high velocity ionized gas, known as plasma, to heat and melt metals. The plasma then mechanically blows the molten material away to sever the workpiece. Plasma cutting is used to cut steel or other non ferrous material less than one inch thick. Using a robotic plasma cutting machine offers higher quality cuts at faster travel speeds. This versatile a...

A Material Handling Robot moves, selects, or packs products. Companies can also use Material Handling Robots to transfer parts from one machine to another. Material Handling Robots can be used for many applications. Some popular models are the Fanuc M410 and the Motoman UP130. When considering which Material Handling Equipment is right for your facility, You should consider possible production ...

Tungsten inert gas welding is also known as TIG welding, and is a commonly used, high quality welding process. In TIG welding, an arc is formed between a non consumable tungsten electrode and the metal being welded. Gas is fed through the torch to shield the electrode and molten weld pool. If filler wire is used, it is added to the weld pool separately. TIG welding has become a popular choice o...

A plasma welding robot can increase quality, while saving time and money by automating a more complex welding process. Learn More at: www.robots.com/applications/plasma-welding

Robotic Metal Inert Gas (MIG) welding, also known as Gas Metal Arc Welding (GMAW), is a common high deposition rate process that involves feeding a wire continuously toward the heated weld tip. It is considered a semi-automatic welding process. MIG welding is one of the most popular forms of welding in industrial applications and is an easy process to integrate to a robot system. MIG welding pr...

Robotic welding automation uses robots to improve welding by increasing speed, producing quality welds and reducing errors. Integrating an industrial robot is easy and a great step toward improving a production line. Welding robots include processes like arc welding, MIG welding, TIG welding, laser welding, spot welding, and more. Learn More at: www.robots.com/applications-category/welding-robo...

Mate­r­i­al han­dling robots can auto­mate some of the most tedious, dull , and unsafe tasks in a pro­duc­tion line and is one of the eas­i­est ways to add automa­tion. Mate­r­i­al han­dling robots enhance the effi­cien­cy of your pro­duc­tion line and increase cus­tomer sat­is­fac­tion by pro­vid­ing qual­i­ty prod­ucts in a time­ly manner. Learn More at: www.robots.com/applications-category/m...

Robotic Cutting

Robotic Drilling

Robotic Grinding

Arc Welding Robots

Fanuc ArcMate 100i Arc Welding Robot

Motoman UP20 in Three Station Workcell

Motoman HP5 Industrial Robot

Fanuc M 10 Industrial Robot

Fanuc M 410iB 160 R30iA 1

Fanuc Robotics M 410 Palletizing Industrial Robot

Fanuc M 900iA 350 R30iA

Fanuc M 900iA 260L Extended Reach Robot Arm Routing

Fanuc ArcMate 100iC 7L R 30iB

Two Fanuc ArcMate 120iC 12L R30iB Welding

Dual Fanuc ArcMate 120iB 10L RJ3iB Arc Welding Robots