KUKA KR 30 Alternatives & Competitors

KUKA's KR 60 L30 KS is a shelf mounted robot with 6 axes and an ability to handle a payload of up to 30 kg. KR 60 L30 KS KR C2 robots are ideal for material handling applications and smaller projects.

The high accuracy Kuka KR 30 version is constructed with finer gears for precise laser, welding, and machining applications. With six axes and a maximum reach of 2033mm the Kuka KR 30 HA KR C2 was designed to give high precision performances. Advance today with a Kuka KR 30 HA robot!

Along with being a space saver, the KR 30-3 F is a great option for manufacturers because of the fist-shaped work envelope. The quick repeatability of the KUKA KR 30-3 F KR C4 will speed up productivity for a number of material handling and removal tasks. There are two variations of the KR 30-3 KR C4, the KR 30-3 CR and the KR 30-3 F. The CR is specifically for clean-room applications, while the F is specified for foundries. With such versatility, the KUKA 30-3 F KR C4 can find a home in almost any industry.

The Kuka KR 6 offers smooth movement and space-efficiency. Highly reliable, the Kuka KR 6 KR C2 is easily operated and integrated for a variety of applications. With a 6 kg capacity, it provides an effective handling, assembly, machining, and coating solution for low payload projects. Formed from cast light alloy, the KR 6 KR C2 body offers intrinsic flexibility and top performance. All moving parts are covered and protected in the KR 6. Its compact structure provides easy workpiece access and efficient use of floor space.

The KR 30-4 KS is a shelf mounted robot that can provide accurate and powerful movements for low to medium payload tasks. It can handle up to 30 kg in payload and has a 2233 mm reach. Also, the KR 30-4 KS has a small footprint which give you space-saving efficiency for conquering a variety of diverse tasks and applications, such as cutting, dispensing, machine tending, and material handling. Shelf mounted robots offer flexibility and more opportunity as they can be integrated into an injection-molding machine, a die-casting machine, or a machine tool. This one is paired with the KR C4 controller and is ready to bring your floor incredible productivity.

This cleanroom robot, the KR 30-3 CR, is a space saver and a great option for manufacturers because of the fist-shaped work envelope. The quick repeatability of the KUKA 30-3 CR KR C4 will speed up productivity for a number of material handling and removal tasks. There KR 30-3 CR KR C4 is also available as the standard KR 30-3 and the KR 30-3 F (foundry). With such versatility, the KUKA 30-3 F KR C4 can find a home in almost any industry.

The KUKA KR 6-2 is part of the low payload family. The KUKA KR 6-2 KR C4 robot comes equipped with a KR C4 controller and has a 6 kg payload. Great for many applications, the KUKA KR 6-2 is cost effective and efficient. Versatility and flexibility make the KUKA KR 6-2 one of the most popular robot in the KUKA line. This KUKA model has streamlined robot design, with a level of precision that is unmatched by manual applications. The KR 6-2 has several different variations, such as the KUKA KR 6-2 W, which give manufacturers flexible production layout options.

The Kuka KR 30 L16 offers a long reach of 3102 mm and the ability to handle a payload of up to 16 kg. With the ability to be either floor or ceiling mounted, the KR 30 L16 KR C2 can easily be integrated into any shop.

The KUKA KR 240 features a large load-bearing capacity, enabling it to carry heavy tooling and parts quickly with smooth motions. The KR 240 KR C2 robot is ideal for cost-effective manufacturing concepts. The long 2700 mm reach of the KR 240 KR C2 arm provides it with enough versatility to handle complex tasks. The series 2000 KUKA arms can be easily upgraded, allowing for longer use and more reliability.

The deeper working envelope of the shelf-mounted KUKA KR 30 KS provides an excellent solution for loading applications. The shorter lifting distances and longer reach, due to the low base frame of the KR 30 KS KR C2, help to reduce cycle times in machine tending tasks.