Robotic Arm

Picking an object at one place and relocating it to another multiple times over a shift is a dull and tiresome job for a human, but a perfect case for automation with a collaborative robot. It is in the nature of the machines to handle the tasks easily, demonstrating unfailing accuracy and consistent output.

Working 24/7 with no breaks or mistakes, PULSE robotic arms are sure to increase throughput and resolve quality issues at your workshop within months. Its compact design enables integration with minimum changes to existing production layouts

Getting a collaborative robot to tend to a machine can help you optimize work cycles — reduce downtime of both the equipment and its operator and boost productivity. While cobots service machines, human workers can manage other workflows, resulting in considerable economic benefits, especially in terms of small-batch production.

Due to intuitive interface and the hand-guiding feature, operators with only basic computer skills can reprogram a PULSE robotic arm to do a different job within some 30 minutes. Moving the arm around your premises is easy, since our cobots boast light weight and simple mounting interfaces.

With a collaborative robot, your tests are bound to become more objective. Key benefits it provides in quality control applications include high repeatability and remarkable motion accuracy. Once programmed, the devices reproduce the same trajectory without deviating an inch. 

In terms of programming, PULSE robotic arms offer both a simplistic interface for non-programmers and advanced API functionality for coders. So, you are totally in control of what your robot can and cannot do. If your tests involve handling harmful substances, you can also be sure you are safe behind the cobot’s back.

Welding jobs demand from workers to be extra careful and attentive about what they do, since mistakes not only cost money, but endanger their lives. PULSE robotic arms are way more resistant to the kind of repetitive stress, enabling to minimize faults, rejects, and risks.

Whether spot, arc, ultrasound, etc. — you can equip and teach a cobot to do any welds, leaving the human operator the less dangerous part of supervising or redeploying it. Usage flexibility and high repeatability of our cobots guarantee minimum downtime, improved quality, and decreased expenses.

In gluing operations, applying the same quantity of glue and force in a consistent manner is of crucial importance to produce high-grade output. Cobots are better equipped than humans to address the challenge. Boasting high precision and repeatability rates, PULSE robotic utilize consumables efficiently, which results in less expenses and better workmanship.

Gluing jobs are also known for work settings with specific smells and dangerous vapors, which human workers would find not only uncomfortable but also unhealthy. Our robust cobots do not care about the odors or harmful substances, ready to work for your benefit.

In those workflows where quality and reliability of products are crucial, a human error may cost you huge losses. It is not only about money, but also business reputation, which is way more difficult to recover. Replacing people with collaborative robots in key inspection processes is an elegant solution to save you the trouble.

PULSE robotic arms are meticulous about their jobs — never distracted, always on guard for quality. With an easy-to-use control software, our cobots can be adapted to your existing testing flow with minimum costs and efforts. No special personnel is required to tend to the devices, just your regular inspectors and operators.

For human workers, polishing or deburring is a demanding task, since it requires applying consistent and large amounts of manual force for an extended period. Consistency is critical to provide adequate finishing quality, but hardly a strength area for a human. In addition, the operations entail high injury risks due to repetitive strain.

A robot not only eliminates the problem of extra ergonomic stress, but enables achieving desired force with desired reproducibility and pinpoint accuracy. Enhanced with force sensing features, a robotic arm can improve substantially quality and throughput of finishing tasks.