Arm-manipulators Pulse are intended to automate industrial and commercial workflows as well as education and research projects. These products are suitable for any applications that demand consistent performance and super precise positioning. The most efficient are in repetitive tasks that have minimum variations in parameters of process, for example, machine tending, pick-and-place, gluing, etc.

Because of robots’ six degrees of freedom and modular design, a robot imitates the human upper limb. It means that PULSE robots’ available degree of freedom can cope with 95% of all production tasks.


Barista coffee robot


Robot Barista - Robotic coffee shop - is the most advanced solution for coffee bar today. There is only one worker - a robot barista which brews delicious coffee for customers 24/7.

All the work around serving and brewing great drinks are done by robot barista, alike a real human barista.This robotic service is smart, quick and allows your customers to enjoy coffee experience anytime of the day.




FMI motor is synchronous alternating-current frameless actuator with superior torque density. Brushless AC motors are basically stator kits and rotor. You application will be driven to a new level of efficiency with little size vs. high power-to-ratio frameless actuators. There won’t be any jerkiness as low cogging torque provides only smooth rotation. FMI motor can function efficiently both as a direct-driven actuator and easily can be combined with other components, such as reducers or bearings for delivering advanced motion solutions.




The RDrive is an all-in-one robotic joint. It features hollow-shaft high-torque servos in different sizes. A controller, a frameless motor, two absolute magnetic encoders and a strain-wave gear - are all situated under a single housing for achievement of controllability and the precision of remarcable motion. The products’ quality is guaranteed as 90% of components are manufactured in house. RDrive applications vary from model building, entertainment to industrial machinery and robotics.


Robotics Solutions

Pick and Place

It is a tiresome and dull job for humans to pick an object from one place and relocate it to another multiple times, but a perfect case for the use of collaborative robots. Machines handle these tasks with ease, demonstrating consistent output and unfailing accuracy.

PULSE robotic arm works 24/7 with no mistakes or breaks, resolving quality issues and increasing throughput at your workshop. Due to its compact design, you can easily integrate the arm with minimum changes to your production line.

Machine tending

You can optimize your work cycles by additing collaborative robots for machine tending - reducing downtime of the operator and the equipment while boosting productivity. While human workers manage other important jobs, cobots can service machines, resulting in considerable benefits for the economy.

Anyone with basic computer skills can easily reprogram this robotic arm to do something different within 30 minutes, thanks to the hand-guiding feature and intuitive interface. Due to simple mounting interfaces and light weight of PULSE robotic arm, it is easy to move it around your premises.

Injection molding

Alike in machine tending applications, robotic arm in injection molding process aids in loading and unloading jobs. Moreover, robots can be involved in secondary operations as well, such as trimming, maximizing output and increasing the process's overall efficiency.

Our arm can be a reliable partner for operators of molding machines, taking risks and drudgery out of their jobs. Cobots have versatile and portable options and can be adapted to a wide range of tasks and environments without expensive modifications. In a matter of hours you can reconfigure and relocate PULSE arm for the different operation.

Lab testing

Tests will be more objective with our collaborative robot. Its key benefits in quality control are remarkable motion accuracy and high repeatability. When the robot is programmed it will reproduce the same trajectory without moving an inch.

Robotic arm offers both advanced API functionality for coders and simple interface for non-programmers. So it is just up to you to decide what your robot can and can’t do. Even if you need to test harmful substances, be sure you are safe behind the robot's back.


Welding jobs always demand a super attentive and careful approach, since mistakes cost money and worker’s lives are in danger. PULSE arm is way more resistant to the repetitive stress, allowing to minimize rejects, faults and risks.

Whether ultrasound, arc, spot, etc - cobot can be easily equipped and taught to do any welds, enabling the operator to do less dangerous part of deploying or supervising it.PULSE robotic arms are flexible with high repeatability that guarantee improved quality, minimum downtime and decreased expenses.


To produce output with high quality in gluing operations, it is very important to apply the same glue quantity and force in a consistent manner. To address this challenge robotic arms are better equipped than humans. With high repeatability and precision rates, robotic arms utilizes consumables efficiently, resulting in better workmanship and less expenses.

There are specific smells and dangerous vapors in gluing jobs, that are not only uncomfortable, but also unhealthy for humans. Our robust arms don't care about harmful or odors substances, they are ready for working toward your benefits.

Quality control

In cases where product’s reliability and quality are crucial, huge losses can be caused by human error. It is more about business reputation than about money and it is more difficult to recover. To save your company trouble an elegant solution is to replace people with cobots in key inspection processes.

PULSE robotic arms are always on guard for quality and never distracted. With minimum effort and costs our cobots can be adapted to your existing testing process, thanks to easy-to-use control software. No special staff required for tending the device, just your regular operator or inspector.

Polishing & deburring

A demanding task is polishing or deburring since human workers need to apply large and consistent amounts of manual forse for long periods of time. The key to this process is consistency, as it provides adequate finishing quality, but it is not a strength area for a human.

Due to repetitive strain these operations entail high risk of injury. Not only a problem of extra ergonomic stress will be eliminated by robots, but they enable them to achieve desired force with pinpoint accuracy and reproducibility. Our robotic arm has force sensing features and it can improve throughput of finishing tasks and substantially quality.


When you hear the word “robot” you often think of famous Hollywood humanoid characters, but robots are undramatic devices programmed to do specific repetitive functions. They are used to transform the way humans live toward high standards by facilitating robotic technologies adoption and utilization. In a modern world where robots work side-by-side with people, the living standards will be improved: people will be able to embrace creativity while robots do a dull job.

Tasks that are too complex for humans can also be done by robots. Robots have multiple uses starting from welding parts on auto assembly lines to interacting with humans in the service industry. You might not feel like you are interacting with service robots when you use the self checkout at the store or purchase tickets from a kiosk in the cinema. But robots are widely used in many industries and they obviously impact everyday life in the service capacity.

Manufacturing and robots are a natural partnership. Today robotics takes a major part in the manufacturing landscape. Automated manufacturing solutions is a key part of any operations that aims for competitive advantage, maximum efficiency and safety. Manufacturing robots reduce margins of error to negligible rates, automate repetitive tasks and enable humans to focus on more productive operation’s areas.

Here are some uses of robots in manufacturing:

Material-handling applications, where robots transfer material or work parts from one location to another, load and unload them. A lot of these operations are relatively simple: robots pick up parts from one conveyor and put them on the second one. But some operations are more complex, where robots place parts onto pallets in an arrangement which is calculated by the robot.

Processing operations, where robots manipulate a tool to perform a process on the work part. Some examples of such applications are spot welding, spray painting and continuous arc welding. Automobile bodies spot welding is one of the most popular industrial robot applications in the United States.

In robotic processing operations, the robot manipulates a tool to perform a process on the work part. Examples of such applications include spot welding, continuous arc welding, and spray painting. Spot welding of automobile bodies is one of the most common applications of industrial robots in the United States.

Another application of industrial robots is assembly and inspection. Because of the high cost of manual labour in this area, the use of industrial robots is expected to increase. Robots are programmable, so one strategy for assembly work is a production of multiple product styles in batches and reprogram robots between them. An alternative strategy is a production of different product styles mixture in the same assembly cell. Each robot in the cell identifies the style of the product as it arrives and after executing the appropriate task for the unit. Another area of growing robots utilization is inspection. In this job the robot positions a sensor with respect to the work parts and determines whether this part meets all the quality specifications.

Manufacturing with robotic process automation allows organizations to remain competitive globally by offering offshoring viable alternative and fulfilling the skills gap in the places where it might be difficult to employ necessary staff. Robots allow people to focus on efficiency, innovations and other. With dedicated manufacturing automation solutions in place, a company can increase productivity, improve workers’ satisfaction and safety.


We are here to help with robotics consulting, choosing the right robot, install the robot, and service industrial collaborative professional robots. Professional robots with 4-axis articulated arm can perform a host of tasks like pick-and-place, soldering, screwing, gluing, painting, etc. You can choose between pick-and-place robots; machine tending robots; painting robots; injection molding robots; lab testing robots; welding robots; gluing robots; quality control robots; polishing and deburring robots.

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