Despite the fact that we have received a request for a robot-based solution, we check the detailed concept (PoC-Proof Of Concept) to make sure that there is no objective and subjective discrepancy between the need and reality in the production aspect.
Any form of automation and robotic processes causes not only curiosity, but also fear on the staff. Our commitment we can take on the burden of presenting and explaining new products that make the industry more productive, more profitable, and more successful.
In the field of mechanical engineering, solutions for robotics are not the same projects. Vyako is a solution for registration from home for the purpose of delivering a digital copy and archid data for many years to come.
A critical point in reviving any solution and project at the stage of building, installing, and verifying transactions and processes. Our experience in gosinit has shown us that this stage is the most energy-consuming and tedious.
Programming and putting robotic solutions into high-quality operation mode requires professional engineering intervention only by trained and certified personnel. Yes, we have such specialists and deeply value them, as well as constantly invest in their development as knowledge and skills over the years.
The stages of training of the investor's personnel are related to the transfer, verification, verification and correction of the acquired knowledge. This task was generally our initiative, which should be understood in such a way that employees are passionate about something and motivated, with the goal of fully cooperating with the machine. And it is the quality of personnel that leads to real efficiency and long-term uninterrupted operation of robotizaranoto innovations.
The specialized support that we provide is the standard for working both on a schedule and from an approach. Manufacturers zealously adhere to the rules and procedures that have been developed regarding periodic maintenance procedures, warranty repairs, scheduled repairs, and incident repairs.
A better and more reliable alternative to the original spare parts has not yet been found. The industry's track record of years pre-confirms the fact that the well-groomed method works best, both without getting married, as well as lasting and non-stop. Return on investment in a remote solution directly depends on the quality of service and repair.
The first important step on the path to automation is to determine what problems you want to solve.You can only make the most of the benefits by investing in the right resources. Whether it's humans, robots, or specialized machines, you've identified the right places and tasks.The first thing you should decide is whether robots are really necessary for you.
Humans, scanners, and specialized machines have their own strengths and weaknesses.To maximize the robot's capabilities, it is important to determine which tasks will be most effective to define for it.
Industrial robots come in a wide variety of types and evolve daily.The best way to find the latest information and get a clear idea of how to introduce robotic systems, while referencing examples from your industry, is to browse the internet at international trade shows where many robot manufacturers and system integrators (SI) come together. In recent years, more and more exhibitions are visible on youtube, so access to information from all over the world is very easy.The websites of robot manufacturers and the official website of the International Federation of Robotics also provide extensive technical information and examples for solutions and applications.
In general, SI interaction between the consumer and the robot manufacturer both acts as a link between them and leads along the way to installing the system, configuring it, updating it, upgrading it, and maintaining it together with the workshop.
Here’s a classic example of how the process of implementing a remote solution works.
First, the importance of SI, which is conceptually a robot system, is to ensure that a certain very good shop floor and end-user needs are met.SI will conduct a series of meetings and thorough vetting with on-site research.During the meeting, we also shared basic requirements like budget, deadlines, workspace diversity and time for taktuvan, along with any other detailed information that may seem insignificant to you, but is valuable for shaping the assignment.
The next step is to determine which processes can be automated.Determine which processes are suitable for robotization in terms of efficiency, productivity, profitability, and what process occurs before and after that to be robotized.Once you know which process will automate, it should be divided into work items.For humans, this process can be a series of tasks.But in the case of a robot, it is necessary that each task can be broken down into smaller steps and programs as separate actions/movements.At the same time, the working conditions around the robot area, like the parts flow, workspace and utilities should be checked. After the general plan of the robot system, its operation, and the capabilities of the validirate are established. The risk should be assessed.After the production and programming of the robot system have been completed, it goes through testing before delivery, should be installed in the actual workspace, and an engineering test period before this solution finally enters service.Once the production and programming of the robot system have been completed, it goes through testing before shipment, installation in the actual workspace, and a testing period before commissioning.
Even after the successful deployment of the robot system, cooperation between the robot manufacturer, SI, and the investor continues.
Thorough follow-up periodic maintenance after installation is essential for the system, including regular maintenance and inspections, responding to problems, support for recovery in case of damage, updates and changes to the software. Each robotic system and solution has its own schedule of maintenance, replacement of components subject to fatigue and wear, and necessary diagnostics. Compliance with this schedule is key to ensuring the continuity and quality of each system, without exception.