The automation of the manufacturing processes is at present an integral part of efficient production. When there is repetitive work and a make ready process certain steps can be replaced with automated workflows. In this way the flow of production can be maintained.


More Information On Automation

With the software mpm® (MicroStep Production Management) together with access to sheet metal shelf storage, an equipped cutting plant can transmit the command to outsource the metal plate required. A crane with magnetic or vacuum lifter picks up the plate and delivers it to the respective cutting table.

It automatically measures the cutting machine position and direction in which the sheet metal panel must be positioned and then allows for the execution of the cutting to begin.

Once the cut is completed, the crane clears the cut metal sheet and transports it in a clearing away zone. Here employees can then take care of the sorting of components.

If an adequate overhead crane is not available, the entire loading and unloading of the cutting system can also be done via automated conveyor tables. For this purpose the metal sheet is only stored in a loading zone. The feeding table then transports the sheet into the cutting region. When the cut is finished the sheet is automatically transported to where the finished parts can be conveyed and then removed and sorted.

Automation - Automatic loading and unloading of pipes and profiles

Automatic loading and unloading of pipes and profiles

For efficient and continuous flow of material when cutting pipes, the pipe cutting machines of MicroStep® can be equipped with an automatic loading and unloading system. The tubes or profiles are fed to a stacker via a charging device of a tube magazine. If necessary, the cutting system of this tube magazine is provisioned and new pipes are automatically clamped in the jaw chuck.

Once a pipe segment is cut this is transported via a carrying system. If required further transport via a tethered conveyor system can be used to carry the pipe segment to the next work station.

Automation - Sheetmetal cutting directly from a coil

Sheetmetal cutting directly from a coil

Coiled Sheets are an efficient and space-saving solution for transporting and storing thin sheets. Normally, these must first be unrolled, directed and eventually shortened by means of tape cut to a desired metal plate format.

With the automatic coil solution from MicroStep® the unrolled material may be further processed by plasma or laser directly on the strip. This saves time and makes manual handling of individual metal sheets unnecessary. The de-coiler wraps the tape directly on the cutting table. For absolute precise cutting results the cutting system, using laser scanners surveys the exact alignment of the coiled section of the strip and adjusts the current cutting plan on it. Subsequently, the desired contours are cut.

Upon completion of the cutting operation the conveyor system equipped with a cutting table transports the finished cut section of the sheet metal. In the next step the cut strip from the sheet metal can then be removed either manually or using a robot. The remainder of the sheet is cut into smaller parts using a guillotine.


Multi functionality

Using an individual machine for each task is a thing of the past. Because of the increasing demands on high quality needs of existing and potential customers, companies in the industry are increasingly seeking automation on multi-functional machine solutions. This saves production time and space and provides much needed flexibility to adapt to ever-changing customer needs.

In the product range of CNC cutting machines, solutions are needed that allow automated, multifunctional processing of sheets, pipes, profiles or dished ends. Precisely for these requirements the system manufacturer MicroStep has developed the plasma cutting machines. The cutting system allows for the combination of different processing technologies: contour cutting, weld preparations, holes and drilling, countersinking, tapping, marking and punching.

Automation - Automated order and material inventory management

Automated order and material inventory management

In order to draw maximum efficiency from an automated cutting system, a reliable software solution for the organization of the cutting process is necessary. The MicroStep Production Management, mpm® offers this.

The mpm® manages customer orders and components contained therein and these are nested automatically according to priority, material type, material thickness and machining processes. These cutting plans are given to a suitable cutting machine for processing via the mpm® software. If a connection to a storage system that consists of automatic material feed exists, the cutting machine is equipped with the required equal semi-finished part and then automatically acquires the execution of the plan.

Ensure the future-proofing of your factory with FactorySmart.

As a comprehensive provider of factory automation solutions, we offer a wide range of services tailored to your specific needs. From cutting, bending, and welding machinery to solar power, automation software, and factory robotics, our team of experts is equipped to deliver the best solutions for your business. With a commitment to cutting-edge products and services, along with unrivaled knowledge and experience, we strive to help you achieve optimal efficiency and productivity in your factory operations. Trust FactorySmart to empower your factory with innovative solutions that will keep you ahead of the competition and prepared for the future.


MicroStep solutions to automation:



The MSF Max is the giant among fiber laser cutting solutions. The 3D high-speed cutting machine was designed for precise processing.



The MSF Max is the giant among fiber laser cutting solutions. The 3D high-speed cutting machine was designed for precise processing.



Machine designed for fully automated cutting especially oxyfuel cutting in combination with plasma cutting.



ProfileCut machine offers a comprehensive solution for steel structure production. It incorporates various cutting zones, including a dedicated area for structural profiles, and employs a laser scanner to ensure precise cutting based on the profile's actual shape.