This cycle automatically detects flat areas on the workpiece. It works with concentric, line or pencil. Complements the path of the line perfectly, using the rowing cycle to handle flat surfaces that are flat and flat with flat surfaces. This cycle removes residual material on flat surfaces from a larger tool.

Turntable work. It also provides a realistic simulation of the operation of rotary axes and collision detection. Multi-fuel milling allows the machining sides to rotate and thus mill on a new face in one operation. The index command allows you to enter a new direction for a page or work plane. So you can use turntables or dividers.

It allows you to use all the features of 2-4 axis lathes. During grooving, tool insert damage often occurs. There are four cycles for grooving. Provides the ability to use three strategies for removing material: sequentially, from the center or alternately with the possibility of gradual introduction of the knife. Machining does not follow a single path through the entire profile, but is divided into two separate sections. Longitudinal Coarse - Removes material by rowing with the next tool insertion at the end of each pass or starting cutting from one side at any given time. Advanced - for use after the previous cycle. He performs one profile treatment in four stages. Automatically recognizes the defining processing order of the side and bottom elements.

• coarse cycle.
• Cycle after profile - recommended after the previous cycle.
• They start from the side walls of the groove and meet at the bottom.

• Use of ready-to-use 4-axis cycles.
• Using all standard 2-axis cycles.
• At the same time on spindle and counter spindle.

The second type of machining allows the use of two-axis cycles. Geometry is specified, for example, at the top of the head, and after the path is generated, head sync is enabled and processing at the bottom of the head is defined. In the cutting sequence, both heads have a separate representation, which greatly enhances the clarity of a particular process. The simulation module allows you to move both heads at the same time with synchronization.

The multi-spindle structure of the machine greatly reduces the processing time, and sometimes allows complete production in one operation. Integration of anti-splash control commands with other turning tasks greatly simplifies the programming process. The temporary spindle machining line and the line against the spindle make it easy to check the paths. Possibility of simple and flexible programming of counter-rotating harnesses, speed synchronization and homing. Simultaneous simulation of spindle and spindle. Animation of blanks and removal of blanks on the bumper.

• Integrated commands for setting up the kinematics and the machine.
• You can select a spindle by clicking the mouse.
• Machining instructions are clearly displayed in the browser window for each spindle.
• Head synchronization, spindle control and priority.
• The ability to transfer synchronization positions sometimes shortens the time.

Flat, which allows 2.5 axial milling cycles, such as pockets, text processing, or holes on the face of the cylinder, and rotational surface processing, which allows, for example, pockets, texts, and holes on the rotating surface of the roll. Production milling module.

Easy Path Creation makes it easy to control the operation window, including text and image hints. An intuitive interface will guide you through the processing process. This is the perfect solution for inexperienced or novice developers. Each cycle offers the best technology for complete toolpath control. High performance is achieved both when processing rib files and in individual flat elements and surfaces. Recent design trends have required complex processing of any geometric shapes in the production process.

Previously, these requirements were limited and used only in certain environments such as mold processing, punching, or prototyping. Now it works just as efficiently as batch processing. The intelligent use of appropriate strategies enhances the quality of processing, optimizes time and increases tool life.

Non-contact processing provides both input and output connections. Multi-axis and multi-plane machining. Uses advanced multi-axis processing. This allows for efficient use of optional 4-axis rotary, indexed and 5-axis continuous machining. Turning provides a wide range of functionality for a wide range of machine tools, including 2-way lathes, multi-head lathes, counter lathes, and mill-turn centers.

This gives complete integrity and associativity of the processing process. Supports planning, drilling and drilling from control cycles. Converting the toolpath to the shape of the insert and pre-machined material reduces depth and unnecessary cutting in the air. Allows you to improve performance as a result correct use plate shape during processing. Normal rotation - used when processing the internal and outer surface products. The whole process is controlled by the ability to read key data from a graphic monitor. The possibility of obtaining spherical, conical and cylindrical surfaces. . As part of the proposal for machining we also provide wide grinding service.

This is an activity that is used to process hardened and finished metal objects, as well as to clean a small amount of material from objects such as rolled, forged and cast. For this purpose, we use modern machines such as.

The next step is soaking at this temperature and cooling in air, water or oil.

• Grinding grinding wheels are grinding.
• We have 3 types of annealing: normalize, normalize and full.
• Quenching - Hardened steel is heated to a level below AC.
• We distinguish 3 types of hardening - low, medium and high.

Our knowledge and experience guarantees us the ability to offer our customers the following services in the field of mechanical engineering and automation. laser cutting- relatively new method material processing. It consists in directing a laser beam at the workpiece by a computer. This allows you to cut even the most complex elements. In addition, the laser beam used does not contaminate as quickly as a traditional blade, making every movement as precise as possible, and ultimately the entire edge of the cut material is smooth and without any imperfections.

All this ultimately leads to really high precision and cutting quality. Laser cutting can be done by melting, burning and sublimation. Regardless of the method used, the same cutting process is performed each time, consisting of three stages: start of the cut, correct cutting and cutting. Of course, the second step, of course, is that the two-point energy is transferred to the material emitted by the laser.

Laser cutting is used not only for metalworking, but also for cutting glass, plastic and wood. High cutting quality High cutting accuracy High cutting speed Low noise Full automation smooth surface and edges after cutting high cleanliness cleanliness material savings high cutting flexibility cutting ability even very small components cutting ability of very complex shapes.

We specialize in professional welding of structural carbon and alloy steels, as well as aluminium.