The VICLA is not just synonymous with efficiency and accuracy in the sheet metal processing world. Another real strength is our ability to design ergonomic machines with a simple, user-friendly interface. We have studied these features to make them easier to use. Discover our video tutorial to learn how to power a VICLA machine up and
The ease of use of the Vicla CNC also for inserting a matrix in the library. The efficiency and reliability of a press brake is also measured by the machine's ability to allow simple and accurate programming of each type of processing. Vicla® presses are designed to offer the best in terms of operator control. This video tutorial shows metalworking enthusiasts how to quickly and easily insert a matrix into the library through programming on the Vicla CNC. First of all, you must select the icon of the matrix list and choose between new designated or default matrix. Let’s say we want to insert a matrix through the second option. Now all we have to do is set the following data: the height, the angle of the slot, the measure of the V, the distance between the center of the V and the side of the matrix, the height of the base, the radius that is detected from the data of the matrix, and finally the load. Now all you have to do is save the entered data and name our matrix. Once back in the library, it will be possible at any time to recall the saved matrix with all its stored data.
SET UP A WORK STATION FOR IMMEDIATE CALCULATION OF Z AND BENDS. A few simple steps to create a CNC workstation on a VICLA® press brake. In this short video tutorial we’ll show you how the operator can quickly and easily create one or more workstations by programming on the CNC. First, access the Tools menu and enter the tool name and the tooling values of the punch and die (initial quantity and length). The position of the tools on the press brake is now established and work station n°1 is created. To set station n°2 just repeat the steps. At this point you can calculate the Z value and set, for example, bend n°1 on station n°1 and bend n°2 on station n°2. In this way you obtain 2 different values of Z.
From VICLA’s CNC it is possible to insert the punch in the list through a few simple and quick steps. Programming on VICLA CNC is simple and intuitive. It is in fact designed to optimize processing times, minimize machine downtime, and increase press brake productivity. In this video tutorial we’ll show you how easy it is to insert a punch in the tools library. First you need to access the punches menu and choose the type of punch you want to insert in the library. From the standard and gooseneck punch, to the acute punch up to the reverse clamp one. For example, if you wish to create a new classic punch, all you have to do is just enter all the punch data, available from the catalogs of the manufacturers, such as height, bend angle and all parameters. Then simply save the recorded data with a name, to add the punch in the library list.
CNC graphics program: VICLA PRESSES ARE EQUIPPED WITH TECHNOLOGIES ABLE TO PROVIDE QUICK AND PRECISE SOLUTIONS.
Various factors influence fast and precise part manufacturing. With the possibility of remote programming and use of innovative systems for thickness detection, active crowning and angle control. VICLA has qualified, young engineers and technicians working for it. With an open mentality capable of designing fast and flexible solutions, designed for optimal operation of the entire bending presses machining process: from profile to manufacturing of the part. What you expect from an artisan is part precision, fast execution and the ability to group multiple processes in a single machine. VICLA bending presses, from the .SUPERIOR for large-sized bends to the .FIRST, a compact bending press for small and medium-sized formats, are equipped with systems for programming on the machine and from remote. Programming is guaranteed by the numerical control systems on board enabling enhanced quality of the parts, while at the same time reducing production costs and times. Programming from the office also enables the possibility of reducing operator intervention to a minimum, also in relation to difficulties of finding specialist staff. The first step to achieve part production involves drafting a 2D drawing (dxf or dwg) or 3D drawing (iges or Step). The cad/cam system on VICLA bending presses can host 2D and 3D files through a USB interface or a network card and recognises the bending lines and tools to use. This is how the software automatically calculates the profile, thickness and type of material, the development of the sheet metal as well as the bending sequence, force, positioning of the axes and crowning. Perfection of the part and rapid and error-free realisation also depends on other factors, such as detection systems for thickness, active crowning and angle control. Technical prerogatives finding ample use in VICLA bending presses.
Equip the .SUPERIOR press brake with CNC controlled bending supports to optimise bending of large sheets such as panels or doors. This system increases productivity, halving operator’s intervention. Moreover, since the bending supports hold the sheet properly during processing, the deformation risks are zero. WATCH THE VIDEO
Along with the continuous increase in power and length, the rear mechanisms must keep up the pace. In this case, the .SUPERIOR 6 m 250 ton comes with a Back5 back gauge characterised by a new larger and thicker rugged crossbeam that still preserves its high positioning speed. Rack and pinion system with linear guides mounted directly on the frame of the press, a feature common to all .SUPERIOR presses VICLA's strength points: rear retractable supports mounted to the sides of the back gauges that guide and support the sheet metal until it reaches the contact point, avoiding any positioning errors and eliminating downtimes thanks to their automatic CNC-controlled movement. They also feature a Teflon coating that facilitates material handling leaving no marks on the pieces. WATCH THE VIDEO