This equipment allows the gripping and baricentric lifting/handling of heavy metal artifacts with variable diameters . The load is gripped by tightening two pairs of preloaded clamps with suitable springs, in order to compensate for variations in the irregular gripping diameter . MAXIMUM LOAD CAPACITY = 200 Kg MAX STROKE = 180 mm Nominal diameter of the socket = 160 - 240 mm The sizing was performed allowing a center of gravity lift in unloaded conditions and with various different types of load.

This equipment has been specifically designed to allow the longitudinal positioning of various semi-finished products on a robotic picking table for automatic welding. It has a total stroke of 1000 mm and a double locking device: via 20 mm steps with an automatic spring piston or via a retractable handle. The position is indicated by an upper millimeter rod.

The purpose of this configurable equipment is the correct positioning of two semi-finished bodies that define the main arms of some high-capacity cranes, ensuring orthogonality and nominal positioning between axes of the two elements, in particular the telescopic extension axis and the main pin bushing of hinging. The equipment is mainly composed of a fixed base equipped with various types of rotating drums for supporting the longitudinal body, various position stops and a sliding surface on which to position and constrain the transverse body, which will couple with the other element. There are eight configurations currently analyzed and involve the use of multiple equipment. The equipment is placed on a dedicated height-adjustable trolley with total capacity of 3,8 T

This equipment has been designed to lift several types of assembled cylindrical bodies. It is of the pantograph/bite type and configurable with different plasticized end clamps. MAX LOAD = 120 KG

This project was born from the Customer's need to transport different types of metal shapes from one workstation to another, in a semi-automatic way. The main difficulty was carrying out the initial feasibility study, analyzing the various work levels according to the different types of angles of the metal shapes to be loaded and moved. In fact, the bending machine ejects the folded semi-finished product and the conveyor automatically moves to the end, where it stops automatically. MAIN TECHICAL DATA

This is a layout that was necessary to study the relocation of an pre-assembly area. Particular attention to the work areas and logistics, to the position of some systems and possible interference with the existing structure and other intra-logistics. [ Two different areas were considered ]

MAX LOAD 2500 Kg The tool has been designed to allow the barycentric lifting of different mechanical parts with an indicated maximum weight. The center of gravity lifting is made possible by mobile brackets that can be blocked with a self-locking pin on a main hangable beam. The load is connected using chain tie rods with a simple hook terminal.

MAIN CHARACTERISTICS Payload: 250 kg Independent structural frame with housing application for 2 components, on anti-abrasion plasticized supports. TECHNICAL SPECIFICATIONS

MAX LOAD 100 Kg The tool has been designed to allow the barycentric lifting of different mechanical parts with an indicated maximum weight. The tool is made up of a central rod on which specific grapple brackets can slide. These rods can be positioned to grip the load and are automatically fixed by self-locking pin. The barycentric lifting is permitted through the mobile positioning of the lifting point and by the desired arrangement of the load. All points of contact with the parts to be lifted and handled are protected by suitable plasticizing treatment.

The design of these structures was necessary for a new complete painting plant The new layout is composed of various suspension systems equipped with fixed and mobile monorails A preparation/warehouse structure was calculated to hang the items to be painted with five monorails and total capacity of 3000 kg A mobile overhead crane with two monorails for picking up and moving the various hanging items was calculated and designed. The mobile overhead crane can be blocked at the various steps in order to intercept the fixed monorails and has a total capacity of 1000 kg The new layout/installation is completed by a painting oven and two specially designed extraction environments All structures will be built in class EN 1090 - EXC2

MAX LOAD 100 Kg The equipment has been designed to allow the barycentric lifting of certain loads with an indicated maximum weight. The equipment has a telescopic structure with an upper and lower frame connected with a self-locking pin and is adjustable in extension. In the upper part there is a mobile lifting point with three positions to allow a barycentric type lifting based on the applied load and its position. There is also a hooking point for hanging empty equipment, which is not suitable for lifting. In the lower inverted "T" shaped part there are the load housing brackets. These brackets can be inserted and positioned in symmetrical opening based on the size of the load, which must be positioned symmetrically. The brackets have "V" slots on which to house the load, possibly with suitable underhooks, pins or suitable equipment applied to the load. The brackets must always be blocked with the self-locking pin supplied.

This special equipment has been designed to allow the correct positioning of the parts that make up various products during welding operations. It is composed of a trolley on which it is possible to accommodate several specifically equipped and coded pallets. Some pallets...