Aluminium profiles - Import export

Lightweight aluminium profile for weightoptimised constructions.

Aluminium profile for general constructions.

The aluminium profile is matched to the roller elements. As a result, roller rails and roller tracks can be realised. The different inserts permit modular and flexible setup.

Aluminium profile for general structures. The round tube, also referred to as a profile tube forms a feed roller when used in combination with bearing flanges (10400).

Body, extruded aluminium section. Bearing housing and slide, aluminium. Profile guide rail and guide carriage, steel. Toothed belt, polyurethane with steel cord reinforcement. Version Body natural colour anodised Bearing housing and slide, black anodised. Tracks of the profile guide rail, inductively hardened and ground. Note Compact and flexible linear actuators with toothed belt drive. The body consists of a selfsupporting aluminium extruded section with integrated profile guide rail. This rail system is able to absorb highest forces from all directions, is lowwear, and is optimised for moving large masses. Slots are located on the outer sides of the aluminium profile, ensuring easy, reliable assembly and enabling accessories mounted. Proximity switches can be positioned and fastened in the upper Tslot. The aluminium profile is fully compatible with our standard I series profiles.

Housing glassbead reinforced polyamide. Rollers POM. Screws steel. Version Housing and rollers black. Screws electro zincplated. Note The roller elements are ideal for constructing roller conveyors in any length and width. Suitable for aluminium profiles types B and I. The sprung guide tabs underneath universally match slots sized 8 and 10. Mounting Form A Insert the lower housing part with rollers into the aluminium profile slot. Set the spread pins on the upper housing part into the lower housing part and press down. The spread pins expand the clamps and locks the roller element in the slot. Mounting Form B Insert the lower housing part with rollers into the aluminium profile slot. Set the upper housing part on top and press down. Knocking or screwing the screws in locks and clamps the roller element in the slot.

These brackets are used to hang aluminium profiles for roller rails in a round profile. A mounting set is supplied.

Ball stainless steel. Housing steel. Cage polyamide, carbonfibre reinforced. These ball transfer units are matched to the aluminium profiles for roller rails and can be mounted on them quickly and easily. For flexible movements in two dimensions. With a lowwear and lowfriction ball rollers. No tools required. Suitable for aluminium profiles Type B and I.

GJL 250 annealed or EN AW-7075. Drawing reference: machined faces: ±0.25 mm length tolerance: ≤200 mm: +3/+10 >200 mm ≤590 mm: +8/+15 ≥600 mm: +20/+50

Punto Curvatura adopts a technological solution to bend those profiles that have already been through the powder coating treatment, particularly wooden-paint sublimates.

The process of three-dimensional curving of aluminium, stainless steel, brass or iron profiles is carried out in two steps: torsion and bending. This is a very complex process, which only a high-skilled staff, with a technological equipment, can carry out.

The twisting or torsion of the extruded aluminium, stainless steel, brass or iron profiles is carried out via a clockwise (or counter clockwise) solicitation of the cross section against its axis. In order to avoid that this twisting jeopardizes the stiffening rib, we use a filling system to help the stretching and the compression of the fibres. We are able to twist up to 9 mt profiles!

The demand of aluminium profiles to furnish the HoReCa industry as well as Department Stores with particular sizes and shapes has considerably increased over the last years. The calendering of profiles used in the construction or in the realization of the most modern refrigerated showcases for cafés, ice-cream parlours or restaurants requires special attention for the aesthetics of the profile.

For the installation on roofs and warehouses, Punto Curvatura realizes the curvature of the substructures of aluminium profiles used for photovoltaic systems.

Punto Curvatura is capable, with special cylinders installed on the bending machines, to comply with the most complex curvature requirements for the realization of tensile structures used to cover circuses, military hangars, museums, exhibition stands, gazebos, stages and agricultural structures.

Together with the curving of single or double sunshade systems, Punto Curvatura is capable to twist them to meet the different architectural requirements.

The curve of the aluminum profile used for mobile walls is made with a sophisticated soft curving of the profile, which makes the curve with straight ends to the two sides of the extrusion. The service is performed by means of laser pointing installed on the bending machines.

Aluminium Profiles it is frequently used in : Automotive Industry,Precision engineering, windows , dors , telecommunications , advertising industry , furniture production and others .

We are aluminium profile processing and supplying company for global aluminium user firms. We also supply aluminium casting, foil and sheet products too. We serve several mechanical processes like cutting, drilling, tapping, spilling, bending, sizing and mounting. We prepare customer’s orders in package with accessories and assembly guide inside and barcodes outside as shared by the inquiries.

Lightweight aluminium profile for weightoptimised constructions.

The aluminium profile is matched to the roller elements. As a result, roller rails and roller tracks can be realised. The different inserts permit modular and flexible setup.

Aluminium 6060 T5. Cover plug PA 6.6. Version: Black anodised. Colourless anodised. Note: These hinges have stainless steel tension springs which enables doors and hatches to open or close automatically. Opening angle 270°. Spring torque opening: M(0°): 0.7 Nm / M(90°): 0.5 Nm / M(180°): 0.3 Nm Fastened with DIN 7991 countersunk screws.

Process steps are essentially concept, development and implementation. In the conception phase, free associations and thoughts play the main role. essentially it is about approaches to problem-solving. different methods for finding ideas are used here. Well-known solutions and familiar processes are questioned, alternatives are considered. The development transfers the approaches to more or less concrete forms, the first geometries are created. flow e.g. ergonomic, technical and aesthetic parameters. Materials are considered, manufacturing processes are considered. In the implementation, the detailed processing of the draft takes place with the aim of conveying specifications to the manufacturers that are not technically feasible or economically viable. Hand sketches and 3D software are used. Visualizations can be created to get realistic ideas about the products. Drafts can be converted into models in our own model making workshop as well as with the 3D printer.