Forming tubes - Import export

Vacusera Serum Separator Tubes contain inert gel; during centrifugation, gel forms a stable barrier between serum and blood cells.

Tube end forming: A forming process used to create a specific end, usually to allow the tube to connect to another media. Cutting: The cutting process allows for metal tubes to be cut into specific shapes and sizes. Examples include tube laser cutting and mechanical cutting. Notching: This process creates notches at the end of the tube to simplify welding processes or to attach the tube to another part. Swaging: Swaging uses a die to manipulate the size of the tube diameter using force. Custom Metal Tube Forming Components, Seat Frame, Tube Handle, Yacht barrier... sales@mxmparts.com

Powerful and fast forming. The type UMR tube forming machine uses smart operating technology with many preset settings that can be retrieved automatically to achieve perfect mirrorlike surfaces. When producing flaring with 20°90° angles, with a clamping length of 1 x D, the machine achieves perfect sealing surfaces. Flaring up to 90° can be produced in a single cycle. Tools can be changed extremely quickly. With the appropriate tools the machine can also close tube ends.

We produce roll pairs and tube and pipe mills for the roll forming, tube, and pipe industries. we manufacture the tube mill rolls, For any tube mill line .Custom-made components for any product are included under specialized fabrication. Products are only fabricated using custom fabrication when certain specifications are fulfilled. The design, manufacture, measurement, and testing of products all include custom fabrication. used in mechanical, electrical, electronic, and other specialty manufacturing sectors. Customised manufacturing is another option for confirming that the products are of a greater quality and are more reliable.

We produce roll pairs and tube and pipe mills for the roll forming, tube, and pipe industries. we manufacture the tube mill rolls, For any tube mill line .Custom-made components for any product are included under specialized fabrication. Products are only fabricated using custom fabrication when certain specifications are fulfilled. The design, manufacture, measurement, and testing of products all include custom fabrication. used in mechanical, electrical, electronic, and other specialty manufacturing sectors. Customised manufacturing is another option for confirming that the products are of a greater quality and are more reliable.

Smooth chimney made in the form of a tube made of basic knitted fabric with cuffs on both sides. Worn around the neck as a scarf, balaclava, handkerchief or headband. The logo, size, maintenance stamps together with the standard are embossed on the inside of the cuff. A label is sewn on to the seam of the hemming of the lower cuff from the inside of the product.

In form, double strength. For the optimum processing of your individual requirements we simply combine our transfluid forming techniques, as simple as that, in particular the axial forming and the rollforming. The additional clamping unit makes even extreme forming feasible in one work sequence. The cutting before the axial tube forming is also possible, as well as the rollforming of a preformed geometry. That saves you valuable time. A strong partnership axial forming and rollforming. Our t form combination machines is the perfect union of axial and rolling tube processing, with up to 6 axial forming steps, two rollforming stations, two powered tool holders for flange orientation and an additional clamping unit. The horizontal clamping system makes the processing of bent tube geometries possible.

All the options in one single machine forming, cutting, postbending cutting, threading. Our rotational technology increase the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servoelectric by design and, if needed, CNCoperated. In our SRM typeforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or postbending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

Accurate forming with fast tool change. Our type REB axial t form forming machines, with their compression power of up to 1,300 kN are particularly wellsuited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step userfriendly and fully programmable individually. We offer the option to equip our systems with electric or hydraulicnumerical drives. These forming processes can be completed stepwise in transfer system to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

REB 420 - for tube-Ø from 4-20 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

With the new generation of our combination machines, we have continued to develop the new diversity for forming pipes. Geometries that effectively replace high-cost and expensive turned parts can be formed directly at the pipe end in the endforming machine – for a final component of a single workpiece that is ready for use without elaborate soldering or welding. Implementation of the combination can be specified by you or based directly on the forming geometry. This is usually done using up to 6 axial forming stages and at least one rotary unit. Trimming, as well as axial and rotary forming, may require 2 rotary forming stations. Simple trimming or deburring after forming at the pipe end are no demanding challenges. Therefore, all our axial forming machines and combination machines are equipped with one or several single-drive axes. They have a servo-electrical drive and can be used in each of the holders for the forming stages, making the system is very flexible and compact.

Our rotational technology increases the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servo-electric by design and, if needed, CNC-operated. In our SRM rollforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or post-bending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

Our rotational technology increases the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servo-electric by design and, if needed, CNC-operated. In our SRM rollforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or post-bending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

REB 660- for tube-Ø 6 - 60 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

Our rotational technology increases the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servo-electric by design and, if needed, CNC-operated. In our SRM rollforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or post-bending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

REB 645 - for tube-Ø 6 - 45 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

The type UMR tube forming machines use smart operating technology with many predefined settings that can be retrieved automatically to achieve perfect mirror-like surfaces. When producing flares with 20°-90° angles, with a clamping length of 1 x D, the machine achieves perfect sealing surfaces. Flaring up to 90° can be produced in a single cycle. Tools can be changed extremely quickly. With the appropriate tools, the machine can also close tube ends.

The type UMR tube forming machines use smart operating technology with many predefined settings that can be retrieved automatically to achieve perfect mirror-like surfaces. When producing flares with 20°-90° angles, with a clamping length of 1 x D, the machine achieves perfect sealing surfaces. Flaring up to 90° can be produced in a single cycle. Tools can be changed extremely quickly. With the appropriate tools, the machine can also close tube ends.

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).

FPXBAG-NEW is an innovative semiautomatic vertical packaging machine which combines different existing technologies with unique innovations. FPXBAG-NEW is an easy to use, economical and functional form-fill-seal machine which creates 3 hermetic sealing bags starting from a plain foil roll. Compared to the other vertical machines, FPXBAG-NEW has an innovative system of forming box which allows to get a fast format change. This systems reduces the machine shot-down and we gain in productivity. Moreover the two clamps of the horizontal sealing allow to keep the forming bag in position reducing the any break possibility. The key factor of the FPXBAG-NEW is the versatility of the machine which can seal any kind of film, this thanks to the incomparable sealing system. The machine is supplied with 1 forming tube type 200 (suitable for making bags with a width of 185 mm). On request it is possible to have forming tubes with different sizes, type 200 and type 250.

We manufacture customer-specific molded parts made of rubber, silicone and elastomer composite parts in small and large series production according to your sample or drawing. Molded rubber parts are generally characterized by their good formability, chemical resistance, pressure and abrasion resistance and good electrical properties. We advise you in detail on the selection of the suitable material, with a view to the functional description, temperature resistance, chemical requirements, weather influences and resilience. Our molded parts are used in all industries, such as the automotive industry, medical technology, mechanical engineering and electronics industry. We offer customized parts: Protective covers for input devices, Rubber seals and rings, Grommets, flanges, bellows, Form Tubes, Rubber damper, PU molded parts (e.g. wheels and rollers) Combined rubber-metal parts / rubber-plastic parts, etc.

Below are a few reference objects that we have been able to work on as part of a wide variety of project tasks in recent years: Audi: all RS models since 2000, R8, R8 2015 Bentley: Mulsanne, Bentayga BMW/Mini: Clubman, 3 series Ferrari: 599 GTO Lamborghini: Gallardo, Murcielago, Aventador Mercedes: S-Class, SLS, Actros Porsche: 997, 911 I panel, door trim, center console, greenhouse, interior trim, trim, steering wheel, seats, carpet trim, infotainment system, instrument cluster, mirror, selector lever, switch panel, trunk, engine compartment cover. Wheels, brakes, wheel suspension, exhaust system, engine components, tank, lines. Plastic injection moulding, metal casting, forging, forming, tube processing, painting, galvanic surfaces, lamination, leather covering, upholstery and sewing.

GURTEC’s Heavy Mining Idler Roller is setting a new standard for high speed mass transportation and life cycle costs. Our highly automated manufacturing line utilises a flow forming process for extremely round tubes and an end forming process to round shell edges and integrate concentric bearing houses to the roller shell body, avoiding the need for welding.

Bearing flanges and fastening pieces PAGF. Bolts steel. Black. Bolts electro zincplated. Two bearing flanges combined with a D50 type I aluminium profile tube (10050) form a feed roller (loadbearing roller). The bearing flanges are simply pressed into the aluminium profile tube. These can be used for many conveyance tasks. The bearing flanges have ball bearings and springloaded fastening spigots which enable transport rollers to be retrofitted into existing structures. A roller conveyor is created when several transport rollers are mounted in series. Two bearing flanges are required for a transport roller.

While various idlers have been developed to perform adequately in different installations, determining the most appropriate one remains a challenging task. The primary function of an idler roll is to provide load support with minimal resistance to movement, particularly addressing radial loading from the belt and materials across specific idler spacing. This role encompasses absorbing impact at the loading point and managing belt tension in curved sections, which can be challenging to quantify. Modern conveyor design methods have enhanced our comprehension and control, providing clearer insights into idler implications. Assemblies of idler rolls are strategically designed to influence the belt profile, often forming a trough or tube. It’s essential to acknowledge that the trough’s shape, consistency, and flexibility significantly impact idler roll behaviour.

The type UMR tube forming machines use smart operating technology with many predefined settings that can be retrieved automatically to achieve perfect mirror-like surfaces. When producing flares with 20°-90° angles, with a clamping length of 1 x D, the machine achieves perfect sealing surfaces. Flaring up to 90° can be produced in a single cycle. Tools can be changed extremely quickly. With the appropriate tools, the machine can also close tube ends.

Our Speedmax is the fastest available wire and tube forming automation solution available on the market for bending machines. By combining NC finger benders with our servo-electric transfer, the Speedmax with its 90 servo axes can reach a speed of up to 4,000 machining steps per minute. The SPEEDMAX is available in three variants (S,M,L). The SPEEDMAX (S) has 20 processing stations and can produce up to 200 parts per minute. The machine concept combines the advantages of 3D-NC wire bending and wire bending by slides. Bending, embossing, notching, flattening, joining, punching, swaging of tubes and wire are possible production technologies in the 20 processing stations. The new SPEEDMAX L has actually 20 processing stations and can produce up to 60 parts per minute. The SPEEDMAX L can work with tube and wire up to a diameter of 12mm and a feed length of 50cm. Various bends in all levels and in the current equipment up to four swaging processes are possible.

The round tubes are manufactured from a coil that is bent and electric resistance welded (ERW). The forming process can be according to EN 10210, which foresees hot forming or cold forming followed by heat treatment, or according to EN 10219, which foresees cold forming without following heat treatments. The finished product is fully killed and welding seam bead is inside and outside trimmed. These products are used to manufacture both welded and bolted structures, in the field of constructions, engineering, industrial constructions, transports, automotive, agricultural machinery and earth moving machinery. The cold finished tubes are particularly suitable for structures at sight or for aesthetical uses, thanks to the surface aspect typical of cold forming. NORMS HOT FINISHED” TUBES EN 10210-1/2 COLD FINISHED” TUBES EN 10219-1/2 INSIDE TRIMMING EN 10217