Cutting industries - Import export

Fully automatic slicer with integrated weighing technology for portioning and weighing of individual slices. With fully automatic product fixation. Easy to service and very robust – perfect for industrial use. Area of Use Robust slicer for industrial production

Thanks to the robust steel frame, our T-Rex CNC mill enables you to produce precisely, quickly and cleanly. Even with workpieces made of hard material, you will achieve ideal results, thanks to the high stability of the CNC machine, which is guaranteed by the robust construction. On this machine, you can even process thicker plate material, as the clearance height of the Z-axis is 200 mm. Versatile application possibilities: drilling, cutting or engraving in different materials such as plastic, wood, granite, marble, stone and metal can be done with high accuracy. Basic equipment: > vacuum table with several zones > manual central lubrication > KinetiC-NC control software > ergonomic control panel with integrated CNC control > full version of the design software ConstruCAM-3D > Estlcam software CE-compliant commissioning of our CNC machines requires the attachment of the protective housing and the exhaust connection.

Weber uses FEM (finite elements method) to design Cutting Sonotrodes specifically for a customer or an application. These Cutting Sonotrodes are made from high-grade materials like Aluminum alloy, Titanium or sintered steel. Cutting Sonotrodes for the food industry are manufactured to precisely meet the required hygiene standards.

• 2.4 mm up to 6.4 mm Ø alu and copper • Up to 6 mm Ø steel & 5 mm Ø stainless steel • Up to fl ange diameter 11.4 mm • Rivet body lengths above 30 mm • Traction power up to 11,770 N (6-7 bar air pressure) • Cost effective from an annual quantity of around 500.000 blind rivets (related to the german market) • Up to 50 % time and costs savings compared to standard blind rivet devices • Rivet pistol has a large action radius • No trained personnel required for operation • Can be easily integrated into fully-automatic production systems • Up to 40 blind rivets can be processed every minute • Electronic system controls • Maintenance display & simple fault diagnosis • Customer-specifi c software modifi cation is possible • Rivet mandrels are disposed of by vacuum system • Optional Spring loaded trigger system • Interface for external memory programmable control system (SPS) can be realised via GESIPA® interface

ZINSER GmbH offers advanced pipe cutting technology known for its precision and efficiency. Our systems are ideal for cutting cylindrical and polygonal pipes made of mild steel, stainless steel and aluminum. With the latest technology and high-quality materials, our machines ensure the highest cutting quality and reliability for industrial applications. ZINSER 1304 / 1306 These specialized pipe cutting machines offer precise and fast cuts. The ZINSER 1304 and 1306 models are perfect for processing pipes with complex geometries and different materials. They offer excellent results for breakthroughs, recesses and end processing. Advantages of ZINSER pipe cutting machines Highest precision: Exact and repeatable cuts thanks to the latest control technology. Versatility: Suitable for different pipe materials and diameters. Efficiency: Cost-effective cutting solutions thanks to innovative technology and robust construction. Durability

• Specifically geared towards the requirements in the building and manufacturing industry • Cutting edges inductively hardened • Precision cutting edge for bolts, nails, rivets, hard wires and similar materials • Asymmetrical cutting edge for easily cutting long workpieces, too • Power transmission with optimum leverage for easy and effortless work • Tremendous cutting performance, up to 50 % power saving compared with conventional end cutting pliers • Handles coated with plastic • Made of special tool steel, forged, oil-hardened

The multi-function unit is a universal C-shaped stationary machine designed for sheet metal utilising industries as a machine for every situation. In respect to working with sheet metal and profiles in aluminium, steel or stainless steel many demands are realised with the multi-function unit MFG 500/150 E. Accordingly the machine is used for clinching, self-piercing riveting, punching, pressing-in and embossing. However a new machine is not needed every time but merely an appropriate tool holder is inserted and the machine is ready for a further task. You can also choose from standardised tool holders or a custom-manufactured tool holder according to your needs. Required tools (punches and dies) and tool holders are not included in the scope of delivery. They must be chosen separately, based on the actual task. Contact us for a customised offer, tools included!

PP strapping represents approximately two-thirds of our production. We manufacture it as standard in widths 5-15 millimeters in black. On request, we will be happy to produce it for you in other colors as well. PP strapping material is particularly suitable for strapping packages, cartons or other containers, as well as lighter pallets. After use, it can be easily fed back into the material cycle. It is completely recyclable, has a constantly high quality, can be failure-free processed and is short-term available. Most frequent fields of application are: • General logistics (boxes of corrugated cardboard, styrofoam, plastic) • Printing industry (newspaper, magazines) • Corrugated cardboard industry (folding boxes, cut-outs) • Tins and bottles of plastic, aluminum and cardboard • Construction and container (furniture, wooden slats, tiles and bricks) • Food industry (meat, fish, poultry in folding boxes or styrofoam)

The plasma cutting machines Q 3000 and Q 3000 plus combine precise, highest-level plasma cutting and marking with a maximum cutting current of 300A. Thanks to the modular design, the machine performance of the Q 3000 plus can later be upgraded and, thus, adapted to the customer's requirements. The specially developed browser-based operator interface Q-Desk provides real-time process data and information of all plant components on any standard device and location-independent. The user benefits from extensive information enabling him to plan and execute a variety of maintenance tasks as guided by the system. This generation of plasma cutting systems is the result of intensive research and development work by Kjellberg and a landmark in the 60 years of Kjellberg's plasma history. The new digital plasma series Q sets pioneering standards regarding quality and connectivity.

The Professional Line punching machines by EHRT are characterised by their outstanding robustness even under high loads. With the Professional machines a three-shift operation, for example, is not an issue. This machine is fitted with three CNC controlled axes, allowing for production parts to made with virtually perfect accuracy. No additional employees are needed to adjust the machine, which saves a significant amount of time. The operator is only responsible for starting the machine, feeding in the material and then removing the production parts. Feeding in the material and removing the production parts can be further automated. This makes the machines extremely cost-effective. Software solutions from EHRT enable a customised and smooth production flow of punching machines. In addition, the punching machine can be optimally linked with the bending machine so that production can be carried out based on a single production file from a common database.

The new FlexPunch series features a very flexible and modular system. Each machine can be adapted to the customer’s individual requirements via individual components. The FlexPunch series is equipped with three CNC controlled axes, allowing for production parts to made with virtually perfect accuracy. No additional employees are needed to adjust the machine, which saves a significant amount of time. Through additional options, however, the processes of feeding the material and removing the production parts can be further automated. This makes the punching machines extremly cost-effective. EHRT's software solutions enable a customised and smooth production flow of punching machines. In addition, the punching machines can be optimally linked with the bending machines so that production can be carried out based on a single production file from a common database.

The Professional Line punching machines by EHRT are characterised by their outstanding robustness even under high loads. Running a three-shift operation, for example, is not an issue. The Punching Machine Professional Series is fitted with three CNC controlled axes, allowing for production parts to made with virtually perfect accuracy. No additional employees are needed to adjust the machine, which saves a significant amount of time. The operator is only responsible for starting the machine, feeding in the material and then removing the production parts. Feeding in the material and removing the production parts can be further automated. This makes the machines extremely cost-effective.

The new FlexPunch series features a very flexible and modular system. Each machine can be adapted to the customer’s individual requirements via individual components. The FlexPunch compact is the smaller version of the two and is particularly suited for production sites with limited space. The FlexPunch series is equipped with three CNC controlled axes, allowing for production parts to made with virtually perfect accuracy. No additional employees are needed to adjust the machine, which saves a significant amount of time. The operator is only responsible for starting the machine, feeding in the material and then removing the production parts. Feeding the material and removing the production parts can be further automated. This makes the punching machines extremely costeffective.

In stamping technology, many very different technologies can be integrated into the stamping process, such as assembling two or more parts, contact riveting, resistance and laser welding, laser marking of parts, or thread forming. Our high-precision tools, thereby, create a basis for production that is, over its lifetime, very high quality and economical. The stamping process is accompanied by a 100 % quality control of the functional design dimensions.

Technical plastic : Polyethylene (Short : PE) Product name Polyethylene (PE or sub groups like PE-HD, PE-LD, PE-HMW, PE-UHMW, PE 300, PE 500, PE 1000 or RCH 1000 and many more) Delivery form Sheets, cuts, milled products, base profiles Specification Polyethylene - technical plastic Polyethylene ( Short: PE ) is a technical plastic that can be processed easil. It has a density of about 0,95g/cm³ and with that it's the second least weighing plastic of all technical plastics and just because of that it offers a very interesting price. The moisture absorbtion of PE is about 0,0 %. The material is really good against lyes and acids , has a self-lubricating effect and is easy to mill ( cut, milling, lathe, water jet cutting and welding ). Furthermore it is a great material for abrasive fraught parts in e.g. machine engineering ( PE UHMW ), as inlay for bulk containers or as a cutting boards in the food industry or households. We would like to advise you which kind of PE RG ist the...

AF 165 is a tabletop device for the lightning-fast and efficient removal burrs. Faceting and deburring machine with fixed angle of 45° and gradually set chamfer width for all metals. Its special area includes the removal of saw burrs and roughing burrs so that workpieces can be further processed and are safe to use. Fast, cost efficient edge grinding is achieved by durable flap disks, CBN- or diamond grinding wheels. Advantages: Can be used for steels, aluminium, brass, copper, plastics, from soft plastics to acrylic glass, wood and much more. For hardened steels CBN wheels For hard metals Diamond discs Uncomplicated tool change Easy operation

BKE 550 is a table or permanent device for extremely fast, double-sided deburring of sheet parts from all metals (including stainless steel), up to approx. 5 mm sheet-metal thickness, in a single step. The BKE 550 sheet deburring machine is for the highest demands in effective, fast and safe deburring. The double-sided deburring of sheets is guaranteed through the machine construction with two finned grounding wheels, which are installed directly on motor shafts that run opposite. Smaller and handy workpieces can be placed and processed with a horizontal table. Large metal sheets and strips can also be deburred with a vertical table. Advantages: Deburring of sheets on both sides Sheet thickness 0-4mm Can be used for small sheets in horizontal operation and large sheets in vertical operation Flap wheels for steel or stainless steel with different grit sizes

The automatic weld chamfering machine ASO 920 is for portable use in weld seam preparation. The attachment of large welded chamfers on the workpiece upper edge up to a chamfer length of 90mm can be performed by the machine effortlessly without any thermal change to the material, because the heat dissipation occurs through the chip. V, X, K, U or Y seams can be prepared thanks to the gradual angle adjustment from 0° - 30°. The highlight here is the machining preparation of a tulip seam. The machine is very durable and shows its’ strength in every material through their sturdy construction. Extremely high tool service life can be achieved with the low-speed chamfering. Sheet thickness started at 8mm can be processed. Advantages: Easy to adjust to material thickness, chamfer angle and working height Cutter head can be set in Z and X-axis No change to material properties, through heat dissipation via chip V-, X-, K-, U- or Y- seams possible

The automatic recess chamfering machine ASO 910 is for welded seam treatment of, for example, duplex steel. The recess chamfering or resetting of cladding is mastered excellently by the edge chamfering machine. The attachment of chamfers on the top edge of the workpiece is possible up to 65mm. Thanks to the gradual angle adjustment from 90° - 75°, clean transitions are created between two workpieces with different thicknesses. The machine is very durable and shows its’ strength in every material through their sturdy construction. Extremely high tool service life can be achieved with the low-speed chamfering. Sheet thickness started at 8mm can be processed. The front, top and/or bottom side can be processed in one step through a special shape chamfer. Cavities in the front can be chamfered using the disc groove cutter. Advantages: Easy to adjust to material thickness, chamfer angle and working height Cutter head can be set in Z and X-axis No thermal change to the material

The automatic weld-chamfering machines from the ASO 930 series are for stationary and portable use in weld seam preparation. The attachment of large welded chamfers on the workpiece bottom edge up to a chamfer length of 74mm can be performed by the machine effortlessly without any thermal change to the material. V, X, K or Y seams can be prepared thanks to the gradual angle adjustment from 0° - 75°. The machines are very durable and show their strength in every material through their sturdy construction. Extremely high tool service life can be achieved with the low-speed chamfering. Sheet thickness started at 8mm can be processed. Smaller workpieces can be processed manually. Advantages: Easy to adjust to material thickness, chamfer angle and working height No thermal change to the material V-, X-, K-, I- or Y- seams possible Very long operating life and cutting performance Gradual feed adjustment depending on material from 0 - 1.

The automatic weld-chamfering machines from the ASO 900 series are for stationary and portable use in weld seam preparation. The attachment of large welded chamfers on the workpiece upper edge up to a chamfer length of 53mm can be performed by the machine effortlessly without any thermal change to the material, because the heat dissipation occurs through the chip. V, X, K or Y seams can be prepared thanks to the gradual angle adjustment from 15° - 80°. The machines are very durable and show their strength in every material through their sturdy construction. Extremely high tool service life can be achieved with the low-speed chamfering. Sheet thickness started at 8mm can be processed. Smaller workpieces can be processed manually. Advantages: Easy to adjust to material thickness, chamfer angle and working height No change to material properties, through heat dissipation via chip V-, X-, K- or Y- seams possible

The small and compact edge processing machine with sliding carriage is designed for chamfering and grinding small to medium-sized workpieces starting with a thickness of 1 mm. The light aluminium casing, the wear-resistant and sanded guide rails, the speed regulation and the optionally available extraction sockets convince in every regard. The sliding carriage protects the workpiece surface of components that are sensitive to scratches. The workpiece is inserted in the V-prism from the sliding carriage. The processing is performed by pushing the sliding carriage with workpiece over the tool. The travel path is 210mm. The sliding carriage can be locked in place for longer components. Our variety of high-quality solid carbide chamfers provide for vibration-free, clean and constant chamfering quality depending on the material. A chamfer width of up to 4 mm is possible in NE metals and a chamfer width of up to 2mm in steel.

The KKF3-SL, a universal chamfering and contour milling machine, has a measuring head attachment. Tools with a shaft diameter from Ø6-12 mm can be clamped in the milling cutter support. Our versatile tool range includes different VHM milling cutters and blade heads. The VHM milling cutters are available for the processing of chamfer angles and radii. Ball bearings with Ø6 or Ø8mm are used for contour processing with the VHM milling cutters. Tapered contour chamfers are used in combination with optional guide fingers or stop rulers. The use of cutter heads with cutting inserts and guide ball bearings starting at Ø10mm permit maximum efficiency. A guide prism with VHM shaft chamfering can optionally be used for straight edges. The exact chamfer setting is performed through a micrometer screw. A chamfer width of up to 6mm at 45° is possible in steel. In NE metals, significantly larger chamfers are possible depending on the tool and angle.

The KKF4-SL, a universal chamfering and contour milling machine, has an ER collet chuck. Tools with a shaft diameter from Ø6-12 mm can be clamped. Our versatile tool range includes different VHM milling cutters and blade heads. The VHM milling cutters are available for the processing of chamfer angles and radii. Ball bearings with Ø6 or Ø8mm are used for contour processing with the VHM milling cutters. Tapered contour chamfers are used in combination with guide fingers or stop rulers. The use of cutter heads with cutting inserts and guide ball bearings starting at Ø10mm permit maximum efficiency. A guide prism with VHM shaft chamfering can be used for straight edges. The exact chamfer setting is performed through a micrometer screw. A chamfer width of up to 4mm at 45° is possible in steel. In NE metals, significantly larger chamfers are possible depending on the tool and angle. The KKF4-SL has speed regulation that is very useful for the processing of aluminum or stainless steel.

The ASO 600-ASL edge and contour deburring machine is designed for chamfering small to medium-sized workpieces. The refined machine features, such as the folding table, the tool-free spindle locking and the height adjustment guide for tool change convince completely in their performance. The durable steel casing, the wear-resistant and sanded workplate with extraction socket and speed regulation round off the total package. The speed range from 9,000-21,000 rpm is ideal for use of NE-metals up to high-alloy materials. Thanks to the brushless motor the machine is perfect for continuous operation. Our versatile tool range includes different VHM milling cutters and CBN or diamond grinding pencils. The VHM milling cutters are available for the processing of chamfer angles and radii. Ball bearings with Ø3, Ø4, Ø5 or Ø6mm are used for contour processing with the VHM milling cutters. Tapered contour chamfers are used in combination with guide fingers or stop rulers.

The KKE edge and contour deburring machines are designed for chamfering small to medium-sized workpieces. The durable steel casing, the wear-resistant and sanded work plate and the speed regulation convince in every regard. The machine is available in KKE1 and KKE2 designs. The KKE2 includes a prismatic guide with extraction socket in the scope of delivery. Our versatile tool range includes different VHM milling cutters and CBN or diamond grinding pencils. The VHM milling cutters are available for the processing of chamfer angles and radii. Ball bearings with Ø3, Ø4, Ø5 or Ø6mm are used for contour processing with the VHM milling cutters. Tapered contour chamfers are used in combination with guide fingers or stop rulers. A chamfer width of up to 3mm is possible in NE metals and steels and up to 2mm in stainless steel. Radii processing is feasible up to R3. We recommend an industrial vacuum with automatic switch-on for the KKE2 so that cleanliness at the workplace can be guaranteed.

The small and compact chamfering machine is designed for chamfering small to medium-sized workpieces. The light aluminum casing, the wear-resistant and sanded work plate, the optional speed regulation and extraction sockets convince in every regard. The Speedy Contour is available in the type 270 and 320 designs, this refers to the able plate size. Both versions are available with and without speed regulation. For high-alloy materials, the speed range can be adjusted for speed-regulated machines from 10,000 to 30,000 rpm, through a technical change, to 2,800 to 7,400 rpm, and for machines without speed regulation from 20,000 rpm to 5,100 rpm. Thanks to the brushless motor the machine is perfect for continuous operation. Our versatile tool range includes different VHM milling cutters and CBN or diamond grinding pencils. The VHM milling cutters are available for the processing of chamfer angles and radii.