Metal punching - Import export

It has been designed and constructed with respect to the pre punch holes to prepare a connecting element assembly, especially for metal plates. These packages are produced in order to order and delivery for approximately 3 4 weeks.

We offer sheet metal punching for all kinds of materials. We work on AMADA machines. Max width: 3000mm Max thickness: 6mm

The punching is a preferred technology in cutting-out of galvanized metal sheets. In FoxLaser we have 4 pc. punching machines that enable us to process without repositioning sheet material with dimensions 3000/1500/3mm. The main advantage compared to laser technology is the possibility of cutting and forming of the sheet material. The combination usage of punching and laser cutting allows us to make numerous identical holes (grid) or just forming in a laser cut parts. The biggest advantage in FoxLaser punching are a tripple tooling we have that allows us to produce same time same part in all machines. For achieving maximum performance we work with wide range of functionalities by the well proved softwares SigmaNEST and Metalix CNCKad, in combination with the customized software of the company AMADA.

Donlouco Ireland Ltd has a proven track record for quality and sustainable supply of precision stamped parts to customers in Ireland, UK & Europe. Precision stamped parts. Precision punch tools-high tolerance. Fine blanking parts. Fine blanking & formed parts.

- CNC punching: sheet up to 4mm 1250x3000 mm.

- CNC punching: sheet up to 4mm 1250x3000 mm.

Metal In Ltd have two punching machines – TRUMPH and Raskin and two CNC bending machines TRUMPH. This allow us to produce punching details with maximum sizes 1250x2500 mm and maximum thickness 4 mm. Machines are with maximum length 3000 mm and power 120 tones. We also have eccentric presss machines with maximum power of kick 160 tones and hydraulic presses with maximum power 100 tones. We have our own production of punching and bending instruments. The company have three roller bending machines for sheet iron, profiles and tubes. Except upper mentioned operations we also make MIG-MAG and WIG welding, cleaning and powder coating.

Punching Tools for Sheat Metall

Item No.: 661012 Elastic cord Specification Elastic cord Braided elastic, with stitched-on belt and punched-in metal eye at both ends Model type: C (Customised) Dimension: approx. 60.0 mm wide Material: Polyester Colour: black Property: elastic Elastic Material: Natural rubber Packaging: loose in cardboard box

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

When processing sheet metal parts by punching, lasering, plasma cutting, flame cutting, etc., a burr is always created. We have met the challenge of deburring or rounding these “sharp” edges of the workpieces in companies by developing our deburring grinding wheels and deburring rollers. By using these highly flexible tools, both on hand machines and on automatic machines, sheet metal parts can be optimally rounded or deburred. We have the right dimensions for your deburring machine! We would be pleased to advise you on which deburring rollers can be used in your processing, in order to achieve top process results.

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

Our competences ,Flexible and toolbased sheet metal processing ,2D laser cutting, punched and folded parts. ,Bent wire parts madetomeasure ,Manual and automated welding. We would be happy to manufacture your preliminary products. More information available at https//www.geck.de

Mercury steels are a set of steels that are hardened with water suitable for the construction of tools such as twist and dental drills, Guides, Drift punches, Countersinks , Center drills, Rasps, Hole punches, Metal saws, Drawing punches and all sorts of staples, connecting tab and similar tools.

Mercury steels are a set of steels that are hardened with water suitable for the construction of tools such as twist and dental drills, Guides, Drift punches, Countersinks , Center drills, Rasps, Hole punches, Metal saws, Drawing punches and all sorts of staples, connecting tab and similar tools.

Fine blanking is a special processing of precision sheet metal stamping. Including powerful blanking precision blanking, opposing die blanking and flat blanking precision blanking. The geometric shape, dimensional tolerance, shape tolerance and shear surface quality of fine-blanking parts are much higher than those of ordinary blanking parts. Fine-blanking technology plays a very important role in the field of automobile parts manufacturing. There is an essential difference between the process characteristics of fine blanking and ordinary blanking. Normal blanking controls the tearing of the sheet during the blanking process, while fine blanking tries its best to suppress the tearing of the sheet during the blanking. The fine blanking is always kept as one body before the parts are separated from the sheet material, and the metal sheet is always in the plastic deformation process during the fine blanking process.

Sheet Metal Stamping Parts We are professional sheet metal stamping parts China manufacturer from Ningbo, All stamping parts can be custom made in our factory Precision OEM punching bending metal

The metal stamping service can be customized during the whole manufacturing process from the mold developing, designing to producing. Every demand from customers like metal stamping, punching, deep pumping and specific angle bending are measured and tested according to the measurement of metal materials then apply to each kind of metal. Features of our products: 1. Material: Steel, Stainless steel, Aluminum sheet, Copper etc. 2. Surface treatment: Zinc plated, Powder coating, Paint, Nickel plated etc. 3. Requirement: based on drawing and quantity. 4. Stamping equipment: 10-500T 5. Packing: we will offer you the standard package which includes plastic film, foam, carton and wooden box which is suitable for transporting 6. Delivery time: Within 20 days after receiving your 30% deposit

Custom brass stamping parts We are professional custom brass stamping parts China manufacturer from Ningbo, All stamping parts can be custom made in our factory 10 Advantages you would get from FRIMA Stamping parts Precision OEM punching bending metal stamping parts (https//www.frimaparts.com/sheetmetalstampingparts/) Materials carbon steel, stainless steel, aluminum, brass

Cut-to-length lines for T-shaped panels Slitting and recoiling lines with automatic separators positioning Dedicated plants for pre-painted,? film-coated or other special materials (stucco-design, mesh, ground surfaces…) Special lines for panels production, with punching, shearing, roll-forming and bending Continuous punching lines Spool recoiling lines De-burring lines Combined lines with partial cut, where a part of the strip is recoiled for future use Machines for mass production or very flexible plants for small productions Cut-to-length and recoiling lines, with coils packaging stations. Customized and very enhanced productions, which integrate the sheet-metal processing with rotating turret punching (possibility of up to 24 different tools? a time, even in “multitools” solutions) or fiber laser cut.

The great versatility of the new MultiEQP-100 makes of this unit an essencial instrument to treat and make metallic samples. Effective to cut, crush and punch metallic samples, it can also prepare press pellets to be analyzed by XRF. The objective of punching the samples is to obtain pins for their ulterior analysis in Elemental Analizers. The objective of the crushing is to achieve flat surfaces wide enough to undertake spark analysis. The touch-screen and the intuitive software enable the user to control easily the ample variety of operations the MultiEQP-100 features. The two magnetic sensors included in the left hand side of the working units allow the automation of all the working cycles.

The VX-Series is the choice for production applications demanding high productivity. These full-featured sheet metal punching machines are exceptionally versatile – high hit rates, large feed clearance and powerful control capabilities combine to enable optimal throughput. Full sheet utilization and heavy sheet carrying capacity also add capacity – as do smart features and automation options. It all adds up to punching productivity that is unsurpassed. KEY FEATURES Versatile 48-station thick turret Four programmable 88,9 mm auto index stations Indexable multi-tool capability offers more capacity Three programmable and relocatable work clamps maximize sheet utilization Energy Reduction System minimizes power consumption Quick-change die holders Smart Clamp ensures the smallest possible no-punch zones Smart Stroke automatically optimizes ram stroke Programmable parts removal chute PERFORMANCE-ENHANCING OPTIONS CADMAN-P programming software ABS automatic tool lubrication

ANDRITZ Kaiser is among the most experienced suppliers of presses and automation for sheet metal forming on the market. High precision, long lifetime of machine and tool, and low maintenance costs speak for the quality of our machines. ANDRITZ Kaiser produces customized solutions for every application – from the stand-alone press or roll feeder to complete production lines with coil handling equipment, finished part handling, scrap handling, and automation system. With over 8,000 automatic punching and metal forming presses worldwide, our customers produce high-quality formed and punched products. Our sheet metal forming solutions find applications in the automotive (OEMs and suppliers), white goods, electronics, electromotor lamination, construction, and consumer goods industries. Numerous well-known companies place their trust in our equipment. Our range of products Complete production lines for blank cutting, electromotor lamination, or conventional stamping Automatic...

Maintenance is the key to lasting profitability. ANDRITZ provides a worldwide service network to ensure optimum availability of the customer’s plant. ANDRITZ machines will serve you faithfully for many decades if they are taken care of properly. We offer you the services of our maintenance personnel to ensure optimum availability of your punching and metal forming production lines. Our know-how secures your plant's availability, optimum production, and longer useful life. All services are provided from the ANDRITZ Kaiser site in Bretten: Repair work Spare parts Inspections Maintenance Environmental compatibility testing Rebuilds and modernization Training

Maintenance is the key to long-term profitability. We provide a worldwide service to ensure optimum availability of the customer’s plant. Our machines are built for life and will serve you faithfully for many decades if they are taken care of properly. ANDRITZ Kaiser offers you service and maintenance in order to ensure optimum availability of your punching and metal forming production lines. Our know-how secures your plant's availability, optimum production, and longer useful life. All services are provided from our site in Bretten (repair work and spare parts, inspections, maintenance and environmental compatibility testing, as well as rebuilds and modernization, including training). Our machines are built for life and will serve you faithfully for many decades if they are taken care of properly. ANDRITZ Kaiser offers you service and maintenance in order to ensure optimum availability of your punching and metal forming production lines. Our know-how secures your plant's...

Creating an optimal bond between a metal plate and the silicone: that was the challenge Enbi Plastics was given by Océ Technologies, a major player in printing and copying equipment. They needed a new wiper assy; a part on the print head that prevents streaks on the paper. Because this part needs to be somewhat flexible, silicone needed to be added to a small, punched metal plate, to which screw thread is welded. This construction did not allow for a mechanical bond between the metal and silicone, which meant chemical bonding was the only option. Together with the client, the mould supplier, the silicone supplier and others, we did extensive research into the best way to achieve this bond. It showed that preparing the small metal plates was the key. After several tests, we discovered the optimal way to do this. A number of factors play a role: from how to clean and sand the plate to humidity, temperature and the time in between the steps of the process. Every detail counts!

Specifications: Stamping force NCP 200: max. 200 kN Stroke: max. 12 mm Stamping force NCP 400: max. 400 kN Stroke: 1 - 60 mm