High-impact nylon shell Comfortable helmet with smooth ratcheting fore-aft and angle adjustments ADF: 4, 5-9/9-13 shading, 62 x 98 mm viewing area, and 4 arc sensors True color with best-in-class sharpness EN 379 1/1/1/2 rating Grinding mode via external switch Lightweight 480 g

The BRE50 is operated with compressed air only. The chute, moving slowly forward and fast backward, causes the scrap to move forward. Born to evacuate the scrap on the blanking molds and to transport metal components, it has found many sectors of application: metal molds in general, plastic molds, mechanical, food, pharmaceutical, and assembly industries.

The LASER F.I.T. is A LASER MARKING UNIT WITH A SAFETY SLEEVE, designed for integration into production lines. This all-in-one integrable solution includes the supply and the protections required to efficiently and safely mark parts on a production line. The marking unit is particularly COMPACT AND LIGHT (13 kg), for easy integration. The LASER F.I.T. is actually READY FOR INTEGRATION AS CLASS 1. For the protection of persons close by, the beam is enclosed in a sleeve that contains the radiation. Various sizes of sleeve are available, to match your marking sizes and surfaces: 34 mm x 32 mm, 100 mm x 32 mm, 100 mm x 100 mm. Other sizes are possible on request. Connecting the LASER F.I.T. to your PLC is extremely simple. A SINGLE Profinet, Profibus or Ethernet IP type connection provides quick and easy integration. The LASER F.I.T. has AN INTEGRAL COMPENSATOR that guarantees optimum marking. This eliminates the need for expensive and fragile electronic autofocusing. This mechanical autofocusing compensates changes in settings, parts, tolerances or robot arm precision, for an ideal focal length that guarantees perfect marking. To guarantee performance in the long term, the LASER F.I.T. incorporates specifications and specific accessories that PROTECT and ENSURE THAT THE UNIT OPERATES PROPERLY in severe production environments, for example, an access hatch for the lens protection glass, or a fume or particle evacuation system.

The I-104 EASY is a FIBRE LASER marking head, THAT CAN BE INTEGRATED INTO YOUR PRODUCTION LINES. Our EASY laser marking systems are equipped with proven technology, with an ytterbium-enhanced fibre laser source and SEVERAL POWER RATINGS AVAILABLE to meet your needs. The I-104 EASY marking laser is designed to mark parts at HIGH RATES in any industrial environment. It provides HIGH QUALITY MARKING on many materials (steel, aluminium alloy, stainless steel, titanium, plastics, etc.). The I-104 EASY laser marking head marks high definition logos, alphanumeric codes, and 1D, 2D and datamatrix codes, with precision and contrast. The I-104 EASY laser is extremely COMPACT and is therefore very EASY TO INSTALL in a box or on a production line It can operate with or without a PC. Without a PC, a single connection can fully control the laser from your PLC. It is therefore very simple to integrate our laser machines on all production lines that use Profibus, Profinet or Ethernet/IP (boards on option) field buses. The I-104 laser is very COMPETITIVE. It meets your needs precisely and offers a quick ROI. In particular, its GREAT STRENGTH and its very modest maintenance requirements allow us to guarantee 100,000 hours of operation.

The L-BOX is a COMPLETE STANDALONE Laser marking station. The ytterbium-enhanced SIC Marking fibre laser is a LATEST GENERATION TECHNOLOGY that enables high quality marking without affecting the material, irrespective of the material (steel, aluminium alloy, stainless steel, titanium, plastics, etc.) and with a shorter cycle time. The L-BOX is a COMPACT Laser marking station that is easy to install on a table or bench, or can also be supplied with its chassis. It is intended for industrial traceability and identification applications. The station is designed to mark a broad variety of parts, for a low operating and maintenance cost. Its HEAVY DUTY COMPONENTS allow it to operate in any industrial environment. Small, medium and even large production runs can be marked, as the L-BOX is designed for INTENSIVE AND MULTI-FUNCTION UTILISATION.

The XXL-BOX is a laser marking station designed to MARK particularly LARGE PARTS. With a depth of 820 mm and the ability to mark parts up to 520 mm high, this station has THE GREATEST MARKING VOLUME ON THE MARKET. The fibre laser used by this station is ytterbium-enhanced. This is a latest generation technology that enables HIGH QUALITY MARKING WITHOUT AFFECTING THE MATERIAL, irrespective of the material (steel, aluminium alloy, stainless steel, titanium, plastics, etc.) and with a shorter cycle time. In order to meet the various needs, the XXL-BOX is available in 3 WIDTHS (800, 1200 or 1600 mm) and can be equipped with many standard or custom options, which makes it a particularly MODULABLE machine. Used as a standalone station, the XXL-BOX is extremely ERGONOMIC for the operator, in particular due to easy access to a very large piece loading zone. The system status is indicated by LED lights in the top strip on the enclosure. The interior of the work zone is lit up by LEDs, providing optimum working conditions for the user. Optional MANUAL OR AUTOMATIC axes allow the LASER to be moved within the entire zone to mark parts. When the XXL-BOX laser marking machine is integrated into a robotised cell, ONLY ONE CONNECTION TO THE LASER CONTROL RACK is needed for the island PLC to manage the entire station. The station can thus communicate marking data, open and close the automatic door to load and unload parts, start the marking or start up the fumes evacuation. The XXL-BOX equipment provides MAXIMUM SAFETY during use. In addition to a CLASS 1 safety enclosure (standard EN 60825-1), the laser XXL-BOX has a PL-E SAFETY LEVEL, WHICH IS THE HIGHEST POSSIBLE ACCORDING TO STANDARD ISO 13849-1. The XXL-BOX provides high contrast engraving, readable with the naked eye, or instantaneously by reading cameras integral with the station. The marking may be alphanumeric codes, barcodes or 2D Datamatrix codes.

TORKMASTER 5.2 enables you to calibrate torque wrenches and torque screwdrivers easily and quickly while taking full account of the new standard DIN EN ISO 6789:2017. A major advantage of the software is the statistical data it contains for all common STAHLWILLE torque tools and calibrating square-drive insert tools. The use of this data enables you quickly and easily to perform a calibration taking into account all measurement uncertainties. If you already use our TORKMASTER 4, you can, of course, transfer your existing data. The installation includes a tool that makes it easy for them to select and transfer all the data.

Las carracas de dentado fino STAHLWILLE con 80 dientes. añaden un plus de eficiencia, seguridad y libertad de movimiento. Todos los modelos requieren un ángulo de trabajo extremadamente pequeño de solo 4,5 °. La palanca de inversión ergonómica, el mango de doble componente y la tecnología QuickRelease hacen que la carraca de dentado fino sea un cómodo compañero en todas las posiciones de trabajo.

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These are a combination of a JAGUAR hand chain hoist and a trolley that can be used in very small spaces under the beam. These trolleys can be supplied in two different types, the “A” type, with chain command and type “B” without control or push. The forged steel wheels are mounted on ball bearings. Using separation washers, these can be adjusted to fit to different widths and beam profiles. All trolleys come with protection against fall and tilt in accordance with DIN 15018 and machinery directives.

Material: Steel body, tungsten carbide teeth. Diameter: 115 mm 4 ½ to 400 mm 16". Teeth: Different number of teeth according to saw diameter.

The “B” model JAGUAR clamps is designed to vertically transport steel plates whilst total gripping force is maintained on the opening. · The lever-activated safety closingdevice located on one side of thedevice makes it easier to grip theload easily. · The lever, fitted with a strongspring, keeps the load blockedsafely even when supported andthere is no tension in the ring. · The jaws are made of tempered steel, with a toothed surface. They grip the part to be transported in apositive and effective manner, thereby obtaining optimum results. · The hardness of the steel platesto be lifted should not be higherthan HRC 37 (HB- 345). · The minimum work load should not be lower than 7.5% of the maximum work load. · The lifting capacity and opening areetched sideways on the body.