- Basic jaws Ø4,55” to 8,625” (Ø116 t oØ 225 mm ) - Included stainless steel auxiliary jaws Ø 2” to 6,65”( Ø59 to Ø 169 mm ) - Supplied with plastic protection and profile guide - Technology: screw carbide inserts: 10 x faster than HSS tools. Superior service life - Max 8 mm according to spinner* - Patented System - Scalability: may be transformed into a cutting and orbital welding machine - Weight: 57 kg / 125 lbs (easy handling)

Metal bevelling tool for chamfer heights up to 15 mm for weld seam preparation One-touch controller: Patented, tool-free setting of the cutting depth in 0.1 steps; stop points for short setting times, and protection against unintentional adjustment of the cutting depth when working Precise setting of the chamfer angle directly via the guide plates Universal milling head with three carbide indexable inserts for all chamfer angles from 0-90° Guide stop for a uniform finish and high quality surface finish when processing straight edges Controlled working by virtue of large-scale guide plates Stop roller to guide along pipes for easy preparation of weld seams Bail handle adjusts without tools for secure, even guiding Metabo Marathon-motor with patented dust protection for long service life Vario-Tacho-Constamatic (VTC)-Full Wave Electronics with Thumbwheel: for working at customised speeds to suit the application material and speeds that remain almost constant, even under load Electronic overload protection, soft start and restart protection Slim design for ideal handling Protection of the user by virtue of lateral plates for conveying the chips With metaBOX, the intelligent solution for transport and storage

JG Automotive is the Bifrangi Group Spanish office founded by Mr. Francesco Biasion, formed by Bifrangi SPA, Bifrangi UK, Bifrangi GMBH and Boltex INC. The Bifrangi Group is a leading global supplier and manufacturer of Hot Former, the HATEBUR BF 4000 being able to forge 1 piece/sec from 200 grams up to 25 kg, mainly flanges and Wheel hubs. These are some examples of the manufacture of metal parts in forging.

BFL Solid Carbide 2 Flute Straight Drills are designed to deliver exceptional versatility and chip control across a wide range of materials. Featuring a precision-ground straight flute geometry, these drills ensure smooth, clog-free chip evacuation, making them highly effective for both metallic alloys and non-ferrous materials like plastics and composites. Manufactured from premium solid carbide, they provide superior rigidity and extended tool life compared to standard HSS alternatives. We specialize in providing tailored machining solutions and offer extensive customization for this series. Whether you require specific shank modifications, unique flute lengths, or non-standard diameters, our advanced manufacturing capabilities allow us to produce straight drills that perfectly align with your exact production specifications.

Our BFL Solid Carbide Taper Ball Nose End Mills are expertly engineered for high-precision 3D contouring and complex mold machining. Crafted from premium ultra-fine grain carbide, these tools offer exceptional rigidity and wear resistance, ensuring a flawless surface finish even in hardened materials. Beyond our standard high-performance series, our core strength lies in our robust custom manufacturing capabilities. We specialize in tailoring these taper ball nose end mills to your exact specifications, allowing for fully personalized taper angles, cutting lengths, and overall geometries to perfectly match your unique machining requirements.

BFL Solid Carbide Taper Ball Nose End Mills are expertly engineered for high-precision 3D contouring and complex mold machining. Crafted from premium ultra-fine grain carbide, these tools offer exceptional rigidity and wear resistance, ensuring a flawless surface finish even in hardened materials. Beyond our standard high-performance series, our core strength lies in our robust custom manufacturing capabilities. We specialize in tailoring these taper ball nose end mills to your exact specifications, allowing for fully personalized taper angles, cutting lengths, and overall geometries to perfectly match your unique machining requirements. Whether you need a specific neck length for deep cavity milling or a unique angle for intricate detailing, our advanced production technology ensures your custom tools are delivered with precision and speed.

BFL Solid Carbide Taps are engineered for high-precision threading in demanding materials, delivering exceptional wear resistance and superior thread quality. We understand that every machining application is unique, which is why we offer extensive customization capabilities beyond our standard catalog. Whether your production requires specific straight flutes for short-chipping materials, optimized spiral flutes for efficient chip evacuation in deep holes, or customized flute counts to balance cutting forces and thread finish, we can tailor our solid carbide taps to your exact specifications. Backed by advanced manufacturing technology, our custom taps ensure optimal performance, extended tool life, and perfect compatibility with your specific workpiece materials and machining conditions.

BFL Solid Carbide Twist Drills are engineered for high-precision deep hole machining, crafted from premium ultra-fine grain carbide to deliver exceptional hardness and wear resistance that far exceeds standard HSS tools. Their optimized BFL flute geometry ensures smooth chip evacuation and reduced cutting resistance, preventing clogging even in difficult-to-machine materials, while the specialized coating enhances heat resistance to enable higher cutting speeds and improved surface finishes

BFM Compensator The BFM compensator consists of a connector and two sleeves. Components must be ordered individually. Recommendation for static applications and slight vibrations: A (distance between the sleeves) the length L of the connector is ideal -10 mm Available diameter 100, 150, 200, 250, 300, 350, 400mm Interconnections 83mm long with 6mm flanged edge for clamping ring connections, 304L stainless steel wall thickness DN 100 mm: 1.5 mm, DN 150 mm and larger: 2 mm Pipe connections Seeflex 040E, ether-based thermoplastic polyurethane coating, wall thickness: 0.9 mm Other lengths, diameters and materials available upon request. The BFM® compensator is available to damp vibrations and oscillations in piping systems and to decouple individual parts of a system from each other. To achieve the best possible performance, JACOB and BFM® have combined their respective systems into a single product: the BFM® sleeve is now available from JACOB with a 6mm flanged edge. In this way, the BFM® modular compensator, consisting of two sleeves and a connector, can be optimally combined with the proven JACOB tension ring system. The connector is made of particularly durable polyurethane and can be installed without tools. In general, the BFM® system can be integrated into a modular piping system without the need for welding work. The BFM connection system, like the JACOB FOOD GRADE range, meets the requirements of the FDA and CE 1935/2004. FOOD GRADE: CE 1935/2004 plus FDA. In addition, the special design of the compensator prevents corners where food can get trapped. Temperature resistance: -25 to 110°C Each expansion joint consists of two sleeves and a connector. Bushing: 83 mm length with 6 mm flanged edge for clamping ring connection, 304 L stainless steel

The electrically driven stainless steel pallet truck PUSHER was specially developed for the transport of DIN 9797 containers / loading trolleys. Ergonomic, practical and very versatile, companies (mostly) from the food industry can relieve their employees and at the same time increase productivity by using such PUSHERs. Additional cost savings through fewer breakdowns and reduced risk speak for themselves.

A particularly small manual bit holder with an extremely short socket for work in hard-to-reach areas. The ratchet integrated into the handle features fine teeth and enables very fast work. Changing the direction of rotation is intuitive: turning the ring switch to the right increases the torque, and turning the ring switch to the left increases the torque. For precision work, the ratchet mechanism can be deactivated via the 0 position. It includes six stainless steel bits, six of which are located in a chamber integrated into the handle and one is located in the bit holder. It features the Take it easy tool finder: color-coded markings and size stamps for easy tool finding. The strong permanent magnet in the bit holder ensures secure bit retention. The two-component Kraftform handle, with its useful combination of hard and soft zones, allows for a firm grip and extremely precise work.

Reinforced bracket casters are an excellent choice for those applications that require the mobility of high loads up to 900 kg. ⁉ 🤔What are these casters used for? Here are 4 applications 😎: 1- Transport carts: industrial casters suitable for moving loads up to 900 are ideal for transport carts in factories, warehouses and other industrial environments. 2- Logistics equipment: High load capacity casters are also used in logistics equipment, such as delivery carts, forklifts and other cargo transport equipment. 3- Manual trailers: Manual drive wheels are also used in manual trailers, facilitating the mobility of heavy loads in confined or hard-to-access spaces. 4- Manual work platforms: High load capacity industrial casters can also be used on manual work platforms, allowing workers to perform tasks at heights safely and efficiently.

The principle of a bigHead® fastener is simple: a fixing like a threaded collar, stud, nut or pin is welded to a perforated head. The unique bigHead® design enables a plastic or composite component to be fastened securely with no holes, no punching or drilling. The bigHead® can be installed after the manufacture of the parent component, “post-process”, or during the manufacture, “co-process”. bigHeads® are an ideal way to create a secure fixing point on a component. The fixing point enables the component to be efficiently fastened within an assembly or combined with secondary fastening elements.