The CRIPPA R42E is a state-of-the-art, fully electric tube-bending machine from the Revolution Series, engineered to simplify complex manufacturing processes. Featuring a fully automatic cycle with a double-bending direction (both right and left), it is capable of processing tubes in a single, continuous cycle. This advanced capability eliminates the need for manual re-machining operations, even on complex geometries. Equipped with the new Siemens SINUMERIK ONE control system, the machine achieves unprecedented processing speeds with a PLC cycle time up to 10 times faster than its predecessor. Controlled via an intuitive touch screen panel, the R42E supports remote monitoring and can easily create variable radius bends using the dedicated UII (User ISO Interface) software. Thanks to its lubrication-free, direct-drive bending head and extremely rigid frame, the R42E minimizes maintenance while guaranteeing maximum precision, excellent repeatability, and a drastically reduced setup time with minimal material scrap. Key Features & Advantages: - Double Bending Direction: Fully automatic right and left bending within a single cycle. - Reduced Maintenance: Direct-drive bending head that operates completely lubrication-free. - High Rigidity & Precision: Fewer mechanical components combined with an ultra-rigid frame ensure superior accuracy and repeatability, allowing for tight bends with an R_m/Ø ratio lower than 0.8. - Multi-Tool Capacity: Simultaneous installation of multiple tools with different ratios and counterbond clamps. - Customizable Automation: Highly flexible and programmable loading/unloading systems tailored to specific production flows. - Process Integration: Capability to integrate inline auxiliary devices directly on the machine for operations such as punching, knurling, drilling, and marking.

S2086E+ END FORMING MACHINE – Quick series The S2086E+ is CRIPPA end-forming machine designed to integrate different rotating heads, including CNC for cutting, threading, end milling, and roll forming. It is notably versatile and fully electric with 3 CNC axes controlled by Siemens SINUMERIK ONE to guarantee a high production rate while maintaining high quality and precision. The electric clamp uses an innovative connecting-rod-crank system for excellent positioning accuracy and high-speed opening and closing. The clamp pre-closing system is activated by a simple maintained button that controls the pneumatic actuator. The ergonomics facilitates easy equipment assembly/disassembly, easy integration into work cells, and easy maintenance. The utility panel containing the pneumatic system and the lubrication unit is placed on the back of the machine for easy access without disassembly. The machine is equipped with a control panel on an adjustable double-jointed support arm that is mountable on either side of the frame. Key Advantages: ​Superior Production Versatility: The ability to integrate up to 7 steps and combine standard end-forming with rotating heads (cutting, threading, facing) means you can execute highly complex operations in a single cycle. This eliminates the need for secondary operations on standalone machines. ​High Speed & Power Efficiency: with a forming speed of 8,300 mm/min, an electric clamp force of 12 tons, and a deformation punch force reaching up to 12 tons, the S2086E+ delivers exceptionally rapid cycle times for tubes up to \varnothing 42 mm without sacrificing accuracy. ​Smart Factory - The machine is natively engineered to communicate with robotic arms, and automated loading/unloading devices. This turns it into an "automation-ready" asset for modern, flexible manufacturing cells. ​Maximum Operator Ergonomics - The double-jointed, dual-side mountable HMI panel gives operators total flexibility.

SMALL2E TUBE BENDING MACHINE - Small Series The SMALL2E is an advanced, Fully Electric, multistack, and multiradius tube-bending machine equipped with seven CNC axes. It is specifically engineered to process aluminum and other high-quality thin-walled tubes with a maximum diameter and thickness of up to 20 mm and 1.8 mm, respectively, supporting both right and left bending directions. Configured with an innovative electrical arm, the C-axis' main transmission is integrated directly beneath the bending plane. Clamping precision is achieved via a high-efficiency CNC screw transmission with recirculating balls, while the pressure die is actuated by a dedicated CNC axis utilizing a robust rack and pinion system. The orthogonal translation of the head, paired with a pneumatic displacement system on fixed positions on both the clamp carriage and slide unit, enables a seamless, fully automated reconfiguration from right-to-left bending. The machine maximizes geometric flexibility by executing both right and left-hand bending in a single, continuous cycle without manual intervention. This versatility is backed by exceptional durability, as high-precision recirculating ball bearing guides ensure structural rigidity and consistent accuracy during continuous heavy-duty cycles. Additionally, the system is optimized for speed, combining rapid manufacturing cycles with uncompromising repeatability to deliver a high-throughput solution for small-series production. - Ultra-Tight Bending: Achieves a CLR/DIA ratio lower than 0.8, ideal for demanding industrial sectors. - Advanced Actuation: Features an electrical arm with the C-axis integrated under the bending plane, a CNC screw transmission for clamping, and a rack-and-pinion system for the pressure die. - Automated Reconfiguration: Orthogonal head translation and pneumatic displacement enable automated right-to-left bending swaps. - Full-Electric Efficiency: Minimizes setup times, reduces scrap, and lowers energy consumption.

The Power of Synergy: Combining Technologies for Maximum Efficiency CRIPPA Integrated work cells represent the frontier of modern manufacturing, delivering advanced solutions designed to produce complex, innovative components at maximum yield. By seamlessly blending diverse technologies and processes into a unified ecosystem, these systems optimize cycle times, drastically reduce waste, and elevate overall productivity and operational flexibility. At CRIPPA, we leverage our deep-rooted expertise to engineer tailor-made systems. By integrating proven, off-the-shelf technologies with custom-developed innovations, we meet and exceed your specific production requirements. Key Advantages of our Integrated Work Cells Elevated Product Quality Drawing from decades of experience in overcoming complex manufacturing challenges, OCTA Group integrated work cells minimize scrap and maximize the output of flawless, market-ready products. - Elevated Product Quality Drawing from decades of experience in overcoming complex manufacturing challenges, our integrated work cells minimize scrap and maximize the output of flawless, market-ready products. - Boosted Efficiency & Reduced Costs Through intelligent workflow optimization and minimized downtime, our cells deliver a significant, measurable reduction in total production costs. - Agile Flexibility for Dynamic Markets Engineered for rapid changeovers, our work cells adapt effortlessly to new products and design variants - End-to-End Traceability Real-time data monitoring provides total visibility over product traceability and overall equipment effectiveness (OEE). This continuous stream of insights empowers quick, data-driven decision-making. - Bespoke, Scalable Solutions Every integrated cell is conceptualized and built to align perfectly with your market demands. Whether balancing high production volumes, frequent changeovers, or strict quality tolerances, we utilize a smart mix of standard and specialized components.

This cross-line self-levelling laser level enables you to set two modes (manual mode and self-levelling mode) for easy levelling from either vertical or horizontal plane. It projects a green laser with a wavelength of 520nm. The tool has a working range of up to 30 metres, making it ideal for measuring both indoors and outdoors. In addition, it has a self-levelling range of up to 4° for both vertical or horizontal plane, and IP54. It works with 2 AA alkaline batteries (LR6). The tool is supplied as a kit that includes a laser level, a magnetic swivel base, a laser target plate and a tool case.

Diameters: From 14 mm to 127 mm Height: 38 mm Spindles for crown saws from 14 to 30 mm and from 32 to 152 mm. Hexagon socket ⅜" Drill bit diameter. 6 mm. Drill bit length: 50 mm. HSS drill bit.

Láser rotación con líneas en verde y en Set, con trípode, regla, mando a distancia y receptor todo en un maletín. 400 m de distancia.

Presses with reduction of 50, 65, 80 and 100 tons Cart with 4 bronze guides Automatic and centralized lubrication, hydraulic release Pneumatic clutch-brake group Adjustable stroke length with toothed ring Balancing cylinders.

Press with reduction of 100,130,160,200 and 250 tons Cart with 6 bronze guides Centralized automatic lubrication Adjustable hydraulic safety Pneumatic clutch Stroke change with pneumatic opening Balancing cylinders Motorized carriage regulation

25, 40 and 65 ton direct flywheel presses High number of strokes per minute Carriage with 4 bronze guides (not in model 25CNV2) Automatic and centralized lubrication Hydraulic release Pneumatic clutch-brake group Adjustable stroke length with toothed ring Balancing cylinders

The metal profile bending machine for tubes and profiles is designed for precise bending of steel, aluminum, and other metals with complete stability and repeatability. Thanks to its robust structure, motorized rollers, and horizontal or vertical operation, it allows for the production of high-quality bent parts, reducing operator effort and optimizing production times. It is the ideal solution for workshops and industries seeking to improve efficiency in metal profile bending.

The metal profile bending machine for tubes and profiles is designed for precise bending of steel, aluminum, and other metals with complete stability and repeatability. Thanks to its robust structure, motorized rollers, and horizontal or vertical operation, it allows for the production of high-quality bent parts, reducing operator effort and optimizing production times. It is the ideal solution for workshops and industries seeking to improve efficiency in metal profile bending.