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1.Enhance processing efficiency and production capacity High-speed batch cutting Hydraulic drive provides stable pressure (typically 100-500 tons), enabling rapid shearing of metal plates with thicknesses ranging from 1mm to 25mm (such as steel plates, stainless steel, and aluminum plates), with an efficiency increase of 30% to 50% compared to traditional mechanical shearing machines. Typical applications: Large-scale production scenarios such as automotive sheet metal parts, electrical cabinets, and building curtain walls. Automated integration Equipped with an automatic feeding system and stacking devices, it can achieve unmanned continuous production, reduce manual intervention, and increase production capacity by up to 200%.   2. Ensure processing accuracy and quality High-precision shearing The adoption of a hydraulic synchronous system and a CNC rear stopper (with an accuracy of ±0.05mm) ensures a smooth and burr-free cut, reducing the need for secondary processing (such as grinding). Compared with traditional shearing methods, material waste is reduced by 15% to 20% (which is particularly crucial for high-priced materials such as stainless steel and titanium alloys). Highly adaptable knife edge design The replaceable upper and lower blades adapt to different material thicknesses and hardnesses, extending the tool's lifespan.   3. Reduce manufacturing costs Energy conservation and maintenance costs Modern hydraulic systems are equipped with variable pumps, which are 20% to 30% more energy-efficient than traditional fixed pumps. The structure is simple, the failure rate is low, and the maintenance cost is only 1/3 to 1/5 of that of a laser cutting machine. Optimization of material utilization rate The optimal layout of sheet materials can be achieved through numerical control programming, with a utilization rate of over 90% (manual layout is usually only 70%-80%).   4. Expand the range of processing capabilities Treatment of thick plates and special materials It can shear high-strength steel and composite materials, solving the efficiency bottleneck of laser cutting on thick plates (>12mm). Some models are equipped with an angle-adjustable tool rest to achieve bevel shearing and meet the requirements of welding bevels. Flexible production support Quick mold replacement (only 10 minutes for some models) is suitable for multi-variety and small-batch orders, and the cost is 80% lower than that of stamping molds.   5. Safety and operational convenience Multiple safety protections The photoelectric protection device and dual-hand start buttons comply with CE and OSHA safety standards, and the accident rate is 90% lower than that of traditional mechanical shearing machines. Human-computer interaction optimization The touch screen numerical control system supports graphical programming, and the operator training period is shortened to 1-3 days.   Summary： The hydraulic guillotine shearing machine, with its features of high efficiency, low cost and high reliability, has become a "backbone equipment" in the basic processing links of the manufacturing industry. It is especially suitable for production scenarios that require large-scale linear cutting, thick plate processing, and cost-sensitive production, and is an important supplement to advanced technologies such as laser cutting. With the popularization of intelligent and energy-saving technologies, their value will be further released.   If you have more ideas, please contact us! Tel: +86 -18855551088 Email: Info@Accurl.com Whatsapp/Mobile: +86 -18855551088

1.Supply of raw materials and core components Key link Metal materials Sheet metal raw materials such as steel plates and aluminum alloys. Value-added point: The strength and ductility of the material directly affect the bending accuracy and the service life of the mold. Core components Hydraulic/servo system → Determines the power and energy efficiency of the machine. The CNC control system → affects programming flexibility and operational accuracy. Tooling (Wila, Rocca) → Specialized tooling (such as V-type, R-type) to meet complex bending requirements. Challenge High-end hydraulic systems and CNC controllers rely on imports (Chinese manufacturers are accelerating domestic substitution).   2. Design and manufacturing Key link Mechanical structure design The rigidity of the frame and the accuracy of the guide rails affect long-term stability. Value-added point: Finite element analysis (FEA) optimizes the structure and reduces deformation. Intelligent function integration Laser Angle detection, AI rebound compensation. Value-added points: Reduce trial-and-error costs and increase the first-article pass rate. Cost distribution Mechanical structure (40%), control system (30%), hydraulic/servo system (20%), others (10%).   3. Distribution and after-sales service Key link Sales channels Direct selling (high-end brands such as TRUMPF), agents (emerging markets), online platforms. Value-added points: Offer trial use and technical training (such as operation courses of the Delem control system).   After-sales service Remote diagnosis (IoT modules), rapid spare parts supply (molds, hydraulic valves). Value-added point: Service contracts (annual fee system) contribute 20-30% of the manufacturer's profits. Regional differences The European and American markets prefer all-inclusive services, while the Asian market pays more attention to cost performance and response speed.   4. Terminal Applications and User Value Main application fields Sheet metal processing: chassis, cabinets (batch consistency required). Automobile manufacturing: Body structural components (high-precision requirements). Aerospace: Lightweight components (special material bending). Core user demands Small-batch production: Quick mold change. Mass automation: Robot integration.   5. Auxiliary value chain links Software and digital tools Offline programming software (Radan, AutoPOL) → Reduce machine idle time. Simulation (such as AutoForm) → Predict material rebound and optimize processes. Third-party service provider Mold customization (local small manufacturers meet non-standard requirements). Technical training (community colleges, manufacturer certification courses). The trend of value chain optimization Upstream integration Leading manufacturers develop their own control systems to reduce external reliance. Downstream expansion Provide "Bending-as-a-Service" and charge based on the duration of use. Green value chain Electric servo bending machines (such as Salvagnini P4) replace hydraulic models, reducing energy consumption by over 30%. Summary： In the value chain of CNC Press Brake: High-profit zone: Control system design, intelligent software, after-sales service. Bottleneck links: Localization of core components (Chinese manufacturers are making breakthroughs), shortage of skilled operators.   Future opportunities： Leasing model (lowering the entry threshold for small and medium-sized enterprises). AI+IoT enables predictive maintenance (such as predicting hydraulic failures through vibration data). By optimizing the value chain, manufacturers can transform from "equipment suppliers" to "solution providers" and gain higher added value   If you have more ideas, please contact us! Tel: +86 -18855551088 Email: Info@Accurl.com Whatsapp/Mobile: +86 -18855551088