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Hydraulic Press Technology Powers NEV Lightweight Battery Trays While electric motors and battery chemistry often steal the spotlight in the narrative of New Energy Vehicles (NEVs), there is a silent, immense force literally shaping the backbone of the revolution: the hydraulic press . In the high-stakes quest for range extension and efficiency, the principle of lightweighting has become paramount. It is here, in the precise, powerful formation of battery trays, that hydraulic press drives are proving to be an indispensable and transformative technology. Hydraulic Press Drives NEV Lightweight via Battery Trays Why Battery Trays Define NEV Lightweighting Battery trays are more than structural housings. They must protect high-value battery cells from impact, vibration, heat, and corrosion while adding as little weight as possible to the vehicle. Manufacturers are rapidly shifting toward aluminum alloys, high-strength steel, and multi-material hybrid structures to meet these demand...

Titanium Alloy Hydraulic Press : Powering a $100 Billion Market Boom In the high-stakes world of advanced manufacturing, a quiet revolution is underway. At its core lies a powerful, precise, and indispensable machine: the titanium alloy hydraulic press. As industries from aerospace to biomedical surge into the next generation of lightweight, high-strength components, this technology is experiencing unprecedented demand, becoming the cornerstone of a market boom valued at over $100 billion. Titanium Alloy Hydraulic Press Titanium Demand Enters the 100B Market Era Industry analysts forecast the titanium market to break the $100 billion mark as structural materials transition toward lighter, stronger, and more durable metals. Several trends are driving this expansion: ● Aerospace & Spaceflight: titanium alloy components reduce mass while maintaining performance under extreme conditions. ● New Energy Vehicles (NEV): lightweight frames and battery components improve range effi...

Precision Engineering Meets Real-World Performance Delishi's latest generation of hydraulic machinery has successfully completed its commissioning phase and now moves confidently toward full-scale production. The milestone underscores the company’s ability to combine mechanical innovation, rigorous testing standards, and industrial reliability into a cohesive manufacturing solution. Validated Through Commissioning Excellence Commissioning formed the critical bridge between engineering intent and working reality. Core subsystems—including high-pressure hydraulic assemblies, servo control modules, digital measurement feedback, and thermal balancing structures—were benchmarked under demanding cycle scenarios. The results demonstrated: ● Smooth and stable press curves under varying load conditions ● High repeatability with negligible dimensional deviation ● Predictable hydraulic response times for servo-regulated strokes ● Reduced energy consumption through closed-loop opti...

GOODJACK Celebrates Strategic Milestone with Delivery of Heavy-Duty 75-Ton Hydraulic Press GOODJACK, a leader in innovative industrial and hydraulic press solutions, is proud to announce the successful delivery and installation of a high-performance 75-Ton Net Weight Hydraulic Press Machine to a valued manufacturing partner. This delivery underscores GOODJACK's commitment to empowering industries with reliable, powerful, and precision-engineered equipment. GOODJACK's 75-Ton Net Weight Hydraulic Press Machine Delivery Optimized Frame Design for High-Rigidity Forming The 75-ton net weight hydraulic press adopts GOODJACK's proprietary frame geometry and stress-balanced structure, enabling stable force transmission under continuous load cycles. Mechanical deformation is minimized to ensure precise forming quality and consistent repeatability throughout long-term operation. Key structural features include: ● High-rigidity press frame with balanced stress distribution ● P...

Premium Cold Forging Presses: The Intelligent Core of Automated Manufacturing In the high-stakes world of industrial automation, where precision, efficiency, and material integrity are non-negotiable, premium cold forging presses stand as the undisputed powerhouse. Moving beyond the capabilities of standard machinery, these advanced systems are engineered to form metal at room temperature with unparalleled force and intelligence, serving as the critical nexus in a fully automated production cell. Why Premium Cold Forging? The Unmatched Advantage Cold forging is the process of plastically deforming a metal blank under extreme pressure at or near room temperature. Premium presses elevate this process, delivering transformative benefits: ● Superior Material Strength & Integrity: The cold working process strain-hardens the metal, resulting in finished components with exceptional structural integrity, improved fatigue resistance, and higher tensile strength compared to machined o...

Next-Gen Hydraulic Presses : The Powerhouse of Modern Automation In the evolving landscape of industrial manufacturing, hydraulic presses have long been synonymous with raw power and reliability. Today, a new generation of these workhorses is emerging—smarter, more connected, and seamlessly integrated into automated ecosystems. Next-generation hydraulic presses are no longer standalone machines; they are intelligent nodes in a digital production network, driving efficiency, precision, and flexibility to unprecedented levels. Next-Gen Hydraulic Presses for Automation Smarter Hydraulic Forming Through Digital Control Modern hydraulic presses rely on servo-hydraulic actuation and intelligent control algorithms to regulate pressure, position, speed, and forming profiles with high repeatability. Closed-loop feedback ensures consistent results even when processing high-strength steels, aluminum alloys, copper, stainless, and complex multi-layer materials. Precise control is especiall...