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SHUNDE, GUANGDONG, CHINA, December 31, 2025 /EINPresswire.com/ — Foshan AoChuanShun New Material Industrial Co., Ltd. (ACS) has announced the alignment of its latest product technical specifications with evolving global industrial requirements. As a recognized China Leading Mechanical Strength PET Protective Film Factory, the company specializes in the engineering of high-tensile polyethylene terephthalate (PET) films designed to provide a structural barrier for sensitive surfaces. These protective films are characterized by specific mechanical properties, including high puncture resistance and dimensional stability under thermal stress. By integrating precision-coated adhesive systems with durable polymer substrates, the factory produces materials that prevent surface abrasions and environmental contamination during rigorous manufacturing cycles and international logistics.

Industry Outlook: The Strategic Role of High-Strength Protective Materials
The global functional film market is experiencing a fundamental transition as industrial manufacturing moves toward higher levels of automation and precision. In this environment, the protective film is no longer viewed as a simple consumable but as a critical component of the quality control process.
1. Integration of Automated Processing and Material Durability
Modern production lines, particularly in the electronics and automotive sectors, increasingly utilize high-speed robotic handling and automated die-cutting. These processes subject protective materials to significant mechanical stress. Consequently, the industry is seeing a rising demand for PET-based films that possess the tensile strength necessary to resist tearing or elongation during rapid application. Research into the mechanical limits of thin-film substrates indicates that dimensional stability—the ability of a film to maintain its shape under tension—is now a primary selection criterion for global manufacturers.
2. The Shift Toward International Compliance and Standardization
The regulatory landscape for chemical and material safety is tightening across Europe, North America, and Asia. Compliance with international standards is no longer optional for suppliers integrated into global hardware supply chains. Certifications such as ISO 9001 for quality management systems provide the framework for consistent production, while environmental directives like RoHS (Restriction of Hazardous Substances) and REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals) dictate the chemical composition of adhesive and substrate materials. This trend toward “clean” and “standardized” manufacturing is reshaping the competition, favoring facilities that can document the safety and reliability of their chemical formulations.
3. Growth in Advanced Optical and Electronic Applications
The proliferation of high-definition displays, foldable screens, and touch-sensitive automotive consoles has created a secondary market for optical-grade protective materials. Industry data suggests that the demand for PET films with high light transmittance and low haze—combined with the mechanical strength to withstand external impact—will continue to grow. As display modules become thinner, the protective film must offer higher puncture resistance to safeguard fragile layers during the transit of semi-finished components between assembly plants.
4. Sustainability and Material Efficiency
Efficiency in the modern film industry is increasingly measured by the reduction of waste. High-strength PET films allow for thinner gauges to be used without sacrificing protection, thereby reducing the total plastic volume entering the waste stream. Furthermore, the development of functional films that leave zero adhesive residue after removal facilitates easier recycling of the primary substrate, aligning with the circular economy goals currently prioritized by major multinational corporations.

Corporate Capabilities: Technical Advantages and Industrial Applications
ACS addresses these market shifts through a focused manufacturing strategy and a commitment to standardized quality protocols.
1. Core Manufacturing Strengths and Quality Infrastructure
The technical foundation of the company is built upon precision coating technology and controlled manufacturing environments. By operating high-standard cleanrooms, the factory ensures that films remain free from particulate contamination, which is essential for maintaining the optical integrity of protected surfaces.
Standardized Certification: The factory’s adherence to ISO 9001 ensures that every stage of the production cycle, from raw material procurement to final slitting, follows documented quality procedures.
Chemical Safety Compliance: All PET protective products are formulated to meet RoHS and REACH requirements, ensuring that the materials are suitable for export to strictly regulated markets and safe for use in consumer-facing applications.
In-House Testing: To meet the “mechanical strength” criteria, the company utilizes laboratory equipment to measure peel strength, elongation at break, and thermal shrinkage, ensuring that each batch meets the specific technical data sheet (TDS) parameters required by the client.
2. Specialized Product Portfolio and Application Scenarios
The functional films produced at the Foshan facility serve a wide range of industrial applications where surface integrity is non-negotiable.
Consumer Electronics: Protection for mobile phone cover glass, laptop casings, and tablet screens during CNC machining and assembly. The high mechanical strength prevents damage from metal debris and handling tools.
Automotive Sector: Application on high-gloss interior decorative panels, touch-sensitive dashboards, and exterior chrome surfaces to prevent micro-scratches during vehicle assembly and shipping.
Optical Displays: Specialized films for the protection of polarizers, diffusers, and brightness enhancement films (BEF) within LCD and OLED modules.
Home Appliances: Durable barriers for stainless steel and glass panels on high-end appliances, resisting abrasion during long-haul logistics.
3. Technical Collaboration and Case Studies
The company’s approach to the market is characterized by technical partnership rather than simple product supply.
Display Industry Alignment: In a recent collaboration with a display module manufacturer, ACS developed a customized PET film with a specific low-tack silicone adhesive. This solution addressed the client’s need for a film that could withstand high-speed automated peeling without causing static discharge or leaving ghosting residues on the optical surface.
Logistics Protection Solutions: For a client in the automotive interior industry, the factory provided a high-thickness PET protective film designed to survive the high-pressure environment of pallet stacking. The mechanical durability of the film significantly reduced the defect rate caused by surface pressure during maritime transit.
4. Precision Engineering of Adhesive Systems
The core value of the company’s PET films lies in the synergy between the substrate and the adhesive. ACS offers customized formulations including:
Silicone Adhesives: Known for high temperature resistance and clean removal, ideal for optical and high-end electronic surfaces.
Acrylic Adhesives: Utilized for high-initial tack and long-term adhesion on various plastic and metal substrates.
Low-Tack Systems: Specifically engineered for smooth surfaces where easy removal and zero residue are the primary requirements.

Conclusion
As the global manufacturing sector evolves toward higher precision and stricter safety compliance, the role of specialized protective materials becomes increasingly vital. Foshan AoChuanShun New Material Industrial Co., Ltd. continues to align its production capabilities with these international demands, focusing on the mechanical durability and chemical safety of its PET-based solutions. By maintaining ISO 9001, RoHS, and REACH standards, the company provides the essential material security that enables industrial innovators to manufacture and deliver products with integrity.
For detailed technical specifications, product catalogs, or information regarding international compliance documentation, please visit the official company website: https://www.acs-plasfilm.com/

Foshan Ao Chuan Shun New Materials Industry Co., Ltd.
Foshan Ao Chuan Shun New Materials Industry Co., Ltd.
+86 18924854433
daphne@aochuanshun.com

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SHENZHEN, GUANGDONG, CHINA, December 31, 2025 /EINPresswire.com/ — The global travel landscape in 2025 has witnessed a significant resurgence, bringing with it a renewed demand for portable, high-efficiency power solutions. For international distributors and retail chains, identifying reliable Custom Mini Powerbank iPhone Suppliers has become a strategic priority as travelers increasingly seek compact, reliable energy sources for their high-end smartphones. This shift is driven by a intersection of post-pandemic mobility and the rapid evolution of iPhone power delivery standards, which now prioritize both physical portability and thermal safety. Shenzhen ESC, a professional manufacturer with over 15 years of deep-rooted expertise in power banks, magnetic power banks, and fast-charging technologies, is uniquely positioned to meet this rising global demand. From its expansive production base in Dongguan, the company leverages a fully integrated design, R&D, and manufacturing ecosystem to ensure that every unit meets the stringent quality requirements of the modern export market.

The Rise of Ultra-Portable Charging Ecosystems
As international tourism and business travel return to pre-2020 levels, the consumer profile for power banks has evolved. Gone are the days when a bulky 20,000mAh brick was the standard; today’s travelers demand “pocketable” power that complements the slim profile of the latest iPhone models. This has led to a surge in the popularity of mini power banks—devices that provide a “emergency boost” or a full charge while remaining small enough to fit into a clutch or a flight amenity kit.

The manufacturing shift toward mini formats requires a high degree of technical sophistication. Shrinking the form factor while maintaining battery density involves advanced lithium polymer cell selection and precision-engineered PCB layouts. Suppliers specializing in these custom mini solutions must balance the physical dimensions with the heat dissipation requirements of fast-charging protocols. For wholesale buyers, the focus is no longer just on capacity, but on how seamlessly the product integrates into a traveler’s high-mobility lifestyle.

Vertical Integration: The Dongguan Factory Advantage
In the competitive electronics hub of the Pearl River Delta, the ability to control the entire production cycle is a significant differentiator. Shenzhen ESC operates with its factory situated in Dongguan, a city globally recognized for its advanced manufacturing infrastructure. By maintaining internal control over design, research and development, and production, the company ensures that the final product adheres to the original engineering specifications without the dilution of quality often found in outsourced models.

This vertical integration is particularly vital for the production of magnetic power banks and specialized iPhone accessories. Magnetic alignment, a hallmark of modern iPhone charging, requires precise placement of internal magnets and coils to ensure efficient power transfer. When the design and manufacturing teams work under one roof, they can iterate quickly on prototypes, ensuring that the magnetic force is optimized for a secure grip without adding unnecessary weight—a key requirement for the “mini” category.

Strategic Customization for Global Brands
For large-scale distributors, “customization” goes beyond just printing a logo on a casing. It involves tailoring the technical specifications—such as input/output wattages, safety protocols, and even the industrial design—to meet the specific needs of different regional markets. North American and European markets, for example, have strict compliance standards regarding battery safety and fire-retardant materials.

Custom mini powerbank iPhone suppliers who can offer end-to-end ODM (Original Design Manufacturer) services are currently seeing the highest growth. This includes:

Aesthetic Customization: Offering unique textures, colors, and materials like fire-proof ABS or sleek metallic finishes that align with a brand’s premium identity.

Technical Optimization: Adjusting the internal firmware to support the latest Power Delivery (PD) standards, ensuring compatibility with the newest iPhone generations.

Safety Certifications: Providing full documentation for CE, FCC, RoHS, and the newer 2025/2026 safety benchmarks, which is non-negotiable for reputable retail chains.

Application Scenarios: Beyond the Airport Terminal
While travel is the primary driver, the application scenarios for mini power banks are diversifying. Corporate gifting has become a major segment, where businesses look for high-quality, practical tech accessories for their employees and clients. A sleek, custom-branded mini power bank is often viewed as a high-value item that provides genuine utility.

In the retail sector, the “impulse buy” or “check-out counter” placement of these mini devices has proven highly effective. Because they are designed to be lightweight and unobtrusive, they appeal to the urban commuter who may not need a massive battery for a multi-day trip but requires the assurance that their phone won’t die during an evening commute or a social event. By focusing on these specific user behaviors, suppliers can help their retail partners maximize turnover and customer satisfaction.

15 Years of Technical Maturity
Navigating the complexities of the power accessory market requires more than just production capacity; it requires a historical understanding of battery technology and its pitfalls. With 15 years of specialization, Shenzhen ESC has weathered the transitions from basic USB charging to the sophisticated, multi-protocol environment of today. This longevity translates into a more reliable supply chain, as the company has established long-term partnerships with high-tier battery cell providers and component manufacturers.

Internal control over the sales team further enhances this reliability. By having a sales force that is intimately familiar with the factory’s technical capabilities, the company can provide accurate lead times and realistic technical advice to international clients. This transparency is crucial in an industry where “over-promising and under-delivering” can lead to significant retail losses and damaged brand reputations.

The Future of Magnetic and Fast Charging
Looking toward 2026, the trend in power accessories is moving toward “smart” portability. We are seeing the integration of small LCD displays on mini power banks that show real-time charging status, as well as the adoption of GaN (Gallium Nitride) technology in portable batteries to further reduce heat and size. Suppliers that are currently investing in these R&D areas will be the ones to lead the next wave of the export surge.

The resurgence of travel has not just brought back old demands; it has created a more discerning consumer. Today’s travelers are tech-savvy and understand the difference between a generic charger and a precision-engineered power tool. For the Custom Mini Powerbank iPhone Suppliers that can combine technical excellence with aesthetic appeal, the global market offers a landscape of immense opportunity.

The current global demand for portable power reflects a broader cultural shift toward constant connectivity and high mobility. As consumers demand smaller, faster, and safer ways to keep their iPhones powered, the role of the specialized manufacturer becomes indispensable. By combining over 15 years of industry experience with the manufacturing prowess of its Dongguan facility, Shenzhen ESC continues to provide the high-quality, internally controlled solutions that the international market requires. Whether for travel, corporate use, or retail, the commitment to research-driven design and production ensures that these mini power solutions remain at the cutting edge of the industry. For businesses looking to partner with a seasoned manufacturer of magnetic power banks and fast chargers, the resources and expertise are readily available at https://www.escpowerbank.com/.

Shenzhen ESC Technology Co.,Ltd
Shenzhen ESC Technology Co.,Ltd
+86 18576695768
amy@escpowerbank.com

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Once-in-a-generation founder is retiring from PAN after 20+ years, pioneering the next-generation firewall and revolutionizing the cybersecurity industry

SAUSALITO, CA, UNITED STATES, December 31, 2025 /EINPresswire.com/ — The editors at Cybercrime Magazine named Nir Zuk, founder and Chief Technology Officer and board member at Palo Alto Networks (NASDAQ: PANW) “Cybersecurity Person of the Year” for his outstanding contributions to the industry in 2025.

On Aug. 18 of this year, PAN announced that Zuk has retired after more than 20 years of contributing to the company’s success. He founded PAN in 2005, pioneering the next-generation firewall and revolutionizing the cybersecurity industry.

Zuk said he could step away because the original blueprint he drew 20 years earlier of a single, unified cybersecurity platform spanning every major defensive category an enterprise might need, was finally complete, reports Calcalist, Israel’s premier daily financial newspaper and online media platform.

PAN’s founder can retire in peace after his company announced its intention to acquire CyberArk for approximately $25 billion, which added to a long list of acquisitions in Israel (and globally), joining the likes of Talon Cyber Security and Dig Security, which were acquired for a combined $1 billion in 2023, according to Calcalist.

“Nir is a legend in cybersecurity, and his contributions are forever etched in our history books,” said PAN’s Chairman and CEO Nikesh Arora.

In a PAN blog post late last year, Zuk predicted that “The cybersecurity industry will experience tectonic shifts in 2025, unlike any we’ve seen in years past. These historic transformations will see the convergence of AI, data and platform unification, altogether changing how both cybersecurity defenders and attackers will operate and innovate.” In retrospect, Zuk was spot-on.

“Nir Zuk is a once-in-a-generation founder whose innovation has redefined cybersecurity and elevated the entire industry. His achievements will resonate for decades” said Richard Seewald, Founder & Managing Partner at Evolution Equity Partners, a prominent venture capital firm and lead investor in Talon Cyber Security and Protect AI, two companies who were acquired by PAN.

Prior to co-founding PAN, Zuk was CTO at NetScreen Technologies, which was acquired by Juniper Networks in 2004. Prior to NetScreen, Zuk was co-founder and CTO at OneSecure, a pioneer in intrusion prevention and detection appliances. Zuk was also a principal engineer at Check Point Software Technologies, and was one of the developers of stateful inspection technology.

“Nir Zuk is a hero, someone who young technologists and aspiring entrepreneurs look up to as a role model for what they might accomplish in the future,” said Steve Morgan, founder of Cybersecurity Ventures and Editor-in-Chief at Cybercrime Magazine. “He may not realize it, but in 2025 Zuk’s retirement announcement shined a light on the enormous opportunity that lies ahead for our next generation of cybersecurity leaders.”

Previous recipients of the “Cybersecurity Person of the Year” include: George Kurtz, CEO and Co-Founder of CrowdStrike (2024); General Paul Nakasone, commander, U.S. Cyber Command and director, National Security Agency/Chief, Central Security Service (2023); Claire O’Neill, Australia’s Minister for Cyber Security (2022); Jen Easterly, Director of (U.S.) Cybersecurity and Infrastructure Security Agency (2021); Dr. Ambareen Siraj, founder of WiCyS (Women In Cybersecurity) (2020); Craig Newmark, philanthropist and founder of craigslist (2019); and Sylvia Acevedo, rocket scientist and former CEO at Girl Scouts of the USA (2018).

Malcomb Farber
Cybersecurity Ventures
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MIAMI, FL, UNITED STATES, December 30, 2025 /EINPresswire.com/ — AIdMD Technologies is pleased to announce the U.S. market launch of its artificial intelligence–powered healthcare platform, introducing a modern approach to clinical documentation, decision support, and workflow efficiency designed for real-world medical environments. The announcement marks the formal availability of the company’s two core products, AIdMD EHR and AIdMD Insights, both developed to help healthcare organizations reduce administrative burden while maintaining full physician oversight.

According to AIdMD’s Chief Product Officer, Yunus Kazimli, healthcare systems across the United States continue to face mounting documentation demands, staffing pressures, and workflow complexity. To address these challenges, AIdMD Technologies enters the market with a platform that offers practical, standards-based artificial intelligence that integrates directly into everyday clinical operations. Rather than positioning AI as a replacement for clinicians or existing systems, the company applies AI as a supportive layer that enhances efficiency, accuracy, and usability across the clinical encounter.

At its core, AIdMD EHR is a cloud-based, AI-native electronic health record system built to support clinical documentation, patient management, e-prescribing, telemedicine, billing, analytics, and clinical decision support within a unified environment. The system leverages artificial intelligence to assist with documentation, draft clinical orders pending physician approval, support ICD-10 coding, and enable natural-language clinical queries, allowing providers to interact with patient data more efficiently.

AIdMD Insights extends these capabilities to organizations already using established EHR platforms. Designed as an AI overlay, the solution integrates with existing systems such as Epic, Cerner, and other FHIR-compatible platforms through SMART on FHIR standards. This approach enables rapid deployment without requiring data migration or disruption to established workflows, allowing healthcare organizations to adopt AI functionality at their own pace.

“Our focus is on helping clinicians reclaim time by supporting documentation and workflows without changing how they practice medicine,” says Vagif Kazimli, Chief Executive Officer of AIdMD Technologies. “AIdMD was built to address the growing administrative burden in healthcare while keeping physicians fully in control of clinical decisions.”

Hamza Shah, Chief Technology Officer, wants readers to know that interoperability, workflow compatibility, and enterprise-grade security guide the platform’s design to better match the day-to-day realities of U.S. healthcare delivery. Additionally, AI-driven features run with physician review and approval, keeping clinical accountability with licensed providers. Furthermore, proactive insights highlight relevant information at the point of care, while AI-assisted documentation and ICD-10 coding support are designed to reduce time spent on administrative work outside the exam room.

“We designed AIdMD around how healthcare actually operates,” states Yusif Gurbanli, Chief Financial Officer. “Adoption works when technology fits existing systems and delivers measurable efficiency without forcing organizations to rebuild their infrastructure.”

By offering both a full AI-native EHR and an AI integration layer, AIdMD Technologies provides flexibility rarely available in the healthcare software market. Organizations can adopt a comprehensive system or enhance current platforms, depending on readiness, scale, and operational needs.

To learn more about the platform, product capabilities, or to request a demo, please visit https://www.aidmdusa.com.

About AIdMD Technologies

AIdMD Technologies is a U.S.-based healthcare technology company delivering AI-powered clinical software designed to reduce administrative burden and support efficient, high-quality care. Founded and led by Chief Executive Officer Vagif Kazimli, a technology executive and entrepreneur with experience building software products for regulated industries including healthcare, the company focuses on integrating artificial intelligence into clinical documentation, decision support, and workflows while preserving physician oversight. AIdMD Technologies was established by a multidisciplinary team with backgrounds in healthcare research, enterprise technology, finance, and aerospace, with professional experience at organizations including M3 USA, Amazon, NASA, and JP Morgan. The company develops and deploys its products in the United States, emphasizing standards-based interoperability, enterprise-grade security, and practical performance in real-world clinical environments.

Vagif Kazimli
AIdMD Technologies
info@aidmdusa.com

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“We will set a new global standard for communication technology.”

SEOCHO-GU, SEOUL, SOUTH KOREA, December 31, 2025 /EINPresswire.com/ — Uniqconn (CEO Young Dong Kim) announced that it has won a CES 2026 Innovation Award for its compact high-speed wireless chip UC60, marking a significant milestone ahead of CES 2026 to be held in January in Las Vegas.

The announcement was made during the Global Media Meetup hosted by AVING News’ International Press Club (IPC) on Tuesday, December 9, at MIK Basecamp in Seocho-gu, Seoul. The event was designed to introduce Korean companies’ technologies to global media, with a particular focus on CES 2026 Innovation Award recipients and participating startups.

Founded in 2022, Uniqconn is a fabless semiconductor company established by experts from multiple fields to address fundamental limitations in high-speed data transmission via cable- and connector-based systems. As data transfer speeds continue to increase, conventional wired interfaces face issues such as wear, corrosion, electromagnetic interference, and reduced reliability. Uniqconn set out to overcome these challenges by replacing physical connectors with short-range, ultra-high-speed wireless links.

At the core of this vision is UC60, a single-chip wireless solution capable of transmitting data at 6.25 Gbps in the unlicensed 60 GHz band. The chip integrates both the transmitter and receiver into a single device, enabling full-duplex communication with simultaneous two-way data transmission. One of the key technical challenges was preventing interference between transmission and reception, which Uniqconn addressed with a dedicated on-chip isolation circuit and proprietary mmWave antenna technology that provides additional external isolation in real-world environments. UC60 employs ASK modulation and maintains ultra-low latency and high signal reliability even at gigabit-class speeds.

Thanks to its RF-based architecture, UC60 eliminates problems inherent to physical connectors, including mechanical wear, corrosion, and EMI. This positions the chip as a practical wireless alternative to high-speed wired interfaces in applications such as docking stations, wearables, sealed electronic devices, and industrial equipment. The chip’s 3.5×3.5mm ultra-compact form factor, achieved through flip-chip BGA packaging, also enables slimmer product designs and portless exteriors, offering clear advantages for waterproof devices, premium consumer electronics, and next-generation wearables.

Uniqconn has already validated its technology through collaborations with global partners. Working with Samsung Electronics, the company demonstrated wireless debugging solutions for external connectors on home appliances such as refrigerators and washing machines, enabling cable-free data processing during manufacturing and after-sales service. In addition, joint verification of wireless Ethernet communication with Germany’s Rosenberger confirmed the technology’s competitiveness in overseas markets.

Beyond hardware design, UC60 introduces a new user experience through its “Tap-to-Connect” approach. When compatible devices are brought close together, a high-speed data link is established instantly without separate pairing or authentication processes. This enables intuitive modular device ecosystems, such as detachable smartphone cameras, stacked computing modules, and AR accessories that connect naturally through physical proximity.

UC60 also supports ultra-low-latency applications, including AR and VR, real-time gaming, and professional streaming, enabling next-generation experiences that were previously difficult to realize wirelessly. Uniqconn emphasized that, unlike conventional wireless technologies such as Wi-Fi, which struggle to meet strict bit-error rates and timing requirements, UC60 can reliably support high-speed wired protocols such as Gigabit Ethernet, USB 3.0, and MIPI in short-range, one-to-one connections at two meters and with power consumption below 1 W.

“Our technology fundamentally resolves the long-standing trade-off between wireless convenience and high-performance data transmission,” a Uniqconn official said. “UC60 bridges the gap between wired-grade reliability and wireless flexibility.”

Uniqconn positions itself as a company proposing a new communication paradigm rather than a single-product vendor. The company plans to collaborate with leading global partners across regions and industries, aiming to deploy its wireless data communication technology wherever industrial sites and electronic systems exist.

“Borders or industries do not limit wireless communication,” Uniqconn said. “Our goal is to enable people around the world to experience Uniqconn’s technology regardless of location and, through this, establish a new global standard for communication.”

Davis Kim
AVING News
+82 2-856-3276
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