Do you have the right charging solutions for your array of devices? Whether you're managing a busy family, an office workspace, or a classroom, a reliable charging station is essential. Our latest USB-C charging station stands out by offering an impressive array of features designed to simplify your charging needs. It’s packed with multiple ports and smart technology, making it the perfect hub for all your USB-C devices.

 

The Power of Multiple Ports

The highlight of this charging station is that it includes 6 USB-C ports, allowing you to power multiple devices simultaneously without the hassle of switching cables or outlets. This makes it ideal for charging smartphones, tablets, laptops, VR headsets, gaming consoles, and other USB-C-powered gadgets. Whether you're at home, in the office, or running a public charging station, this setup ensures all your devices stay charged and ready to use.

 

Advanced Charging Technology

The 6-port USB-C charger is equipped with advanced GaN technology, making it compact yet incredibly powerful. It supports PD 3.0, QC, and PPS technology, the charger intelligently allocates power to each device based on its needs, ensuring fast and safe charging. Its smart power distribution maximizes efficiency, reducing charging times and safeguarding your devices from overcurrent or overheating. Plus, the charger is available in white or black, seamlessly blending into any environment.

 

Built for Convenience and Flexibility

Designed for versatility, this USB-C charger can serve as a charging cart, cabinet, or standalone station. Its multiple ports and advanced technology make it perfect for the big family, office, or education settings. Whether you need a reliable USB-C charging station for multiple devices or a dedicated tablets USB-C charging station, this solution offers everything you need in one organized, compact device.

CIQTEK recently delivered an EPR200M to the University of Bordeaux, France, in collaboration with CNRS. The instrument was set up on-site, followed by thorough customer training and guidance on sample measurement techniques. This advanced equipment showcases CIQTEK's commitment to providing great solutions in scientific instrumentation.

 

The Benchtop Electron Paramagnetic Resonance EPR200M features the latest technologies, promising precise and accurate results for the University of Bordeaux's research endeavors. This device is equipped with top-tier capabilities and opens new avenues for scientific exploration and experimentation within the university's academic community.

 

 

CIQTEK reaffirms its commitment to empowering academic institutions with advanced scientific instruments and expert guidance through this delivery and on-site training initiative. The collaboration with the University of Bordeaux stands as a testament to the company's dedication to fostering scientific excellence and driving innovation in the academic realm.

For Polish laboratories pushing the frontiers of spin chemistry and materials science, finding an Electron Paramagnetic Resonance (EPR) spectrometer that balances performance, flexibility, and affordability can feel like chasing a moving target. Many EPR instruments promise advanced capabilities but come with steep price tags. That’s where CIQTEK steps in: engineered to deliver top-tier specifications at a remarkably competitive cost, they’re already making waves at leading institutes across Europe.

 

Value-Driven Performance

Competitive Pricing

CIQTEK consistently offers an accessible, budget-friendly pricing model, giving labs more budget freedom for consumables, staff training, or complementary techniques, amplifying research productivity.

 

High Q-Factor Cavity

CIQTEK high-Q resonator enhances signal-to-noise performance, delivering noticeably cleaner baselines and sharper signals. In labs focusing on materials and biomolecular research, users have reported improved clarity when analyzing low-intensity spectra, especially in complex or dilute systems.

 

Modular Design

From compact desktop units to floor-standing EPR systems with integrated magnet, each module can be configured on delivery with no costly retrofits required.

 

Emerging Applications in Poland

Several research groups and institutions across Poland have shown growing interest in benchtop EPR for biomolecular and materials studies. Users have highlighted how streamlined setup procedures and intuitive software interfaces significantly reduce experiment preparation time, making it possible to focus more on data analysis and interpretation.

During recent demonstrations at prominent Polish research centers, attendees appreciated the clear, stable spectra produced at low temperatures with rapid field sweeps, all achieved without the need for complex manual tuning.

 

Recent Real Success in Europe

Germany

Several collaborative research centres incorporated the CIQTEK EPR spectrometer into their catalytic studies. Users valued the fast field-scan rates and drift-free baselines, which simplified the investigation of transient radical species under low-temperature conditions.

 

United Kingdom

UK-based research teams have explored CIQTEK pulse EPR options to study spin-labelled biomolecules. They report that the precise pulse control and reliable temperature management deliver consistent, high-quality spectra across multiple runs.

 

More users in France, Romania, etc. 

 

Why CIQTEK Appeals to Polish Institutions

Lab-Friendly Footprint, Research-Grade Specs

CIQTEK EPR spectrometers deliver high-sensitivity performance in a compact form, ideal for shared teaching labs and busy research benches alike. Features like variable temperature options and modular detection make them suitable for both coursework and cutting-edge studies.

 

Easy for Students, Powerful for Researchers

Intuitive software interfaces and built-in experimental presets make the system accessible to undergraduate users, while flexible pulse programming and real-time diagnostics meet the needs of advanced academic research.

 

Affordable Without Compromise

Designed with academic budgets in mind, CIQTEK EPR instrument offers excellent performance without the premium price tag. This allows institutions to invest confidently in high-quality instrumentation while still preserving funding for faculty research, student training, and interdisciplinary growth.

 

Local Support You Can Rely On

CIQTEK technical team ensures seamless setup, onboarding, and annual maintenance. With spare parts available from EU warehouses, service is prompt, predictable, and cost-transparent.

 

With proven installations across Europe, responsive local support, and a clear commitment to scientific collaboration, CIQTEK is helping universities and researchers unlock the full potential of EPR on their terms.

 

Curious how CIQTEK could fit your lab’s goals? Reach out for a live demo or consultation with the CIQTEK EPR team now. 

The Microscopy Society of Canada(MSC-SMC) is excited to host the 2025 51st Meeting in Winnipeg! 

 

MSC hosts a series of talks and workshops within the fields of materials, life science, and AI-driven image analysis, incorporating various microscopy techniques, including Light/Fluorescence Microscopy, Electron Microscopy, OM, X-Ray, and AFM. Come to get advice from an expert in AFM, SEM, LSM, etc...

 

CIQTEK invites conference attendees to visit our booth at the exhibition hall to learn more about Scanning Electron Microscope instruments and solutions. The company's representatives will be available to provide detailed information, answer questions, and explore potential collaborations with researchers, scientists, and industry professionals attending the conference.

 

Meet us at MSC

Date: June 9 - 12, 2025

Location: University of Manitoba, Canada

 

 

Looking Beyond the Price Tag of SEM Equipment

For universities, research centers, and industrial labs in Saudi Arabia, Scanning Electron Microscopes (SEMs) are essential tools. Whether it’s materials science, petrochemicals, nanotechnology, or semiconductor inspection, SEMs provide the high-resolution imaging needed for advanced analysis. However, the actual cost of owning and operating an SEM goes far beyond the initial purchase.

Key cost factors include:

• •  ▪  Equipment acquisition and setup
•  ▪  Regular maintenance and service contracts
•  ▪  Replacement of consumables like filaments and vacuum components
•  ▪  Downtime due to limited technical support or delayed parts
•  ▪  User training and interface usability for teams with varying experience

In Saudi Arabia, where lab teams often manage mixed workloads with tight budgets, understanding the full cost structure is critical before choosing an SEM brand.

 

High Cost Doesn’t Always Mean High Performance

Traditionally, many Saudi labs have turned to well-known SEM brands from the US, Europe, or Japan. These systems often deliver excellent image quality but come with high acquisition and operational expenses. Meanwhile, lower-cost alternatives can struggle with image resolution, user experience, or reliability.

This has prompted a shift. More labs in Saudi Arabia are exploring newer SEM providers that combine strong performance with practical pricing and reliable local support.

One example comes from a materials research center. The team needed a field-emission SEM with low-voltage capability and EDS integration for surface analysis. After comparing several suppliers, they selected CIQTEK SEM3200. The decision was based on clear image quality, stable low-kilovolt operation, and a smooth installation experience. The lab noted how quickly their researchers were able to learn the system thanks to the straightforward user interface.

 

Why Local Support Makes a Big Difference

In Saudi Arabia, reliable technical support and fast response are essential for labs that depend on continuous operation. Many users find that after-sales service and the availability of local training can significantly affect the total value of an SEM system.

CIQTEK has been actively expanding its presence in the Middle East, working with regional partners to deliver faster support and on-site demonstrations. For example, in recent product presentations conducted in Riyadh and Dubai, researchers highlighted the system’s fast start-up time, user-friendly interface, and strong imaging performance under variable vacuum conditions. These sessions provided hands-on experience for engineers and lab staff, helping them understand how the system fits into their real-world workflows.

 

CIQTEK SEM: Balanced Cost and Performance, Ready for Saudi Labs

CIQTEK has become a preferred choice among several research and industrial users in the Middle East, thanks to key advantages:

•  ▪  High-resolution imaging with stable performance
•  ▪  Smart software design for both beginners and advanced users
•  ▪  Options for modular upgrades, such as EDS or cryo-stages
•  ▪  Fast delivery and technical response times in the region
•  ▪  Clear pricing and transparent maintenance structure

 

For Saudi labs that need to justify their investments based on both capability and sustainability, CIQTEK offers a practical and powerful solution. In 2024 alone, multiple CIQTEK SEMs were delivered to clients in Saudi Arabia and the UAE. Researchers emphasized the smooth onboarding experience, which is especially important for university settings with rotating student users.

 

Practical Value Comes From What You Can Use

As more Saudi labs plan for SEM upgrades or new installations, it’s becoming clear that value is not only about the specs on paper. It’s about what fits real workflows, local support availability, and long-term maintenance costs.

CIQTEK is helping labs across the region move beyond trade-offs between quality and cost. With systems already in place in Saudi Arabia and nearby markets, the company is proving that powerful imaging and practical ownership can go hand in hand.

 

To explore a local demo or learn more about CIQTEK's SEM solutions, contact your nearest CIQTEK partner or visit the CIQTEK website

 

Businesses, schools, and households need a centralized, fast-charging solution for multiple devices. Say goodbye to tangled cables and slow charging — The 150W 10-Port USB-C Charging Station is your ideal partner for efficient, safe, and convenient device power-up.

Comprehensive Compatibility for Simultaneous Charging

Support up to 10 devices at once, whether it's iPads, Samsung tablets, smartphones, VR headsets, or gaming equipment. Manage large-scale device needs effortlessly in one place.

Rapid Charging Powerhouse

Each port delivers up to 100W of single-port output, ensuring laptops, tablets, and more receive fast, reliable power. Equipped with PD 3.0 technology, it guarantees stable and safe charging for all your high-power devices without interruptions.

 Versatile and Wide-Ranging

Perfect for various scenarios — whether you’re powering multiple tablets for students, providing continuous energy for VR headsets and gaming gear, or keeping smartphones charged in busy offices. Compatible with:

10 iPads for educational or corporate use

VR headsets and gaming devices for entertainment

Various Android devices and Samsung phones and tablets

 Elegant, Compact, and Practical Design

With a sleek and space-saving form factor, this charger not only offers powerful functionality but also seamlessly fits into any environment. An ideal addition to classrooms, workplaces, or entertainment centers.

Ready to Elevate Your Device Charging Experience?

Choose the 150W 10-Port USB-C Charging Station for smarter, faster, and more reliable device management. Save time, enhance productivity, and enjoy a hassle-free digital life!

A Scanning Electron Microscope (SEM) is a powerful microscope that uses a high-energy electron beam to scan the surface of a specimen, capturing signals emitted or scattered by electrons to generate high-resolution images of the specimen surface. SEM can magnify images by thousands to tens of thousands of times, revealing a microscopic world that is imperceptible to the naked eye.

 

Under the CIQTEK Scanning Electron Microscope, we can observe the fine textile structure of lizard skin cells, which allows for a visual examination of the structural characteristics of crystalline plates in the skin, such as their size, length, and arrangement. These images not only provide a visual feast but also offer crucial clues for scientists to interpret material properties, disease mechanisms, and biological tissue functions.

Figures1. Ultrastructure of lizard skin/30 kV/STEM

In the field of electron science, SEM helps engineers examine tiny solder joints and conductors on circuit boards in detail to ensure the precision and reliability of technology. In materials science, SEM can be used to analyze fracture surfaces of metal alloys, optimizing industrial design and processing technology. In biological applications, SEM can display the surface structure of bacteria and even observe interactions between viruses and host cells.

 

Figures2. SEM3200/Ordinary chip2/10 kV/ETD

SEM is not just a machine; it is more like a meticulous detective that helps us uncover the microscopic secrets in nature and man-made objects, providing strong support for scientific research and technological innovation. Through SEM, scientists can better understand the nature of materials, the structure of biological tissues, and the essence of various complex phenomena, pushing the boundaries of our knowledge forward.

 

Common Misconceptions about SEM:

 

1. Are SEM images in true colors?

 

SEM produces black and white images because they result from the interaction of electrons with the specimen, not from light waves. The colored SEM images typically seen are post-processed using digital coloring techniques to distinguish different structures or enhance visual effects.

 

2. Is higher magnification always better?

 

While SEM can provide extremely high magnification, not all research requires maximum magnification. Excessive magnification beyond the specimen's feature scale not only increases scanning time but may also lead to an increase in irrelevant information.

 

3. Can SEM see atoms?

 

Although SEM offers high resolution, it often cannot reach the level of observing individual atoms. To observe structures at the atomic scale, transmission electron microscopes (TEM) or scanning tunneling microscopes (STM) are typically needed.

 

4. Is SEM only suitable for solid and lifeless specimens?

 

While SEM was initially designed for solid materials, modern techniques allow observation of biological specimens as well. Through specific specimen treatments such as freezing, drying, or coating with conductive materials, SEM can also be used to observe biological tissues and cells.

 

5. Can SEM images fully represent the actual conditions of a specimen?

 

SEM images are two-dimensional projections obtained from specific angles and parameters, which may not fully reveal the three-dimensional structure and true conditions of the specimen. Additionally, the specimen preparation process may cause deformations or artifacts that can affect the accuracy of the results.

 

Operating a Scanning Electron Microscope (SEM) in Saudi Arabia’s arid, dust‑laden environment calls for focused upkeep. From airborne sand infiltrating your chamber to extreme temperature swings stressing components, disciplined maintenance ensures clear images and steady uptime. Below are four actionable strategies—free of fabricated case stories—to help you fortify your SEM instrument against desert challenges, while highlighting how CIQTEK’s design and regional support can simplify each step.

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1. Dust Filters & Heating, Ventilation and Air Conditioning (HVAC) Control

Keep sand before it reaches your SEM’s breathing zones.

• Multi‑stage air filtration: Fit your lab’s HVAC intake with a pre‑filter rated at Minimum Efficiency Reporting Value (MERV) 8, followed by a MERV 13 final filter. Change the pre‑filter monthly during sandstorm season to protect your SEM’s compressor and electronics cabinet.

• Temperature stability: House your SEM in a climate‑controlled enclosure. Maintaining ±2 °C variation prevents thermal drift during long image acquisitions. CIQTEK SEM instruments are built to integrate seamlessly with portable clean‑air enclosures, simplifying installation.

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2. Vacuum System: Routine Service Essentials

A reliable vacuum underpins every high‑resolution image.

• Oil‑ring pump maintenance: Replace your rotary vane pump oil every 500 hours—or sooner if the oil appears cloudy. CIQTEK recommends its high‑purity vacuum oil, which helps resist contamination in dusty regions and extends service intervals.

• Leak checks: Conduct a quarterly helium‑sniffer test around all seals. Even minor leaks at O‑rings can elevate chamber pressure and degrade resolution. CIQTEK SEM microscope’s modular door‑seal kits allow tool‑free seal changes in under ten minutes.

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3. Rapid Troubleshooting: Keeping Your Workflow Flowing

Fast fixes for common hiccups keep projects on schedule.

• Beam drift: If your electron beam drifts off‑center, verify stage‑to‑column alignment and tighten any loose stage clamps. Then launch your SEM’s auto‑align routine. CIQTEK’s SyncBeam™ software retargets your region of interest (ROI) in under two minutes.

• Charging artifacts: Unexpected image brightening or streaks on non‑conductive samples often indicate contamination on the flood gun filament. A controlled bake‑out at 150 °C for two hours typically clears carbon buildup—no replacement parts needed.

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4. CIQTEK Local After‑Sales Support Process

Expert backup when and where you need it most.

Distributor hotline: Submit parts or service requests through CIQTEK’s authorized Saudi agent—expect same-day acknowledgment and prompt dispatch of parts.

Preventative maintenance visits: Schedule biannual on-site service to inspect pumps, filters, and alignments, and recalibrate detectors.

Remote assistance: For urgent diagnostics, leverage CIQTEK’s remote access capability to collaborate with a field application specialist at our regional support center in real time.

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By enforcing robust filtration, disciplined vacuum care, a clear troubleshooting protocol, and plugging into CIQTEK’s Saudi‑based support network, your SEM machine will stay in peak condition, no matter how fierce the desert elements. Ready to strengthen your lab’s imaging reliability? Reach out to CIQTEK today.

Choosing a DualBeam FIB-SEM is a pivotal decision for any microscopy lab—especially in Saudi Arabia’s booming research and petrochemical sectors. Before committing budget and bench space, ask yourself these five questions to ensure your system delivers the performance, reliability, and local support you need.

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1. How Do Ion-Beam Current and Spot Size Impact Your Application?

High-current beams mill faster but sacrifice resolution; low-current beams deliver nanoscale precision at the expense of throughput. Ask the vendor for beam-current vs. spot-size curves to see where their instrument excels.

• Why it matters in Saudi labs: In petrochemical catalyst research, rapid trenching for EDS or TEM lamella prep is vital—yet you still need <10 nm trenches to inspect nanoporous structures.

• CIQTEK Advantage: CIQTEK’s DualBeam offers selectable beam currents from 1 pA to 20 nA with spot sizes down to 3 nm. With the click of a button, you can toggle between “fast-mill” and “fine-polish” modes.

 

2. What’s the Synergy Between SEM Imaging and Ion Milling?

True DualBeam performance lies in seamless coordination of electron and ion columns. Look for:

• Auto-alignment routines that correct drift between cuts.

• Live-drift compensation so you’re always imaging the right feature.

• Integrated stage tilting to switch between cross-sectioning and plan-view without manual refixturing.
  Real-world wins: In a recent demonstration at a major Riyadh materials center, users cut and imaged solder joints in under 10 minutes—half the time of their legacy tool.

• CIQTEK Advantage: Proprietary “SyncBeam” software synchronizes both columns in real time, yielding crisp, shadow-free cross-sections even on rough, uneven samples.

 

3. Does the Software Play Nice with Your Workflow?

Look beyond simple GUIs. Modern labs crave:

• Scriptable APIs for automated runs.

• Recipe libraries for repeatable tasks (e.g., trench → polish → lift-out).

• Remote monitoring so you can queue overnight jobs and check progress from your office or home.
  Why Saudi facilities love it: With labs spread across King Abdullah University and industry sites, remote access is a game-changer.

• CIQTEK Advantage: Their Python-based SDK lets you draft custom milling routines in minutes, while the cloud dashboard pushes live status updates to any web-connected device.

•  

4. What Level of Training and Technical Support Comes with Your Purchase?

A cutting-edge instrument is only as good as the team that runs it. Key questions:

• Will a factory engineer be on-site for installation?

• Is there a local parts inventory in the GCC for rapid spares delivery?

• What’s the SLA for service calls—4 hours? 24 hours?
  Local feedback: Customers in Dubai praised CIQTEK’s Middle East service hub for dispatching a replacement detector within 48 hours—no shipping hold-ups.

• CIQTEK Advantage: Through the trusted Saudi distributor, CIQTEK coordinates rapid service support and parts delivery in the Kingdom, and offers cost-effective system packages that rival higher-priced alternatives—without cutting corners on performance or reliability. They also help organize quarterly user workshops (both virtual and in-person) to keep your team at peak performance.

 

5. Do You Have Proven Local References and Application Success Stories?

Nothing beats peer feedback. Before buying, ask for:

• On-site visits to existing installations in the Kingdom.

• Case studies in your field—semiconductors, metallurgy, battery materials, etc.

• User testimonials you can verify.

• 
  CIQTEK in the GCC: According to the Saudi distributor’s feedback, several petrochemical, battery-materials and university labs in the Kingdom have evaluated CIQTEK DualBeam systems this past year—many noting boosts in throughput and nanometer-scale resolution. The regional applications partner also arranges hands-on demo days at KAUST and KFUPM so you can test your samples before committing.

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Investing in a DualBeam FIB-SEM is about more than peak resolution or blazing-fast milling; it’s about finding a partner whose technology, software, and support mesh with your lab’s unique needs. By drilling down into beam specs, software flexibility, service SLAs and local success stories—especially right here in Saudi Arabia—you’ll make a confident, future-proof choice.

 

With its ultra-fine spot sizes, real-time SEM/Ion synchronization, open API, and 48-hour onsite support in the GCC, CIQTEK’s DualBeam FIB-SEM checks every box—empowering your team to tackle today’s toughest materials challenges and tomorrow’s breakthroughs.

 

In the rapidly evolving world of virtual reality (VR), the need for reliable power solutions has never been greater. As VR technology advances, so do the tethered and standalone devices that offer users immersive experiences. A common challenge for VR enthusiasts is managing the battery life of multiple devices, ranging from headsets to controllers. That's where the unique 10 ports fast USB-C chargers come into play, revolutionizing the way we power our VR stations.

 

Why Choose a 10 Ports Fast USB-C Charger?

1. Simultaneous Charging

With a 10-Port USB-C Charging Station, you can charge multiple devices at once. Whether it's a VR headset, multiple controllers, or other peripherals, you can keep everything powered up without the hassle of switching cables.

2. Fast Charging Technology

Equipped with advanced charging technology, these intelligent quick chargers can provide speedy power to your devices. This means less waiting and more time immersing yourself in virtual worlds. Many of LVSUN chargers support Power Delivery (PD) 3.0 technology, allowing for efficient charging at higher wattages.

3. Universal Compatibility

USB-C has become the standard for many devices, and a multi-device charging hub is typically compatible with a wide range of gadgets, including smartphones, tablets, and laptops. This versatility makes it a worthwhile investment for any tech enthusiast.

4. Space-Saving Design

Having 10 ports in a compact design reduces the clutter of cables and chargers. With such a setup, you can keep your VR station organized and aesthetically pleasing while ensuring all devices are readily charged. The compact power hub design enhances your space without sacrificing functionality.

5. Safety Features

Most high-quality chargers include safety mechanisms such as overcharge protection, short-circuit prevention, and temperature control. These features help protect your devices while charging.

 

Investing in a 10-Port fast charger from LVSUN can greatly enhance your VR experience. Not only does it provide the convenience of simultaneous charging for multiple devices, but it also ensures a tidy and organized VR station. With the unique features offered by LVSUN chargers, you’ll have everything you need to keep your devices powered and ready to embark on your virtual adventures.

 

As you dive deeper into the incredible realms of virtual reality, make sure you have the right equipment to keep your devices charged and operational. Say goodbye to dead batteries and hello to uninterrupted gaming and exploration!