On June 20, 2025, representatives of the Beijing Physical & Chemistry Testing Technology Society visited CIQTEK. A special seminar on “Innovation and Application of Magnetic Resonance Spectroscopy Technology” was held, along with on-site Nuclear Magnetic Resonance (NMR) data testing and comparison.

The Beijing Physical & Chemistry Testing Technology Society was established in 1980 as an academic organization voluntarily formed by experts in the analytical testing industry in the Beijing area. Its purpose is to unite and organize professionals in the analytical testing field within Beijing, promoting the development of analytical testing technologies. The society currently has over 1,000 members.

 

CIQTEK Launched NMR Spectrometer, Impressed Visiting Experts with On-site Performance

At the Beijing Spectroscopy Conference held from May 23 to 25, 2025, CIQTEK President Dr. Max He officially announced the new products — the 400 MHz and 600 MHz NMR spectrometers.

Although Dr. Max's presentation featured only a few slides on CIQTEK NMR instruments, it sparked considerable interest within the Beijing Physical & Chemistry Testing Technology Society. CIQTEK's emergence as a manufacturer of high-field NMR spectrometers was met with both surprise and excitement. The announcement quickly became a topic of lively discussion, with many experts expressing a strong desire to visit CIQTEK for an in-depth look at the instruments.

In response, CIQTEK extended a formal invitation to members of the Beijing Physical & Chemistry Testing Technology Society, including committee members and relevant experts, to visit the company for an on-site evaluation of their NMR research. This marked the Society’s first official delegation visit outside of Beijing.

 

Group photo of the Beijing Physical & Chemistry Testing Technology Society delegation and the CIQTEK team

 

On-site Benchmarking: Data Performance, Analysis Speed, and Quantity

During the one-day visit, participants engaged in in-depth discussions and hands-on data acquisition. The interaction was highly productive, with both sides delving into technical details and application insights. Numerous questions and suggestions were raised, making the session both interactive and constructive.

 

Reliable Spectral Data

The reliability of spectral data is the primary criterion for evaluating the performance of an NMR spectrometer. Therefore, sensitivity, testing efficiency, and spectral quality were key focuses during this on-site evaluation.

During the comparative testing session, two standard samples were prepared for live demonstrations:

• 0.1% Ethylbenzene — used to evaluate ¹H sensitivity
• 40% ASTM standard — used to evaluate ¹³C sensitivity

 

The detailed comparison results are as follows:

(1) ¹H sensitivity

The test results from other manufacturers are as follows:

• Brand A: Measured signal-to-noise ratio of 341:1 (sample not spinning)

 

• Brand B: Measured signal-to-noise ratio of 349:1 (sample not spinning)

 

• CIQTEK NMR Spectrometer CAN400: Measured signal-to-noise ratio of 458:1 (sample not spinning)

 

(2) ¹³C Sensitivity

The test results from other manufacturers are as follows:

• Brand A: Measured signal-to-noise ratio of 224:1 (sample not spinning)

 

• Brand B: Measured signal-to-noise ratio of 229:1 (sample rotations at 15 Hz)

 

• CIQTEK NMR Spectrometer CAN400: Measured signal-to-noise ratio of 224:1 (sample not spinning)

The on-site measured data confirm that the detection sensitivity of CIQTEK NMR spectrometers is on par with or exceeds that of the compared competitors.

 

(3) Testing Efficiency

Using the standard proton NMR test requirement (8 scans) as a benchmark, the time to complete a ¹H NMR spectrum on the CIQTEK CAN400 spectrometer was measured. While maintaining consistent spectral quality, the overall testing time was reduced by approximately 40%. This demonstrates the instrument’s high testing efficiency and reflects CIQTEK’s strong technical capabilities and accumulated expertise in various technical details. Improving efficiency while ensuring data reliability significantly enhances cost-effectiveness and is a key factor in gaining broad recognition.

In addition, non-standard samples were also tested on-site, and Dr. Junfeng Xiang, Vice Chairman of the Beijing Physical & Chemistry Testing Technology Society, was invited to operate the instrument firsthand. Before this visit, Dr. Xiang’s understanding of CIQTEK was limited to paramagnetic resonance solutions, but now it has expanded to include NMR solutions. He noted that CIQTEK’s NMR software incorporates original design concepts, which is commendable. Drawing on his extensive experience in NMR applications, Dr. Xiang also provided valuable suggestions regarding both software and hardware details.

 

Unprecedented Magnetic Resonance Speed

During this on-site visit, CIQTEK demonstrated an unprecedented pace of advancement in magnetic resonance technology. CIQTEK’s rapid development in paramagnetic resonance spectrometers has been well recognized. However, whether this rapid progress could be replicated in the field of NMR spectrometers was an open question before the visit. Now, we have the answer.

In just two to three years, CIQTEK has successfully developed world-class NMR spectrometers, marking a speed of technological advancement that is truly unprecedented.

What drives this remarkable pace is CIQTEK’s R&D team, which has leveraged its extensive expertise in developing EPR spectrometers and successfully translated it into NMR spectrometer innovation. More importantly, it showcases the strength and cohesion of an exceptional magnetic resonance research team.

According to CIQTEK’s introduction, their magnetic resonance research team consists of over 100 members, with 30 to 40% holding doctoral degrees in related fields. They conduct comprehensive research across multiple aspects, including technical principles, magnets, probes, spectrometers, and software.

 

Large-Scale Production and Delivery of Spectrometers

During this visit, we observed only two NMR spectrometers on display at CIQTEK’s Research and Application Center. Looking ahead, we hope to see tens, hundreds, or even more NMR spectrometers produced and deployed across various research institutes soon.

This growth will place higher demands on the manufacturer’s capabilities for large-scale production and technical support for application deployment.

 

This visit to CIQTEK was a great surprise, revealing a cutting-edge scientific instrument company with a professional team and a global vision.

Why Precise Nanoscale Sampling Matters

In cutting-edge fields like materials science, life sciences, and semiconductor device research, precision sampling at the nanoscale is often a prerequisite for meaningful results. Whether it's extracting a specific failure site from a semiconductor die or isolating organelles from a single cell, conventional sampling methods often fall short, lacking the resolution, accuracy, and environmental control needed for high-sensitivity analysis.

This is where advanced FIB-SEM (Focused Ion Beam Scanning Electron Microscopy) systems come in, especially those equipped with an integrated nanomanipulator. Among these, the CIQTEK Dual Beam SEM DB550 stands out for its high-resolution imaging, picometer-level manipulation accuracy, and seamless integration of sample preparation, lift-out, and analysis tools.

 

How the CIQTEK DB550 Elevates Nanoscale Sample Handling

1. High-Resolution SEM Imaging for Target Site Identification

The CIQTEK FIB-SEM DB550’s field emission electron column delivers exceptional imaging clarity, achieving up to 0.9 nm resolution at 15 kV, ideal for resolving intricate microstructures. This high-resolution SEM capability allows researchers to visually navigate complex surfaces and precisely locate regions of interest, be it nanoscale particles in a composite, organelles within cells, or structural defects in advanced nodes of semiconductor failure analysis.

 

2. Integrated Nanomanipulator for Picometer-Level Precision

The nanomanipulator integrated into DB550 offers 3D control with picometer-scale positioning accuracy, making it ideal for site-specific sample preparation. It enables researchers to approach, grip, and lift-out micro- and nano-sized features with remarkable control. For instance, the nanomanipulator can delicately extract a specific nanowire from a dense network or isolate a membrane region in biological samples, all while minimizing mechanical stress.

This feature is particularly valuable for workflows like:

• TEM sample lift-out from semiconductor devices
• Nano-probing for electrical testing
• Sample isolation for single-cell omics

 

3. Maximizing Sample Integrity During Transfer

One of the challenges in nanoscale sampling is preserving the original structure and chemistry of the specimen. The DB550 addresses this through:

• Dynamic force control, preventing deformation or breakage during manipulation
• Cleanroom-grade vacuum and anti-contamination protocols, protecting the sample from environmental exposure

This ensures low-damage nano-extraction, which is critical for downstream EDS (Energy Dispersive X-ray Spectroscopy), EBSD, or TEM analysis.

 

4. Seamless Workflow with Dual Beam Functionality

The synergy of focused ion beam and electron beam in the DB550 allows for a complete sampling and analysis pipeline:

• FIB milling can preprocess the sample site and remove surface contaminants or cut trenches
• Nanomanipulator then lifts out the precise section
• In-situ SEM or EDS analysis can be immediately performed for real-time verification

This one-stop nanoscale manipulation platform significantly enhances efficiency while maintaining data fidelity.

 

Why CIQTEK DB550 is Ideal for Advanced Nanomanipulation

Technology independence: CIQTEK’s proprietary core technologies offer performance on par with world-leading brands, at a more competitive price point

Workflow integration: From focused ion beam milling to sample lift-out, the DB550 supports in-situ manipulation and imaging, reducing the need for external systems

User-centric design: Fully localized software, intuitive navigation, and automation options enhance accessibility for new and experienced users alike

Whether you're preparing site-specific lamellae for TEM, isolating features from biological tissue, or performing complex nanomanipulation in electron microscopy, the DB550 offers a powerful and versatile solution. It’s not just a tool. It’s a nanoscale sampling ecosystem designed to keep your research on the cutting edge.

Explore how the CIQTEK DB550 Dual Beam FIB-SEM can optimize your nanoengineering workflows: from precise lift-out to clean sample extraction and real-time analysis.

CIQTEK warmly welcomes you to the 21st European Magnetic Resonance Congress (EUROMAR2025) in Oulu, on July 6-10, 2025!

 

EUROMAR2025 is expected to gather 500-700 experts in Magnetic Resonance from all around the world. It is a stimulating platform for exploring cutting-edge magnetic resonance techniques and multidisciplinary applications, presented by leading researchers and industrial representatives, as well as for fostering collaborative networks. 

 

We look forward to welcoming you to Oulu and creating a truly memorable EUROMAR experience together! We will sincerely provide you with CIQTEK NMR Spectrometer Modernization Solutions Compatible with 300-600 MHz Magnet.

 

 

Meet us at Booth 7

Date: July 6-10, 2025

Location: Oulu, Finland

 

 

The interface between semiconductor materials and metal electrodes plays a critical role in the performance of electronic devices. Surface morphology, chemical composition, and electronic structure at the interface directly impact key factors such as conductivity, stability, and overall device reliability. Therefore, comprehensive characterization of the semiconductor-metal interface is essential for optimizing device design and improving performance.

Field Emission Scanning Electron Microscopy (FE-SEM) has become a preferred analytical technique due to its high spatial resolution, direct imaging capabilities, and multi-modal analysis features, making it especially suitable for semiconductor-metal interface studies.

 

SEM Analytical Capabilities

The CIQTEK SEM5000X Field Emission Scanning Electron Microscope demonstrates outstanding performance in the analysis of semiconductor-metal electrode interfaces. Equipped with a Schottky field emission electron gun and an optimized electron optics system, the SEM5000X enables nanoscale high-resolution imaging, capturing fine details of interface morphology, elemental distribution, and electronic properties.

Key Imaging and Analysis Modes:

• Secondary Electron (SE) Imaging: Provides high-resolution surface morphology, ideal for observing roughness, defects, and grain boundaries at the electrode interface.
• Backscattered Electron (BSE) Imaging: Highlights compositional contrast, revealing elemental inhomogeneity and diffusion behavior at the interface.
• Energy Dispersive X-ray Spectroscopy (EDS): Offers qualitative and quantitative elemental analysis, supporting accurate characterization of chemical composition across the interface.

The SEM5000X also supports in-situ heating with MEMS-based heating chips, enabling dynamic studies of material behavior under thermal stress. This is especially useful for observing interdiffusion and reaction zones in real-time during thermal cycling.

Additionally, the system features Electron Beam Induced Current (EBIC) capabilities, allowing for direct evaluation of local electrical properties at the interface, such as carrier lifetime, mobility, and junction activity. This provides valuable data for assessing the electrical performance and reliability of semiconductor devices.

 

Recommended Product: CIQTEK SEM5000X

For advanced analysis of semiconductor-metal interfaces, CIQTEK strongly recommends the SEM5000X Field Emission SEM. Designed for demanding applications, the SEM5000X offers:

• Ultra-high-resolution imaging down to the nanometer scale
• Comprehensive analytical capabilities including SE/BSE/EDS/EBIC
• Stable performance with user-friendly operation, ideal for both R&D and routine analysis

These features allow researchers to accurately and efficiently characterize the microstructure, composition, and electrical behavior of complex interfaces, ultimately accelerating semiconductor material innovation and device optimization.

 

The CIQTEK SEM5000X Field Emission Scanning Electron Microscope is a powerful tool for in-depth characterization of semiconductor-metal electrode interfaces. Its high-resolution imaging, multi-modal analysis options, and strong performance stability make it indispensable for materials research, failure analysis, and semiconductor device development.

By enabling clear visualization and precise analysis of interface properties, the SEM5000X contributes to better device design, enhanced performance, and long-term reliability, empowering researchers and engineers in the semiconductor industry.

The 48V input DC charger, the 1000W USB-C charging station, features 10 ports of USB-C technology, each capable of delivering 100W for 10 ports. This powerful DC version USB-C charger enables multiple devices—such as laptops, tablets, and smartphones—to be charged simultaneously, providing a seamless experience without the hassle of multiple chargers or delays. It’s the perfect 10 ports USB-C charger for users who need to stay connected and powered up on the go.

Designed for maximum flexibility, this 1000W USB-C charging station supports diverse power sources with its 48V input capability, making it highly compatible across various environments. Its modular design simplifies integration into smart homes, corporate offices, or industrial automation systems, offering reliable, centralized energy management. Whether used in smart furniture, building automation, or remote monitoring setups, this #DC version USB-C charger ensures efficient and stable power supply, streamlining energy management everywhere.

As technology advances, the demand for smarter and more efficient power management grows. The innovative 10 ports USB-C charger combines high power output, broad device compatibility, and intelligent features to meet the evolving needs of residential and industrial applications. Empower your environment with this next-generation power solution—reliable, efficient, and future-proof—for a smarter energy management experience.

CIQTEK, in collaboration with its valued partner SciMed, has recently taken the scientific community by storm with its active participation in the 58th Annual International Meeting of the ESR Spectroscopy Group. The event, held at an auspicious time in early June, not only proved to be a massive success but also propelled CIQTEK to new heights with the prestigious poster award it received.

 

The spotlight of the conference was undoubtedly CIQTEK's showcase of the groundbreaking EPR200M, which garnered widespread attention and acclaim from attendees.

This cutting-edge technology not only captured the imaginations of experts in the field but also demonstrated CIQTEK's commitment to innovation and excellence in the realm of spectroscopic instrumentation.

Buoyed by this resounding success, CIQTEK is now setting its sights on the upcoming "Microscience Microscopy Congress 2025 (MMC2025)," scheduled to take place from July 1st to 3rd. Visitors and industry professionals are cordially invited to Booth 131 during the event to experience firsthand the latest advancements and solutions that CIQTEK has to offer. This presents an unparalleled opportunity for networking, collaboration, and knowledge exchange with some of the brightest minds in the scientific community.

 

 

CIQTEK is now setting its sights on the upcoming "Microscience Microscopy Congress 2025 (MMC2025)," scheduled to take place from July 1st to 3rd， in collaboration with its valued partner SciMed.

 

MMC2025, incorporating EMAG 2025, is being held at Manchester Central Convention Complex, located in the heart of Manchester. It is one of the largest events of its kind in Europe, bringing together the very best in microscopy, imaging, and cytometry from around the globe.

 

With six parallel conference sessions, a world-class exhibition, workshops, satellite meetings, an international Imaging Competition, and more, CIQTEK invites conference attendees to visit their booth #131 at the exhibition hall to learn more about their cutting-edge 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 Booth 131

Date: July 1-3, 2025

Location: Manchester Central Convention Complex, UK

 

 

In the world of online gaming, milliseconds matter. Whether you’re engaging in competitive esports or enjoying immersive open-world adventures, the difference between victory and defeat often hinges on one key factor: latency. Low latency is not just a technical specification — it defines the quality of user experience in modern gaming, influencing everything from controller responsiveness to visual clarity and system synchronization.

 

The Role of Latency in Gaming Peripherals

Gaming peripherals such as mechanical keyboards, precision gaming mice, and high-refresh-rate displays are all designed with one goal in mind: minimizing the time between user input and on-screen action. This latency — often referred to as "input lag" — is crucial in fast-paced games like first-person shooters (FPS) or real-time strategy (RTS) titles, where split-second reactions are essential.

 

Custom crystal oscillators play a foundational role in achieving low-latency operation. These oscillators provide accurate timing signals to peripherals, ensuring that every keystroke and mouse click is processed without delay. For instance, a USB gaming mouse operating at 1000 Hz polling rate depends on a stable 12 MHz or 24 MHz crystal oscillator to maintain consistent signal timing. Inconsistent or jittery signals from subpar oscillators can lead to frame skipping or delayed input response, severely compromising gameplay.

 

High-Performance Displays and Refresh Rate Synchronization

Esports-grade gaming monitors often feature refresh rates of 144 Hz, 240 Hz, or even 360 Hz. These displays require precise clock timing to render frames smoothly and consistently. Any mismatch between GPU output and panel refresh can result in screen tearing, motion blur, or frame pacing issues — all of which can distract and disadvantage the player.

 

To solve this, many high-end monitors rely on temperature-compensated crystal oscillators (TCXOs) for reliable frequency stability, even in fluctuating thermal conditions. TCXOs maintain consistent timing across a wide range of environments, ensuring that the display's internal timing circuits stay synchronized with the GPU.

 

 

Latency in Gaming Consoles and Custom PCs

Modern gaming consoles and custom-built PCs are equipped with increasingly sophisticated timing architectures. From memory controllers to graphics subsystems, internal signal coordination must be precise. This is where low phase noise oscillators become critical. They reduce signal jitter in data buses and help maintain synchronized performance across multiple subsystems.

 

In high-performance gaming rigs, voltage-controlled crystal oscillators (VCXOs) are often utilized within clock generation circuits. VCXOs allow fine-tuning of clock frequencies to match overclocked GPUs or CPUs, helping ensure that the system's core frequencies remain in lockstep under heavy load. This results in smoother gameplay, lower frame latency, and fewer synchronization errors during peak performance.

 

Custom Frequency Solutions for Esports Equipment

Esports organizations and gaming hardware manufacturers are increasingly turning to custom frequency oscillator solutions to meet the unique latency and stability demands of professional gaming environments. By tailoring the oscillator’s frequency, stability range, and size to the specific application — whether it’s an ultra-compact wireless controller or a high-bandwidth HDMI transceiver — designers can eliminate bottlenecks and optimize device responsiveness.

 

For example, in tournament-grade gaming keyboards, a 3.3V SMD TCXO can provide both space efficiency and thermal resilience, ensuring that clock timing remains stable over long play sessions, regardless of environmental conditions. Such solutions are vital when milliseconds of lag can determine the outcome of a match.

 

The Hidden Impact of Clock Synchronization

While gamers often focus on visible aspects such as frame rate and resolution, the hidden backbone of a seamless gaming experience lies in clock synchronization. High-quality oscillators reduce timing mismatches between different system components, including memory, storage, display interfaces, and network modules. Poor synchronization leads to cascading delays — frame timing inconsistencies, lag spikes, or even data loss in online environments.

 

Real-time crystal oscillators (RTC) are also essential in coordinating time-sensitive tasks, especially in devices that need to maintain network timing, such as routers or game streaming hardware. Inaccurate RTC modules can disrupt time stamping and cause packet reordering issues in multiplayer games, ultimately degrading performance.

 

Low latency is more than just a buzzword in online gaming — it’s the result of deliberate engineering choices across hardware layers. From high-refresh-rate displays and gaming peripherals to custom-built PCs and network infrastructure, precision timing underpins a competitive edge.

 

Through the integration of custom frequency oscillators — including TCXOs, VCXOs, and low-jitter XO modules — hardware manufacturers can achieve the tight synchronization and signal integrity needed to support fast, fluid, and responsive gameplay. As gaming continues to push the limits of speed and immersion, the demand for precision timing components will only become more central to innovation in the esports and gaming technology landscape.JGHC is a professional crystal device manufacturer, providing high-quality crystal oscillators, resonators and custom frequency solutions. If you have product questions or purchase needs, please contact us at ivy@jghcrystal.com, WhatsApp: +8615989546472.

 

Choosing the right EPR spectrometer in 2025 means more than just comparing specs. With expanding applications in chemistry, materials science, spintronics, and biophysics, labs need to consider long-term usability, performance, upgrade flexibility, and technical support. Whether you're replacing an aging setup or equipping a new facility, this guide walks through key decision points based on real-world needs and lab feedback.

 

1. Define Your Research and Teaching Priorities

Start with the core question: What will you actually use the EPR system for?

  - Routine CW EPR for free radicals and transition metals?

  - Advanced pulse EPR for spin coherence, relaxation, or DEER?

  - Do undergraduate teaching labs require safe and intuitive operation?

If your lab focuses on education or simpler paramagnetic analysis, a benchtop EPR spectrometer may be sufficient and cost-effective. For groups targeting pulse techniques, variable temperature EPR or time-domain studies, a full console system with pulse modules is essential.

CIQTEK offers both compact EPR spectrometers for academic labs and research-grade advanced EPR solutions ready for pulse and cryogenic experiments, with modular options that support future expansion.

 

2. Match Technical Specs with Your Use Cases

Before investing, dig into performance indicators that align with your experiments.

  - CW Sensitivity: Look for high signal-to-noise ratio and digital field stability to ensure reproducibility in long scans.

  - Pulse Capabilities: Evaluate whether you’ll need phase-coherent pulse programming, arbitrary waveform generation, or echo detection.

  - VT Control: Labs operating below 77 K require seamless switching between nitrogen and helium, with minimal manual tuning.

  - Frequency Band: X-band EPR is the standard, but applications in low- or high-frequency may call for dual-band flexibility.

Real feedback from CIQTEK EPR users in Europe, the U.S.,  China, Japan, etc, shows that digital upgrades to control modules and built-in VT systems have cut down tuning time and improved overall workflow stability—especially in multi-user environments.

 

3. Consider Footprint, Infrastructure, and Software Usability

A common limitation in university and shared labs is space. A benchtop EPR can fit into small teaching or departmental rooms with limited cooling and power supply. These systems are also easier to relocate or share.

In contrast, full-size EPR spectrometers need dedicated space, often including external chillers or helium recovery if used at low temperature. But they offer broader accessory compatibility, like resonators, cryostats, and future pulse upgrades.

Also, test the software: modern EPR software should support automated tuning, graphical pulse design, and batch data export. CIQTEK’s unified control interface allows both beginners and advanced users to run experiments efficiently, reducing training time for new researchers.

 

4. Think Long-Term: Service, Upgrade Paths, and Support

Installation is only the beginning. A reliable support model ensures you can maximize performance in the long run.

  - Does the vendor offer remote diagnostics?

  - Are software and firmware updates included?

  - Is there local service coverage or a regional demo lab?

CIQTEK works with local partners and academic labs across Europe and North America. Several customers highlight the responsiveness of their engineering team and the clarity of their training materials. The company also provides EPR modernization and upgrade services, helping labs upgrade legacy magnets with new digital control, VT integration, and pulse options without a full system replacement.

 

5. Learn from Real-World Examples

A materials research group in Asia was able to transform their 20-year-old EPR system into a modern pulse-capable instrument by upgrading with the CIQTEK EPR modernization package. This allowed them to keep using their existing magnet while gaining modern features like programmable pulse sequences and variable temperature control.

Meanwhile, a university in France deployed a CIQTEK benchtop EPR spectrometer for undergraduate education. Faculty reported that the system’s small size, easy calibration, and built-in safety controls made it ideal for hands-on teaching in chemical physics courses.

These examples show how flexible options, from compact teaching units to full lab retrofits, can match different research and budget needs.

 

6. Use This Checklist Before Buying

  - Before making a final decision, go through this checklist:

  - What are your core experimental needs, CW, pulse, VT, or all?

  - Do you need benchtop flexibility or full-featured performance?

  - How much space and power is available in your lab?

  - Is the software easy enough for students or first-time users?

  - Are upgrade paths available for future Pulse or VT modules?

  - Can you request a demo, on-site or remote, with sample testing?

  - What’s the total cost of ownership over 5–10 years, including service?

 

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CIQTEK: A Flexible Choice for Modern Labs

Whether you're setting up a teaching lab, replacing an aging system, or expanding into pulse EPR research, CIQTEK EPR solutions are designed to grow with your lab. Compact systems offer excellent entry points for education, while console platforms provide advanced research functionality and seamless integration with variable temperature and pulse upgrades. With real-world modernization services and local support options, CIQTEK enables labs to move forward with confidence, without overcommitting budget or lab space.

Learn more about CIQTEK EPR products and modernization services at www.ciqtekglobal.com

How to distinguish POS SYSTEM & Cash Register

Businesses are always looking for faster, more efficient ways of doing things. For this reason, many of them have ditched their cash registers and made the transition to point of sale (POS) systems. In a nutshell, a cash register is a machine that records sales transactions, gives change and holds money. A POS system is a computerized system that handles financial transactions, tracks inventory, and records many types of business data.The biggest difference between a cash register and a POS system is efficiency and communication. When a transaction is processed at a retail store or any other type of business, the POS system not only records the transaction, it automatically does real-time tracking of everything related to what the customer purchased.For instance, if a customer buys a purse, the POS system will record everything about the transaction including the tax information. Once the information is captured, it is stored in a database where authorized company reps can access it when they need to.



Cash registers can be either manual or electronic. Unless you pass through a small town where the next filling station is 100 miles away, you’re not likely to find many places using manual cash registers. Most businesses that still use registers opt for the electronic versions because they’re faster and more accurate.



POS system is made up of hardware and software, it can be as simple or as elaborate as you want. A chain of retail stores and a small car rental service have totally different needs. For this reason, a one-size-fits-all way of recording data isn’t logical. Unlike cash registers, POS systems can be customized to fit the needs of the businesses that use them.