Sales QNIX9500 Coating Thickness Gauge Manufacturer

virtueNational KnicksQNix 9500 Coating Thickness GaugeDurable, user-friendly interface, reliable quality, versatile and high-precision.

QNix9500 has significant characteristics in quality control of product production during industrial anti-corrosion, spraying, and surface treatment processes, both in terms of compliance with standards and technical parameters.

The newly developed QNix9500 computer software can achieve efficient and fast management of documents and inspection reports that have never been seen before.

I believe you can feel the features, advantages, and technical parameters of the new QNix9500. We believe that QNix9500 can provide valuable services for your testing work. Quality and service will always be our motto. Therefore, each QNix9500 is produced in Germany.

German KnicksQNix 9500 Coating Thickness GaugeApplicable toIndustrial coating, spraying, powder coating

Single product, batch or spray sample

The appearance, service life, and reliability of products have raised higher requirements for coatings, resulting in increased costs or cost savings. Therefore, efficiency is indispensable in the spraying process, quality assurance, and processing of measurement reports.

By establishing templates, configuring allowable values, and performing authenticity calibration on PCs or instruments, QNix9500 supports efficient work, providing different data templates for establishing data structures for batch production or component measurement values at any time. The QNix9500 report can be pre-set according to user needs or templates can be used. Three steps are required to generate a measurement report. For example, the calibration certificate stored in the instrument can be attached to the report.

Coating thickness gauge is suitable forSurface treatment - electroplating - anodizing:

QNix9500 is used for quality control

Functional coating determines surface corrosion resistance and wear resistance. For example, in the automation machinery engineering industry, due to the very thin coating thickness and relatively small allowable error range, quality requirements are particularly important.

QNix9500 can achieve precise measurement of materials with different substrate characteristics or workpieces with different shapes through simple calibration, and can save calibration for various different situations, which can be switched and used at any time.

Multiple measurement triggering methods (button triggered measurement or delayed measurement can meet the stable measurement of small workpieces with different shapes)

Today, professional car condition assessment can only rely on coating (paint film) thickness gauges to provide professional accident assessment reports or value recommendations. Widely used for car rental, second-hand car buying and selling, and vehicle painting.

Through QN9 computer software, it is easy to create test templates for different shapes and store them in the instrument. Three simple operations on the instrument can open the saved template to create a detection task (the process of inspecting vehicles), generate a report template, add vehicle images or notes to the report. Of course, after connecting to the computer, standard inspection reports can also be used in three simple steps.

In addition, automatic alignment of the display, adaptive adjustment of LCD brightness, large font display, low center of gravity design, fast and accurate data display.

Coating thickness gauge is suitable forAnti corrosion industry:

Using ergonomics to facilitate continuous use under harsh conditions

In the system anti-corrosion measures, the requirement for monitoring and complete data of the anti-corrosion coating spraying process is often indispensable. We need so many various requirements, standards, and specifications. High requirements have been put forward for people, equipment, and instruments.

When developing and designing the QNix9500, durability and ergonomics are important additional conditions. For this purpose, a glass fiber reinforced three-layer injection molded shell is used, which can effectively absorb external impacts and protect the internal liquid crystal and electronic devices. The probe wire is made of drag chain wire that meets industrial standards and is resistant to bending and dragging. All of these designs ensure reliability under G-end operating conditions.

According to different requirements, over limit values and parameters that meet different standards can be pre-set (such as I-SO19840, SSPC PA2, IMO SSPC). Once the measured value exceeds the set maximum or minimum value, the instrument will give a warning of exceeding the limit through sound, LCD display color change, and RGB LED lights on the probe. Especially the RGB LED light prompt of the probe can greatly facilitate operators to focus on workpiece measurement without having to check the instrument display.

In addition, the fast display design also provides an effective time-saving solution for large-scale measurement tasks. At the same time, the instrument's simple graphics and intuitive menu save training time and improve efficiency.

QNix9500 computer communication software, designed as a graphical user interface for easy understanding and quick use.

Based on extensive solicitation of user requirements for the software, we have designed a simple and easy-to-use intuitive interface that can save a lot of time and utilize the software's features to a certain extent.

The QNix9500 computer software is designed based on a browser and does not require installation on a computer, so it is independent of existing Windows versions. The QNix9500 software, which has been redeveloped for operational logic, is also applicable to the QNix9500 thickness gauge interface. All parameter settings on the instrument can be achieved through computer software settings.

Given the powerful statistical capabilities within the instrument, data evaluation and report generation can be achieved through three simple steps. Pre configured parameters can be used to freely place text boxes, tables, and graphic modules by dragging and dropping with the mouse, thereby creating professional inspection report templates. Enterprise logos, workpiece images, and even instrument calibration certificates can be inserted into the reports.

Whether it's handheld devices or computer software.newThe developed tag design enables quick navigation operations. On handheld instruments and computer software, different colored labels can be seen, distinguishing them into different functional blocks for easy understanding, making operation exceptionally easy and simple.

It is particularly important to note that handheld devices shorten the navigation path to improve work efficiency. A well structured menu hierarchy is the foundation for fast navigation and is more suitable for a large number of measurement tasks. The large LCD of the instrument meets the requirements of convenient browsing of historical measurement data, quick deletion of abnormal values, and direct display of statistical values, average values, maximum values, minimum values, and deviation values. You can also choose other allowed values that have been configured. The data values after exceeding the limit are displayed in red.

The data architecture based on tasks or test areas is suitable for detecting large amounts of data and can create various tasks, each of which includes multiple test areas of the second layer architecture. All tasks and test area shells are freely named and saved as templates through computer software. The instrument is already equipped with some templates when it leaves the factory.

The core architecture provides fast navigation for historical data, statistics, tasks, and measurement areas.

QNix 9500 Coating Thickness GaugeProduct Features:

high-precision measurement

Ensure effective quality results

• High precision measurement across the entire range

• High repeatability of measurement results

• Probe with temperature compensation inside

Ensure measurement accuracy on curved surfaces and small workpieces

• Easy calibration on rough, smooth, and curved substrates

Durable and sturdy protection

Long term use under malicious conditions

• Contains fiberglass and consists of 5 components that meet IP64 standards

• Waterproof and light resistant

Three layer seismic protection

LCD window glass is scratch resistant and chemical resistant (H6 level)

• Working temperature -20 ℃ -70 ℃

Stainless steel probe with dust-proof film

Flexibility and Scalability

The host can be adapted to Fe (iron-based), NFe (non-ferrous) Fe/NFT (iron-based/non-ferrous) dual-purpose probes

The host can be adapted to other types of probes

Can be equipped with either an integrated probe or a split probe

Quick and convenient plug and play replacement probe

• Quickly adapt to meet different needs

Using ergonomic design to save time

Can be used quickly and continuously without fatigue

Over limit indication, directly displayed on the LCD and probe LED lights

• High brightness 24 inch LCD display, can be viewed at a 70 ° angle

Under sunlight, the LCD brightness can be automatically or manually adjusted to display the desired effect

• Large tactile buttons and low to medium weight

Flip display 0 °, 90 °, 180 °, 270 °

User friendly interface that is easy to understand

Intuitive and operable, saving time and money

• Simple calibration for standard use

The host and computer software are guided by intuitive menus, and the report can be accessed in three steps

• Custom buttons for quick and direct single operation

• Standard pre configuration

QNix ® The 9500 probe is a brand new design, with a standard probe that is small in size and sturdy, and can be used for Fe, NFe, and Fe/NFT dual purposes

The built-in LED light of the probe is used to indicate whether the measured value exceeds the limit, without checking the host display

QNix ® 9500 integrated design with built-in probes, and interchangeable external probes with modular design can also be selected

QNix 9500 ® Interchangeable probes

Stainless steel probe with protective film inside, IP65 dustproof and waterproof

Wear resistant ruby probe

Chemical resistant material, suitable for chemical cleaning (acetone, nitro dilution, ethanol)

• LED indicator light on the probe

The probe wire is of drag chain type and can be bent at will

Each probe has an electronic calibration certificate stored in it, which can be loaded onto the testing report through a PC

All QNix ® 9500 standard probes are all used for QNix ® The 5500 machine can be used interchangeably at will

Delivery: QNix9500 Basic, Enhanced, Enhanced+

QNix9500 host

QN9 computer software

One Fe and one NFe matrix, two standard pieces

• Test report

• Operation manual

USB cable

Two 1.5V (AA) alkaline dry batteries

• Instrument box

If a probe is ordered, it also includes

• Probe

Probe certificate

• Probe support

Probe cable (with adapter)

German Nix coating thickness gaugeTechnical Specifications: