#industrial tablets

[faytechin]

faytech’s Core Competencies

faytech has its roots in Germany. Arne Weber, the founding manager of faytech, started to develop and market electronic devices in 2001. Later in 2006, the today called faytech AG started to import touch displays in Germany. Within three years, the German corporation became the leading touch device supplier in Germany in this niche. In 2009, the management team moved to Shenzhen to start its own production facility in China and right after, faytech Tech. Co., Ltd. was founded. In 2010, faytech began to produce touch PCs in its own factory for the first time. Today all offered touch devices are solely designed and manufactured by faytech.

In 2013, a partnership was created and faytech North America was established in order to better support this market. Recently in 2018 with great demands for products in both India and Japan, offices were established in these two markets. Recently by the end of 2018, due to the great demand of faytech products, the second factory was opened in Suining, China.

The reference list of well-known brands using faytech Touchscreen Displays and PCs is substantial. For example, faytech’s products are in use by business units of Bechtle, Continental, Honeywell, Unilever, Bosch, Komatsu, Qualcomm and many more.

faytech’s Touchscreen Displays and PCs are used in a wide variety of applications. Customers use the faytech technology for home or building automation and media center applications, factories use the displays for controlling their machines and retail stores & restaurants use the Touchscreen systems to make their sales processes more efficient.

[secousa]

Control, Visibility and IIoT Manufacturing at the Edge (Part 1)

It’s been nearly a century since most manufacturers housed their operations under a single roof, and even then, there were multiple buildings if not multiple sites. The last several decades have seen the advent of the Industrial Internet of Things (IIoT), cloud, edge computing and automation along with the use of industrial tablets.

These tools and technologies have allowed modern manufacturing to respond to current global needs for greater efficiency and increased production. This increased integration of information technology (IT) and operational technology (OT) has been the driving force behind maximum process control and visibility.

Today’s digital transformations are traditionally built around the cloud. But as manufacturers and industrial players across sectors embrace IIoT, edge computing becomes more important to bringing data control closer to where sensors produce it. We can see this in everything from global manufacturers to telecommunications, energy, and end-to-end supply chain visibility.

The further addition of artificial intelligence (AI), machine learning (ML) algorithms, and analytics makes centralized management of manufacturing possible. This has resulted in streamlined industrial processes, optimized supply chains, and the realization of the “smart” factory. What we can broadly state as visibility and control through IIoT is increasingly being seen in fresh approaches like digital twins. Visit source for more info.  Contact us: SECO USA 30 West Gude Dr. Suite 550 Rockville, MD 20850 [phone]

[inhandelectronics]

How IoT Makes Smart Building Management Viable

Today’s complex buildings requires countless disparate systems and devices to regulate their functions and environments. Many of these systems operate in silos yet are still interdependent in many ways. With the Internet of Things (IoT) as the heart of smart building management, personnel tasked with monitoring, adjusting, and intervening in those functions when necessary have a holistic view into building operations. Industrial tablets become a vital link to overcoming the greater challenge of interpreting data from many building automation systems in real-time.

With the help of the IoT, buildings have the potential to house truly interoperable systems rather than silos of electrical, mechanical, and electro-mechanical systems and platforms. Sensors gather continuous data feedback on operational parameters across these systems.

Controllers, gateways, sensors, and cloud platforms can then deliver valuable information that enables building management teams to increase energy efficiency, quickly address failures, and preemptively address imminent problems. Together, this increases comfort and reliability and helps cut costs. By communicating with each other, these systems:

Help monitor themselves

Act when necessary through automatic regulation of defined operational parameters

Provide operational performance data to drive analytics

This collectively allows facility managers to intelligently optimize performance and create smarter buildings.

While data centers and central maintenance offices provide networked facilities for efficiently managing an array of facilities remotely, in-building operations demand operator access to information. A tablet provides a platform that can communicate via network to management facilities for historic data, instructions, and spare parts databases, while simultaneously communicating directly with in-building infrastructure.

It is tempting to use a commercial Android tablet for industrial operations, given their widespread availability and use. However, the environments, operational use cases, and connectivity requirements required of industrial use often cause commercial Android tablets to fail in these types of missions.

Source: https://www.inhand.com/how-iot-makes-smart-building-management-viable/

[inhandelectronics]

Features That Make Tablets a Right Choice for Industrial Use

Over the past decade, the use of on-site computers and handheld devices has become widespread in a variety of industries. These devices allow workers to have access to updated information that is vital for their business practices. While many businesses that use these devices rely on them for day-to-day operations, they must be durable and secure. Consumer-grade devices lack the power and dependability that industrial tablets provide.

What Makes Industrials Tablets Different?

When choosing these devices for your company, you can opt for additional features that are useful for industry-specific practices. These add-ons will heighten the efficiency of business operations while maintaining a connection between multiple teams of workers. A rugged industrial tablet has the capability of running off various operating systems, featuring durable housing while boosting readability and offering touchscreen performance.

Dual Operating System Capability

Consumer-grade, Windows devices are usually made to run using only a single operating system. Industrial tablets that are Android can be designed to run using multiple platforms, including Windows Professional, Linux, and Windows Embedded. This adaptability means your company can tailor its practices to fit any industry software updates without having to replace all your devices.

Durable Housing

Many industries have workers completing tasks in harsh environments where it can be challenging to protect consumer-grade electronics. A rugged industrial tablet is designed to withstand fluctuations in temperature, such as extreme cold or heat. Additionally, these devices maintain performance when exposed to snow, rain, dirt, dust, or sand. Some industries, such as the food sector, may require devices to be cleaned with steaming hot water. Industrial tablets can withstand this heat, while consumer-grade devices would easily ruin. You can ensure the durability of a rugged industrial tablet because it has undergone rigorous testing procedures following its manufacturing.

Touchscreen Performance

If you have ever used a consumer-grade smart device, you will have noticed that the touchscreens are only reliable when used with a bare finger. The reason for this is because they are P-Cap or projective capacitive. These types of screens cannot be used with gloves, and are easily interfered with by water and dust. The electrical current required by P-Cap screens is easily disturbed unless conditions are perfect, which is often not the case in workplace environments. Industrial tablets, on the other hand, use resistive touchscreens, which is ideal for workers that wear gloves and have no control over their external conditions.

View Original Source: https://news.macraesbluebook.com/features-that-make-tablets-a-right-choice-for-industrial-use/

Contact Details:

InHand Electronics, Inc. 30 West Gude Drive, Rockville, MD 20850 Phone No: 240-558-2014 Web: www.inhand.com

[industrialcomputer-blog]

The importance of industrial tablets in the field of smart transportation

http://www.szjawest.cn/news/the-importance-of-industrial-tablets-in-the-field.html

[inhandelectronics]

Balancing Processor Speed, Battery Life, and Use Case for Rugged Tablets

When it comes to a custom tablet, end users look for the best blend of properties that can fulfill all of the tasks in a given environment without compromising one quality over another. That being said, the order of importance of the mix of properties will vary to some degree due to particular needs and industries.

The mix of properties of custom tablets includes the following:

Speed

Reliability

Ruggedness

Long battery life

Cost effectiveness/ value

Versatility

Security

Certifications (FDA, Intrinsic Safety, MIL-SPEC, cellular, etc.)

The right mix of these properties for the best rugged tablet may be unique for each user. This is chiefly because processor speed and feature set impact the types of applications and functions that can be implemented while all of these properties impact battery life.

When specifying a custom tablet, it’s best to initially avoid diving into processor types, cores, speed, and battery life on a technical level. That’s pretty much a rabbit hole as most people want the fastest/newest processor available. Instead, let’s concentrate on what really matters to the end user, which is making the decisions based on a specific use case for the tablet device.

The Importance of Use Cases

The beauty of custom-made tablets is that working with the right expert designer and manufacturer can enable you to get the optimal mix of features that meet your needs – the use case. Use cases may include the technical functions that need to be performed, the environments in which the tablet will be used, how the user interacts with the tablet, peripheral devices and networks attached to the tablet, regulatory requirements of specific industries, look/feel of the device, and more. The custom tablet manufacturer brings expertise in understanding use cases, and distilling the use cases into implementable specifications. This then flows into a defined design process design process and associated component choices with an understanding of reliability analysis that ensures the end solution meets performance needs under duress.

[inhandelectronics]

Top Quality Industrial Tablets by InHand Electronics

At InHand.com we have industrial tablets that are great for industrial work, military work, or medical work. Visit our site today to learn more.

InHands Electronics manufactures wide range of industrial tablets which are used for the various industries for the harsh environment. Visit InHand today for more details.

[inhandelectronics]

Industrial Tablets Manufacturer - InHand Electronics

At InHand.com we have industrial tablets that are great for industrial work, military work, or medical work. Visit our site today to learn more.

InHands Electronics Incorporated designs and manufactures industrial tablets, used for the wide range of industries and suitable for harsh environment. Call us today to know more details.