Display

In this group, we can choose the parameters: size, resolution, touch, light, kind of.

Size:

Screen size is the size of the display of our device. Is given in inches (1 inch is approx. 2.54 cm). The higher the diagonal of this, of course, a larger display device.  Available in tablets and data collectors are different screen size.

Resolution:

This parameter specifies the number of pixels in the image displayed on the screen in the current display mode, the image is made of pixels. Resolution is expressed as the number of pixels in the horizontal and vertical. Resolution level consists of a vertical line, while the horizontal lines vertically.

Standard on-screen resolution

Touch type:

 Screen Resistance / Resistance

 Touch-sensitive surface is made of two plastic plates. On the surface of the plate is a thin and scratch-resistant plastic. Is also coated with a thin layer of conductive material (tin oxide and indium oxide) placed on the bottom of "fast". At the upper long (i.e., below the conductive material), a second plastic plate. Both plates have no contact with each other until the user of the device does not press the screen with your finger or stylus. Contact occurs between spaced slightly screens. As a result of contact created a short circuit that by measuring the vertical and horizontal resistance is converted to data indicating the CPU contact area.

Screen resistive / resistive resistive screen provides good visibility, but that falls quite heavily in the sun. This type of screen, as opposed to capacitive screen, allows the use of ink (useful herein stylus). About multitouchu we can only dream of.

Capacitive screen

The capacitive touch generally consists of a fast-coated glass insulator (similar to that used in screens resistance). Touching the surface of the plate with a finger or other thing, conductive causes disruption in the flow of current. Next, place your finger from the screen interface is measured from the four corners of the screen.

Capacitive screen also provides decent visibility in the sun. We can only handle it with your finger or conductive materials. Is inconvenient in the winter, because we have to take off the gloves to be able to do anything on the phone (you can use special gloves). Some phones at subzero temperatures can go crazy and the screens do not read properly our gestures. This type of touch panel provides us with an unusual facility, which is to support multitouch technology.

Brightness:

The light emitted perpendicular to the surface of the glowing (and reflective). In this way, we describe the amount of light that is emitted from a particular area and the incident at a specific angle. This value is given in candelas per square meter (cd / m2).

Type:

 Shiny matrix (glare)

It is the most common type of laptop screens due to the lower cost of production. A characteristic feature of this type of matrix is a mirror effect - sunny, clear days, the environment is reflected in the screen of the laptop.

 Matt matrix

On the screen is covered with an additional layer (polarizer), which protects against the sun's rays rebounding. It works primarily outdoors on sunny days, when the owner of the device is exposed to intense light.

IPS

Matrices of this type are characterized by a very wide viewing angles horizontally and vertically, have uniform illumination and better color fidelity mapped. In conjunction with control systems that operate on a 12-bit color patterns and enable 16-bit color processing, and further supported by the DUE function, are the ideal solution for even the most demanding users, using them for professional use.

Gorilla Glass

It is chemically tempered glass with an alkali aluminosilicate. It is no secret, how it arises: the cure consists in immersing it in a hot solution of potassium nitrate (at a temperature of 400 degrees Celsius). This reduces potassium ions leave the surface creating a larger space for sodium ions, which Gorilla Glass "run through" is pressurized. When the glass cools, larger ions cure them.

Sunlight Readable

By using additional filters on the screen, which reflect sunlight the screen is more legible. This type of display is equipped with a protective outer layers of anti-reflective optical to eliminate the effect of sunlight glare.

Components

In this group of parameters we can choose what is to be equipped with a device that is our SSD or HDD, RAM / ROM and CPU and clock speed of the processor.

Drive type

There are only two types of SSD and HDD. The following is a characteristic of both drives. SSDs are different from traditional HDD by many factors such as the strength of the shock, the speed of reading and writing, and above all price.

SSD (ang. Solid-state drive, sometimes solid state disk) - storage device built with flash memory. The main advantage of SSD is the lack of moving parts. In addition, these drives have a far shorter time access to data (several times), quieter and much more resistant to mechanical damage (caused eg. Vibrations during operation or falling from a height). Another issue is the use of SSD in industrial computers, where there is significant large capacity as is the case with traditional HDD, but above all, reliability and resistance to vibration. SSD in industrial applications do not require the capacity of 50-100 GB, because in practice are used in capacitance of 512MB-8GB and it is enough that at a relatively low cost of memory do its job.

HDD (Hard disk drive) - the type of storage that uses magnetic media for data storage. Disk HDD type consists of a plate or disc assembly for aluminum alloy coated with a thin layer of magnetic media and electromagnetic heads that allow reading and writing of data. For each disk platter accounts for a pair of heads - one head and one read-write. The data are stored on the disk platter by sending electromagnetic flux through the recording head. Hard drives are the most important the following parameters: capacity, data rate, data access time, speed magnetic disks (rev / min.) And the mean time between failures (MTBF).

RAM Memory

RAM Memory is very important and one of the basic computer components. This is the place where the computer temporarily stores the individual data. The more memory you install on your computer, the more programs will be able to run at the same time, which will run more efficiently. RAM is important for the performance of your computer. Of course, in the context of memory has not only its size, but also the operating parameters.

What are the types of memory?

There are several types of memory, but now they are the most important:

• DDR 2
• DDR 3

What kind of memory you can install on your computer, it will depend on the motherboard (although you can meet up with models that allow both installation DDR2 and DDR3 - but they can not be used simultaneously). Since it also depends on the amount of memory that is how many GB can handle up to and how capacious may be a single unit.

The main differences between DDR2 and DDR3:

The current DDR3 SDRAM memory chips are manufactured in 90 nanometer manufacturing process, and standard supply voltage is 1.5 V. them require DDR2 standard of 1.8 V.
DDR3 memory modules have 240 pins, which is the same number as DDR2. However, the memory controller designed to support DDR2 DDR3 can not handle, and a few pin DIMM has changed its meaning. For this reason, it is impossible to insert non-compliant modules - eg. The modules DDR3 DDR2 DIMM connectors.

Processors

To choose from in the market we have a lot of different brands procesroów which cooperates with mobile devices are: 

AMD | Cortex | Qualcomm | ICC | Marvell | Intel Core 2 Duo | Intel Celeron | Intel Atom | Intel i3 | Intel i5 | Intel i7 | Samsung | ARM | Texas Instruments

The major manufacturers of processors are AMD and Intel.

The processor is the most important component of any computer, which is responsible for all arithmetic operations. For this reason, it is an intermediary in the performance of the processor, in principle, all tasks on the computer. Its quality depends on the performance of our system, and thus - the same comfort. It should be noted that the processor is a complex system, which is the building block of silicon. It has a small size, but it is a great computing power. Due to ongoing minimization on a small area of the chip can now hold millions of transistors, which gives the power, which is something we could only dream of. Not everyone needs the best and most modern computer processors.

Processors INTEL

With the advent of the first generation Nehalem processors (ie, the first Core i) in autumn 2007 completely changed the line and file naming convention Intel products. Since then, no need to know during the stamps: just look, whether it's a Pentium, Core i3, Core i5 and Core i7 to know about a product with which you are dealing. This simple move how much easier choice and strengthened brand: from now on, even the average computer user oriented knew better than to have a Core i7 Core i3. But this knowledge is not all: in every family there are several dozen processors, a number of different parameters.

Processors AMD

AMD is the second largest producer of processors based on the x86 architecture and one of the largest manufacturers of GPUs.

Bulldozer microarchitecture is a real revolution in the approach to the design of AMD processors. The main component is a module, which accounts for two units for the calculation of the fixed-point and floating one. In the simplest terms: in games such processor (eg. Czteromodułowy ośmiowątkowy FX 8150) behaved like a quad and multi-threaded programs - as ośmiordzeniowy. Support for fast DDR-1866 and high default clocks helped make up for deficiencies resulting from low IPC.

COMMUNICATIONS SYSTEMS

In this group of parameters we can choose the corresponding communication systems in which our device is fitted.

	Bluetooth – technology wireless short-range communication between various electronic devices such as a keyboard, computer, laptop, PDA, mobile phone, and many others. It is open standard described in IEEE 802.15.1. Its specification includes three classes 1-3 transmission power with a range of 100, 10 and 1 meter in open space. The most common class is the second class. The technology uses radio waves in the 2.4GHz ISM band.
Wi-Fi – a colloquial term set of standards designed to build a wireless computer networks. A specific application of Wi-Fi is building a local area network (LAN) based on radio communication, or WLAN. Range from a few meters to several kilometers and throughput of up to 300 Mb / s transmission on two channels simultaneously.
	GPS is a network of satellites in orbits placed at designated points on the surface of the planet. These satellites send signals received by all GPS receivers on the ground. The signals from the satellites transmit coded time and geographical data, which allow the user to precisely determine its exact position, speed and time anywhere in the planet.
2G GSM network is a standard that allows you to make voice calls and send SMS messages. 2.5G is a bridge connecting the mobile telephony standard with modern 3G services. With 2G usually is associated transmission technology GPRS (General Packet Radio Service), with 2.5G - EDGE (Enhanced Data rates for GSM Evolution). GPRS enables data transfer up to approx. 100 kb / s, EDGE - up to 236.8 kb / s the most popular variant. 2.5G is also part of WAP (Wireless Application Protocol) - A protocol for transmitting data over wireless networks.
	3G does not focus on voice services. In addition to these providers offer the ability to quickly transmit various types of data (video, packages, photos). Europe's most popular 3G technology UMTS, or Universal Mobile Telecommunications System. Initially, UMTS provide download speeds of up to 384 kb / s (version R99). Standard is still being developed, which resulted in the implementation of family HSPA (High Speed Packet Access). Two technologies are also used in High Speed Downlink Packet Access (HSDPA) and High Speed Uplink Packet Access (HSUPA). Depending on the version of HSPA allows for getting download speeds of up to 3.6, 7.2 and 14.4 Mb / s to 5.8 Mb upload / s.
4G LTE - The latest phase of the development of 4G mobile networks is LTE, or Long Term Evolution. The maximum speed of the target in this case 326.4 Mb / s (download) and 86.4 Mb / s (send). Networks using this technology (as well as WiMAX) are also referred to 3.9g or 4G networks.

RESISTANCE THE DEVICE

In this group of parameters, we can select a range of temperatures, the standard resistance IP, resistance to fall and humidity in which it is to operate your device.

Resistance IP Degrees of IP is a classification of different degrees of protection of electrical equipment that are provided by enclosures of these devices according to PN-92/E-08106. A number after the "IP" is really two digits. The first is protection of human and animal access to hazardous parts and protection against contamination, such as dust. It's mainly about access foreign objects to enter the unit. The second digit is a degree of protection against water.   Pierwsza cyfra [x] Ochrona przed ciałami stałymi   Druga cyfra [y] Ochrona przed płynami No special protection 0 0 No waterproofing Protection from solid objects greater than 50mm in diameter 1 1 Protection from dripping water Protection from object not greater than 12mm in diamete 2 2 Protection from vertically dripping water (tilted up to 15°) Protection from object not greater than 2,5mm in diameter 3 3 Protection from sprayed water (tilted up to 60°) Protection from object not greater than 1mm in diameter 4 4 Protection from splashed water Complete protection against contact, Protection against dust deposit 5 5 Protection from water projected from a nozzle Complete protectionm against contact, Protection from infiltration of dust 6 6 Protection against heavy seas, or powerful jets of water   7 Protection against immersion   8 Protection against complete, continuous submersion in water

The industry plays an important role the environment in which the device is to operate. In particular, attention is returned to the computer and the operating temperature at which moisture is able to work.

CONNECTORS AND PORTS

In this group of parameters we can choose suitable connectors and ports of the device, both those on the housing as well as those built on the motherboard. You can also specify the number of USB ports, COM, SIM and PSAM and LAN.

MiniUSB | MicroUSB | USB 2.0 | USB 3.0 | SIM Slot | MicroSD Reader | PSAM | HDMI | MiniHDMI | DisplayPort | VGA | Audio | RJ-11 | RJ-45 | RS-232 COM | COM (RS422 / 485) | Docking | Power Connector

Ports can be found in this group:

	Mini USB - a smaller version of the USB connector commonly used in all kinds of tablets, smartphones and data collectors.
	MicroUSB - a smaller version of the USB connector commonly used in all kinds of tablets, smartphones and data collectors.h.
	USB 2.0  (Hi-Speed) devices comply with the terms of the new specification can be operated at a maximum speed of 480 Mbit / s (60 MB / s). Actual data transfer rate depends on the design of the device. According to the test site CNet maximum writing speed ranges from 25 - 30 MB / s and read 30 - 42 MB / s. This is mainly due to the fact that the data transmission is done through a port in half-duplex mode on a single pair of wires.
	USB 3.0  (SuperSpeed) Equipment in accordance with the terms of the new specification can be operated at a speed of 5 Gbit / s (640 MB / s). Actual data throughput is 4 Gbit / s, using a coding 8b / 10b allows for the transfer of 400 MB / s. The new standard in addition to the standard cables (for compatibility down to USB 2.0 and 1.1) for quick transfers uses two additional pairs of shielded wire full-duplex.
	Slot SIM -  slot mounted on the motherboard that allows devices to insert the SIM card. Along with the appropriate software extends the capabilities of communications equipment.
	MicroSD card reader - a portable device for reading or writing memory cards microSD. It is a device integrated into the motherboard of the device.
	PSAM
	HDMI (High Definition Multimedia Interface, high definition multimedia interface) - the interface for transmitting uncompressed digital audio and video signals. HDMI allows you to connect any, is compatible with standard audio / video devices such as DVD players, Blu-ray players, game consoles, computers, monitors, and digital televisions. The video data is transmitted using the TMDS technology. The maximum transmission distance is 15 meters, using wires made in accordance with the recommendations of the HDMI Working Group.
	MiniHDMI - a smaller version of the HDMI connector commonly used in all kinds of tablets, smartphones and data collectors.
	DisplayPort – universal digital interface. The main aim of the new standard is a combination of computer-to-computer-monitor or home theater system (including projectors, large displays, TVs, etc.). DisplayPort connector supports 1 to 4 transmission lines transmit audio and video at a rate of 1.62 or 2.7 Gb / s (up to 10.8 Gb / s with four transmission lines). Standard enables simultaneous two-way exchange of information.
	VGA (Video Graphics Array) - one of the standards of graphics cards IBM-PC. VGA cards have 256kB of memory, allow the use of video modes 16- or 256-color. The maximum available resolution modes character is 720 × 480, while 640 × 480 image.
	Audio line out - Audio Headphone Audio Mic - Microphone - Microphone Input
	RJ-11 – six position (ie. large six pin) connector with two contacts phone designed for the registered seat 11, typically used to terminate wires connecting telecommunications equipment.
	RJ-45 - type of connector used to connect modems. The plug is similar to 8P8C, but is equipped with an additional tab, preventing inserting it into an ordinary socket. Are used pins 4 and 5 - connection lines and the 7th and 8th - resistor placed in the socket, modem power control
	RS-232 communication bus is designed for serial data transmission. The most popular version of this standard, RS-232C allows you to transfer at a distance not exceeding 15 m with a maximum speed of 20 kbit / s.
	RS-485 automation is a popular standard for data designed for multipoint transmission lines. It is used as the physical layer of many industrial network protocols.
	Docking connector - This connector can be plugged in the device to the dock where the deans get automatic loading our equipment or expand with additional connectors.
	Power connector - used to supply power to our devices.

MOUNTING

In this group of parameters, we can choose the right holder through which our device will be held or attached.  Plays an important role choose the appropriate mounting devices that are used in different places. Tablets are sometimes mounted at different production lines, where their small size and weight are an important factor in the proper selection of fasteners.  Determination of fixing much easier to search for the appropriate device selection that meets our expectations.

Hand Strap
Shoulder Strap
docking Station
mounting pistol grip
car Holder
holder VESA
VESA

Worldwide VESA (Video Electronics Standards Association), introduced in 1997, defining the distance between the mounting screws used in monitors and LCD TVs. VESA is an important element in the selection of a suitable tablet holder. There are several types of VESA standard, which vary depending on the intended screen size, weight and distance of the mounting holes on the rear wall of the device. Currently, the most widely used type of mount is VESA 75 x 75, 100 x 100 VESA.

Battery

In this group of parameters we can choose: battery capacity, working time (basic / auxiliary), quick change of battery or hot swap.

Virtually everything except the power supply have a built-in rechargeable lithium-ion batteries. Part of the battery has internal circuitry which, inter alia, stores information about the battery capacity and the update data of the maximum available capacity during the life of the battery, whereby an indication is much more accurate after many charging cycles than is the case in traditional sets.

Battery capacity (how much the device can operate at full charge) depends on many factors. Even the battery discharge voltage changes its capacity, so you can not clearly determine the performance of the same battery in different scanners (the more that everyone has a different power consumption). Temperature is also an important factor - the cold battery can be several times smaller than the capacity at room temperature.

Do not store batteries last a long time without being used because it spoils their parameters, even if they previously were fully charged. If you have several batteries - use them alternately.

Working time is dependent on the modules included in the device. The average operating time of data collectors is 4-10h.

Battery capacity - measured in ampere-hours [Ah]. Battery with a capacity of 1Ah is able to deliver a current of 1A for an hour, a current of 0.5 A for two hours, etc. The current charge / discharge batteries is often expressed in multiples of C - eg. Current 0.1C for battery with a capacity of 1.4 Ah (1400mAh) is 140mA.

KEYBOARD

Data collectors are provided with a physical keypad and function keys, so that they become more functional.  Devices with a keyboard functionality is dependent on the software, have been appointed. Not all devices are equipped with a physical keyboard, most tablets are equipped with on-screen keyboard . 

We can choose the following keyboard types:

- Alphanumeric,

- Screen, 

- Numeric, 

- QWERTY.

Camera

In this group of parameters, we can select the resolution of the built-in camera / camera.

A camera mounted on the front part allows video conferencing via free apps as np.Skype.

The camera located on the back of the device allows you to capture images and record videos in high definition. All in excellent quality.

TYPE OF SCANNER

Readers (scanners) - types

Barcode scanners also known as readers, are used to automate the process of entering data into a computer system and for direct sales.

There is a whole range of devices for reading the printed barcode. Most readers not only reads the bar code, but also recognizes the pre-standard. This allows the same reader can read different codes in a number of different standards.

The new generation of wireless scanners allows you to read all kinds of barcodes, even with low-quality printing. The fact that they are wireless devices frees the operator from having to stand at the desk, so you can easily navigate through a large area and easily read codes from labels of various products.

Scanners not only reads the data stored in the bar code, thus eliminating the need for manual data entry and reducing the number of errors, but also ensure the automation of the processes associated with paper documents, eg. Stock management.

Readers CCD - A charge coupled device (CCD), also known as an LED scanner, features hundreds of tiny LED lights arranged in one long row. These lights are shot directly onto a barcode, and a sensor then measures not the reflection, but voltage of the ambient light directly in front of each lightbulb. This voltage measurement provides a digital snapshot of the barcode. CCD units can be very expensive, but are highly accurate and versatile pieces of equipment.

Laser Reader- Slightly more advanced than a pen scanner, a laser barcode scanner is capable of more exact light readings which prevent false positives or scanner errors. In a laser scanner, a laser beam is shot at a mirror inside the actual unit. This mirror makes a movement so that the laser sweeps across the barcode in a straight line. This light then reflects back to a diode, which measures the level of reflection. This reflection is translated into a digital signal readout of the barcode. Laser scanners can either be mounted in a scanning unit or be part of a handheld unit. 

Readers 2D - Some barcodes do not consist of white and black bars, but white and black spaces in a two-dimensional (2D) target. These 2D barcodes cannot be read by standard machinery, but they do allow for versatility of information coding as they can hold and provide much more data than a standard barcode. To read these barcodes, a 2D camera image scanner is necessary. This camera consists of hundreds of tiny lights like the CCD scanner, but these are arranged in multiple rows. The lights flash onto the barcode and take a digital picture of the barcode, which is then sent to software as a digital signal. The software then decodes the information.

Multi-line (omnidirectional) - scanner models often can be found in supermarkets and hypermarkets. They are really laser versions, which have more of the laser line, allowing you to scan 1D code from different angles. Some models may contain more than 100 laser line. This makes it possible to read data from virtually any angle.

READER RFID

RFID (Radio-Frequency Identification),  this technology is used to identify objects and flow control products. Extracting information from special tags that are attached to objects followed by radio. Depending on the type of tag changes the amount of information that can be stored as well as the maximum distance at which data can be read. RFID tags, is an alternative to barcode - more comfortable and more efficient.

RFID HF – 13,56 MHz,  versions are designed to work hand and fixed and comply with ISO 14443A / B or ISO 15,693th substantial differences in the construction of the result of the range and scope of their use. Ownership of radio wave propagation at said frequency makes the equipment it uses is dedicated to creating access control systems and products with low density and small distances registration. Range 3 5cm.

RFID LF – 125 kHz i 134,3 kHz, versions are designed for manual or fixed. Substantial differences in the construction of the result of the range and scope of their use. Ownership of radio wave propagation at said frequency makes the equipment it uses is dedicated to creating access control systems. Handheld readers may not have extensive large-size antennas. Their sphere of sensitivity is limited and linked to the direct service provider.

RFID UHF (902-928 MHz - America, 865-868 MHz - Europe) versions are designed to work hand-held mobile or fixed. Substantial differences in the construction of the result of the range and scope of their use. Handheld readers may not have extensive large-size antennas. Their sphere of sensitivity is limited and conditional on the orientation set by the operator. Readers intended for installation on transport carriages like stationary structures, but their antennas must include your sphere detection associated with dimensions of transported goods.

NFC READER

Near field communication (NFC) is a set of standards for smartphones and similar devices to establish radio communication with each other by touching them together or bringing them into close proximity, usually no more than a few inches. Present and anticipated applications include contactless transactions, data exchange, and simplified setup of more complex communications such as Wi-Fi. Communication is also possible between an NFC device and an unpowered NFC chip, called a "tag".

 READERS -OTHERS

In this group, we can choose the parameters of readers, such as:

- Fingerprint reader (fingerprint)

- Magnetic card reader (MSR)

- Smart Card Reader (Smart Card)

	With the fingerprint reader devices are equipped with the appropriate field scanning, which must be applied to the pad of any finger right or left hand. The system checks the fingerprints, examine the characteristic points system and other identifying features of the finger. As used herein can be two possible solutions: the identification is performed in the reader (if the device is quite complex), or (more often) is connected to the collector danaych tablet.
	Magnetic Card Reader serves to secure access to the position POS. With the cards for personal gain impossibility "takeover" of PIN operator. Architecture based on readers that are created can effectively protect the personal information encoded on the cards. High safety standards allow the use of readers in virtually all types of applications. Read the safety data confirms compliance with the ISO 7811 standard encryption.
	Smart Card Reader (Smart Card) has a very simple mechanical design team inefficiency metallic, gold-plated contacts. Card used must be precisely placed in the reader. Through contacts is used for communication and power electronics card.  Smart Card (Smart Card) is, as a rule, identical to the one used by the ISO - Integrated Circuit Card (ICC) denoting cards with embedded electronics, the size of credit cards. Smart cards are electronic cards.

Sensors

In most industrial  equipment will find a standard range of sensors, eg. Accelerometer, light intensity, proximity, gyroscope, etc. As we know, a lot of data collectors, however, has a much wider range of sensors. The following description of the most common sensors.

Proximity sensor - detects whether the device is positioned close to the user or not, and for this purpose uses infrared rays. It was thanks to him the device (eg. During a call) przytknięte ear, turns off the screen.
Gyroscope - Detects rotation of the device in three different axes. Very useful, Especially as a controller for applications
Accelerometer - detects movement of the device in three different directions. Also very useful, inter alia, in games, but less sensitive than the gyroscope.
Electronic-compass - is called. Earth's magnetic field sensor that their readings based on three axes. With it, we can determine the direction of the magnetic meridian, and thus our position.
Barometer - it's less frequent sensor devices. It measures the atmospheric pressure at the place where they just find. Useful to determine our location via GPS (helps determine the height at which we are).
Temperature sensor - serves as a thermometer measures the temperature of the air.
The humidity sensor - is called. a hygrometer, or a sensor that determines the humidity.
Light sensor - measures the red, green and blue, and white light output. Thanks to the device (depending on the intensity of the surrounding light) can better determine whether the automatic algorithm (automatic adjusting backlight) has a screen brighter or darker.
Sensor gestures - principle of operation is similar to the proximity sensor, however, the task of this sensor is to detect the movements of our hands before the screen of the device. To measure used here are infrared rays.

WEIGHT

In this group of parameters we can choose what weight range is to have your data collector.

The industry plays an important role weight devices, which are used in different places. Industrial Tablets are often used in the different production lines, where their small size and weight are an important factor for their proper selection.  Determine the weight range much easier to fulfill your selection to search our expectations particularly suited to his use of the plant.

Thermal printer

Built-in thermal printers are designed to work in the field, to print receipts and receipts, providing high-speed printing. A small number of moving parts and robust design ensure trouble-free operation even in the toughest conditions. The use of thermal printing technology eliminates the need for expensive ink or toner. No matter how many pages are printed pages - ink in the printer will not miss.