Cobas Integra 400 Plus

Cobas Integra 400 Plus, owned by Roche, is one of the preferred devices in the market in the biochemistry device group. It has the ability to sample many samples such as serum, plasma, CSF, urine and whole blood.

Cobas Integra 400, which has two-way data exchange with LIMS systems, can operate in both Query Mode and Batch Mode. While data can be accessed by making a real-time host query with Query Mode, Bacth Mode can ensure that the information reaches the device before the sample is given to the device. While Query Mode is generally accepted depending on the structure of the institution, institutions that have problems with barcoding or finding samples may find it appropriate to use Batch Mode.

Communicating via RS 232 serial port, Cobas Integra 400 Plus communicates with the host using a Null Modem crossover cable structure with RX, TX and GND on the 9 pin D Sub female connector. Cobas Integra 400 Plus host cable is plugged into the serial port on the device's external computer. It is recommended that the device and its external computer be turned off when connecting the host cable.

Cobas Integra 400 Plus is different from other devices on the market with its unique lis protocol. In order to communicate with Cobas Integra 400 Plus, all requests must be sent by the host. In this case, the host must constantly send a data set to check the status of the device. Cobas Integra 400 Plus uses a queuing system to send query-ready samples and accepted results to the host computer. In this case, the host program constantly It is necessary to check the samples to which data will be sent and the resulting samples.

Test and communication settings on the device can be provided from the relevant screens under the Window / Configuration menu. The most important setting here is the Interface tab on the General screen. The Block Check and Line Terminator selections here are important for the host program to be used. The Barcode tab on the General screen is the screen where the barcode structure is determined. Cobas Integra 400 Plus supports many barcode structures and works smoothly with the frequently preferred Code 128 and Code 39 barcode formats. Result Output, located in the Processing tab, is very important in determining which information will be sent to the host.

Test Definations and Calculated Result Definitions contents contain the test codes that will enable communication between the device and the host.

Cobas Integra 400 Plus has the ability to send control and calibration data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided many Cobas Integra 400 Plus integrations in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Access 2

Access 2, owned by Beckman Coulter, is one of the preferred devices in the market in the group of hormone & elisa devices.

Access 2, which has two-way data exchange with LIMS systems, can work in Query Mode with real-time request queries.

Communicating via RS 232 serial port, Access 2 communicates with the host using a Null Modem crossover cable structure with RX, TX and GND on the 9 pin D Sub female connector. The Access 2 host cable is plugged into the serial port labeled HOST on the device's external computer. (This port is usually located in a separate location under the power supply.) It is recommended that the device and its external computer be turned off when connecting the host cable.

Access 2 uses ASTM E1394-97 and ASTM E1381-95 standards as lis protocols.

Communication settings on the device can be provided from the relevant screens under the More Options / Configure / LIS menu. By activating the Host Query On option, real-time queries reach the host. It is necessary for the Global LIS Interface and Local LIS Interface options to be ON for communication.

Host communication flow can be controlled from the More Options / Diagnostics / LIS menu. Real-time test queries can be sent to the host with Query for Test Requests, also available here.

Access 2 has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided many Access 2 integrations in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Sysmex XN 550

Sysmex, owned by Sysmex XN 550, is one of the most preferred devices in the market in the group of hemogram CBC devices.

Sysmex XN 550, which has two-way data exchange with LIMS systems, can work in Query Mode with real-time request queries. Thus, the name, surname, gender and age of the patient to whom the sample belongs can be seen in the device working list.

It can communicate with the Sysmex XN 550 Host via RS 232 serial port and TCP/IP. For Sysmex XN 550, Dolphin communicates via RS 232 serial port unless otherwise requested. The reason why Dolphin prefers the serial port is to communicate directly with the device and to keep communication away from general network problems.

Sysmex XN 550 uses a Null Modem crossover cable structure with RX, TX, DTR, DSR and GND on a 9 pin D Sub female connector. Apart from these terminals, RTS and CTS terminals must be short-circuited on both sides. The Sysmex XN 550 host cable is plugged into the serial port area on the rear panel of the device. It is recommended that the device be turned off during this process. When the device communicates with the host, the green light turns on at the bottom left of the device software.

Sysmex XN 550 uses ASTM E1394-97 and ASTM E1381-95 standards as its lis protocol. Apart from this, it contains unique protocols for Sysmex XN 550 communication.

Communication settings on the device can be provided from the relevant screens under the Main Menu / Setting / Output Setting menu.

Sysmex , MONO%, EO#, EO%, BASO#, BASO%, IG#, IG%, MICROR and MACROR parameters can be sent to the host.

Sysmex XN 550 has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided many Sysmex XN 550 integrations in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Architect i 1000 SR

Architect i 1000 SR, owned by the Abbott company, is one of the preferred devices in the market in the group of hormone & elisa devices.

Architect i 1000 SR, which has two-way data exchange with LIMS systems, can work in Query Mode with real-time request queries.

Architect i 1000 SR, which communicates via RS 232 serial port, communicates with the host using a Null Modem crossover cable structure with RX, TX and GND on the 9 pin D Sub female connector. The Architect i 1000 SR host cable can be plugged into the serial port on the device's external computer or, from time to time, into the port section of the device. It is recommended that the device and its external computer be turned off when connecting the host cable.

Architect i 1000 SR uses ASTM E 1381-91 and ASTM E 1394-91 standards as its licensing protocol.

Communication settings on the device can be provided from the relevant screens under the System / Configuration / Host - Release mode menu. Selecting the Options option “Communication” is required for automatic communication start. Host type is activated with the “ASTM/Serial” option. Selecting Query Mode “On” ensures that sample requests are transferred to the host sequentially. Host Query Timeout determines the waiting time in cases where no response is received to the query. 30 seconds is the fixed value. Apart from these screens, the LIS button on the device main screen determines the active or passive status of the communication. In case of device-host connection problems that may occur from time to time, the device can disable the LIS status. In this case, this screen must be taken into account when reconnecting.

Architect i 1000 SR has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided many Architect i 1000 SR integrations in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Dymind DH 26

Dymind DH 26, owned by Dymind, is one of the preferred devices in the market in the group of hemogram CBC devices.

Dymind DH 26, which has the ability to communicate with LIMS systems, provides easy automation integration with sample barcode reading and real-time result sending features.

Dymind DH 26 communicates with the host via TCP/IP. It is included in the network environment through the network input located on the back of the device.

Dymind DH 26 uses HL7 (High Level Seven) v2.3.1 standards as communication protocol.

Communication settings on the device are provided from the "Network Settings" and "LIS Communication" screens on the Main Menu / Setup screen. "Network Settings" is the screen where the IP configuration of the device within the network is displayed. The "LIS Communication" screen contains the information to communicate with the host. The "IP Address" field specifies the IP address of the host, and the "Port" field specifies the TCP/IP port that the host will listen to. With the "Auto-communication" option, the device connects to the host automatically. Supporting the host computer with a static IP and allowing the communication port through the firewall and antivirus software are necessary to ensure the connection.

Dymind DH 26 WBC, LYM%, GRAN%, MID%, LYM#, GRAN#, MID #, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-CV, RDW-SD, PLT, MPV, PDW, PCT It can send P-LCR and P-LCC parameters to the host.

Dymind DH 26 has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided a large number of Dymind DH 26 integrations in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Cobas e 411

Cobas e 411, owned by Roche, is one of the preferred devices in the market in the hormone & elisa devices group.

Cobas e 411, which has two-way data exchange with LIMS systems, can work in Query Mode with real-time request queries. Once completed, the test result can be automatically sent to the host.

It can communicate with the Cobas e 411 host via RS 232 serial port. It uses a Null Modem crossover cable structure with RX,TX,DTR,DSR and GND on a 9 pin D Sub female connector. Apart from these terminals, RTS and CTS terminals must be short-circuited on both sides.

The Cobas e 411 host cable is plugged into the serial port area on the rack supply unit of the device. It is strongly recommended that the device and the host computer be turned off during this process. Otherwise, the host card of the device may malfunction and the device may become inoperable.

While Cobas e 411 sample is loaded with the rack feeding unit, some models can work with detection type sample loading. In tray type sample loading, the "Stop Barcode" tool is needed after the samples are placed. Otherwise, the device will try to check every position and create unnecessary traffic. In addition, in tray type working models, the finished samples are taken from the tray and the sample is placed from the first position at each start. This will prevent unnecessary host traffic.

Cobas e 411 uses ASTM E1381-91 and ASTM E1394-91 standards as its lis protocol.

Communication settings on the device can be provided from the relevant screens under the Utility / System / Host Comm.Setting menu.

Protocol Type "Elecsys" or "Cobas" can be selected depending on the structure of the host program. With Automatic Result Upload, the results are automatically sent to the host. The Communication Trace option is the area where the device decides whether to continue communication based on the responses received from the host. Host Test Code is the field where the test codes with which the device and the host will communicate are determined. Cobas e 411 uses a maximum of three digit host codes. The result can be sent back to the host from the Utility / Data Review screen. In order for the device and the host to communicate, the Host Setting option under the Start button must be "On". In order to change the host settings, the Host Setting option under the Start button must be "Off" and the device must be in stand by state.

Cobas e 411 has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided many Cobas e 411 integrations in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Beckman Coulter AU 480

AU 480, owned by Beckman Coulter, is one of the preferred devices in the market in the biochemistry device group. It has the ability to sample many samples such as serum, urine and whole blood.

AU 480, which has two-way data exchange with LIMS systems, can work in Query Mode with real-time request queries. Once completed, the test result can be automatically sent to the host.

AU 480 is a device that communicates with the host via RS 232 serial port. It uses a Null Modem crossover cable structure with RX,TX and GND on a 9 pin D Sub female connector. The AU 480 host cable is plugged into the serial port on the device's external computer. Some AU 480 models can use an All in One touch PC instead of an external computer. In this case, the host cable must be connected to this computer. It is recommended that the device and its external computer be turned off when connecting the host cable.

AU 480 is different from other devices on the market with its unique lis protocol. It uses pre-communication codes that check the communication status with the host before reading sample barcodes. It automatically performs sample queries and result sending processes. Apart from this, it requires a separate rack for repeat samples and the communication protocol must comply with repeat standards. Additionally, depending on the type of sample it works with, serum, urine, whole blood, etc. It is necessary to make different rack definitions.

Communication settings on the device can be provided from the relevant screens under the Menu List / System / Online menu. The Setup tab is used to determine the host status at runtime. The Protocol tab is the screen where the character rules and times for communication are determined. With Format Configuration, it is determined which fields will be used in communication and what length they will be. The Online Test No tab is the screen where the test codes required for test communication with the host are determined. Apart from this, the Menu List / System / Format screen is also an important screen for the content of the preferred format. The content of the fields to be used on this screen may vary depending on the structure of the host programs. Additionally, this screen allows patient names to appear next to sample barcodes. Finally, the Menu List / System / System Condition screen is the screen required to determine the sample barcode type and length.

AU 480 has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided many AU 480 integrations in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Siemens Advia Centaur XP

Siemens Advia Centaur XP, owned by Siemens, is one of the preferred devices in the market in the hormone & elisa devices group.

Siemens Advia Centaur XP, which has two-way data exchange with LIMS systems, can work in Query Mode with real-time request queries.

Communicating via RS 232 serial port, Siemens Advia Centaur Siemens Advia Centaur XP host cable is plugged into the serial port on the device's external computer. It is strongly recommended that the device and its external computer be turned off when connecting the host cable.

Siemens Advia Centaur XP uses ASTM E1381-95 standards as its licensing protocol.

Communication settings on the device are provided from the relevant screen under the Setup / Summary / Lis Communications menu. The "System Name" and "LIS ID" fields on this screen are extremely important. Setup / Summary / Tube Type & Barcode screen is where the barcode types to be worked on are determined. Siemens Advia Centaur XP can work smoothly with many barcode types such as Code 128 and Code 39. Results can be sent back to the host from the Worklist / Summary / Lis Communications screen. LIS operating mode can be set and LIS memory can be cleared from the System / Communication Diagnostics screen. Test codes required for device-host communication can be accessed from the Setup / Test Definition Summary screen.

Siemens Advia Centaur XP has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

Gncm has provided many Siemens Advia Centaur XP integrations in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Succeeder SF 8100

Succeeder SF 8100, owned by Succeeder company, is one of the fully automatic devices preferred in the market in the group of coagulation devices.

Succeeder SF 8100, which has two-way data exchange with LIMS systems, is an advanced coagulation device that can work in Query Mode with real-time request queries. Thus, data entry is provided much faster and more securely, without the need to select individual tests for each sample. (PT,APTT, Fibrinogen etc.)

Communicating via RS 232 serial port, Succeeder SF 8100 communicates with the host using a Null Modem crossover cable structure with RX, TX and GND on the 9 pin D Sub female connector. Succeeder SF 8100 host cable is plugged into the serial port on the device's external computer. It is recommended that the device and its external computer be turned off when connecting the host cable.

Succeeder SF 8100 uses ASTM protocol as its communication protocol.

Communication settings on the device are provided from the "Port" screen under the Setup / Options menu. The "LIS Settings" field on this screen contains the values required for the serial port. With the "Auto Upload Data" option, the result is automatically sent to the host. "Two Way Comm." The option enables the device to operate in Query Mode. Thus, when the sample rack is given to the device, barcodes are read instantly and a query is sent to the host. "One Way Comm." The option ensures that the device only sends results to the host. The "Barcode Scanner Settings" screen is the area that contains the communication settings of the barcode reader to be used. In order for the studied result to be sent back to the host, it is possible to select the relevant result from the Query screen and press the "Upload" button.

Succeeder SF 8100 has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided numerous Succeeder SF 8100 integrations at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Maccura F 560

Maccura F 560, owned by Maccura, is one of the preferred devices in the market in the group of hemogram CBC devices.

Maccura F 560, which has two-way data exchange with LIMS systems, can work in Query Mode with real-time request queries. Thus, the personal lists of the patient to whom the sample belongs can be seen in the device working list.

Maccura F 560 can communicate with the host via TCP/IP or RS232 serial port. In serial port preferences, it communicates with the host using a Null Modem crossover cable structure with RX, TX and GND on the 9 pin D Sub female connector.

The Maccura F 560 host cable is plugged into the serial port on the device's external computer. It is recommended that the device and its external computer be turned off when connecting the host cable.

Maccura F 560 uses HL7 (High Level Seven) standards as communication protocol.

Communication settings on the device are provided from the "LIS Settings" screen on the System / Settings screen. The "Enable LIS" option enables host communication to be active. "Communication Settings" determines the "TCP/IP" or "Port" preference of the communication.

The "Server IP" field contains the IP address of the host, "Server Port No." The field specifies the TCP/IP port that the host will listen to. Supporting the host computer with a static IP and allowing the communication port through the firewall and antivirus software are necessary to ensure the connection. With the "Enable Two-way LIS" option, host queries are enabled.

Maccura F 560 WBC, RBC, HGB, MCV, MCH, MCHC, RDW-CV, RDW-SD, HCT, PLT, MPV, PDW, PCT, BASO#, BASO%, NEUT#, NEUT%, EO#, EO% , LYMPH#, LYMPH%, MONO#, MONO%, OTHER#, OTHER%, IG#, IG% and P-LCR parameters can be sent to the host.

Maccura F 560 has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided Maccura F 560 integration in many countries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Vidas PC ( Vidas 30 )

Vidas PC (Vidas 30), owned by BioMérieux, is one of the preferred devices in the market in the group of hormone & elisa devices.

Vidas PC (Vidas 30), which has two-way data exchange with LIMSsystems, is a device that works with the Bacth Mode method. According to this method, the tests to be run must be sent by the host before the sample is placed in the device.

is required. The laboratory technician sees the tests and places them in the relevant areas before placing the sample.

Vidas PC (Vidas 30), which is communicated via RS 232 serial port, communicates with the host using a Null Modem crossover cable structure with RX, TX and GND on the 9 pin D Sub female connector. The Vidas PC (Vidas 30) host cable is plugged into the serial port on the device's external computer. It is recommended that the device and its external computer be turned off when connecting the host cable.

Vidas PC (Vidas 30) lis protocol is different from other devices on the market with its unique lis protocol.

Vidas PC (Vidas 30) lis settings are made through two separate software. In order for the device to communicate with the host, the BCI Link program must be installed on the device computer. The RS232 Configuration Manager on this program contains the name of the connection to be used, serial port settings, the communication protocol preferred by the host program and timeout information. Host settings on the device's own software can be accessed from the BCI Link screen of the Settings menu. Here, the protocol prepared in the BCI Link software is selected and the device and the host communicate.

Vidas PC (Vidas 30) has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided many Vidas PC (Vidas 30) integrations at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Biosystems BA400

BA 400, owned by Biosystems, is one of the preferred devices in the market in the biochemistry device group. It has the ability to sample many samples such as serum, urine and whole blood.

BA 400, which has two-way data exchange with LIMS systems, can work in Query Mode with real-time request queries.

BA 400 communicates with the host via TCP/IP. Network connection is made through the device's external computer.

BA 400 uses ASTM 1394 standard as lis protocol.

Communication settings on the device are provided from the relevant screens under the Settings / LIS Settings menu. The "Host Query" option in the Session tab allows the device to establish two-way communication with the host. The Communication settings tab includes Communication type, Host IP address and Host TCP/IP port information. Supporting the host computer with a static IP and allowing the communication port through the firewall and antivirus software are necessary to ensure the connection. The Protocol tab is the screen where ASTM settings are made.

BA 400 sample placement model is tray type. Therefore, removing the finished samples from the detector and placing the sample from the first position at each start will prevent unnecessary host traffic.

Past results can be sent back to the host from the Sample Results screen under the History menu.

BA 400 has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

GNCM has provided numerous BA 400 integrations at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Bt-Sedi 20

Bt-Sedi 20, which belongs to the Bt products company, is one of the preferred parts containing the parts of the ESR devices.

Bt-Sedi 20, which has a single data-directional communication with LIMS systems, has the ability to automatically send the properties of the departments to the LIMS.

Communicating via RS 232 serial port, Bt-Sedi 20 communicates with the host using the Null Modem crossover cable structure with RX, TX and GND on the 9 pin D Sub female connector.

Bt-Sedi 20 host device is plugged into the host serial port located on the back of the device. It is recommended that the device be turned off while the host cable is connected.

Bt-Sedi uses its own unique data set as the 20 lis protocol.

Communication settings on the device Menu /5.Setting /6.Host /1.On. It is obtained while there.

Past results of what is shown as Menu/2.Archive can be sent back to the host.

Gncm has provided numerous Bt-Sedi 20 lists on both Dolphin LMS and different LMS systems.

Erba Elite 580

Erba Elite 580, belonging to Erba Mannheim company, is one of the preferred parts of hemogram CBC devices.

Erba Elite 580, which has the ability to communicate with LIMS systems, enables easy automation to be completed with its sample barcode reading and real-time result sending features.

Erba Elite 580 communicates with the host via TCP/IP. It is included in the network environment through the network input located on the back of the device.

Erba Elite 580 uses HL7 (High Level Seven) v2.3.1 standards as communication protocol.

Communication settings on the device are provided from the "LIS Communication" screens in the General Settings menu. This screen contains the information that the device will communicate with its host computer. The "IP Address" field specifies the IP address of the host, and the "Port" field specifies the TCP/IP port on which the host will be listened. With the "automatic communication" option, the device automatically connects to the host computer. These are the features required to protect the host computer with a static IP and to close the connection allowed to the communication port through the firewall and antivirus software.

Erba Elite 580 WBC, NEU%, LYM%, MON%, EOS%, BAS%, NEU#, LYM#, MON#, EOS#, BAS#, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-CV You can transfer , RDW-SD, PLT, MPV, PDW, PCT, P-LCR, P-LCC, PDW-SD, PDW-CV, ALY%, ALY#, LIC% and LIC # parameters to the host.

Erba Elite has the ability to send control data to the host. In order for this information to be distributed in different data sets of the patient outcome structure, the host computer program must be created in a way that can receive and process this data.

Gncm has provided numerous Erba Elite 580 summaries in many countries to date and at QC data levels on both Dolphin LIMS and different LIMS systems.

HumaStar 600

HumaStar 600, owned by Human, is one of the preferred parts of biochemistry devices.

HumaStar 600, which has two-way data exchange with LIMS systems, works in Query Mode with real-time request queries.

Communicating via RS 232 serial port, HumaStar 600 communicates with the host using RX, TX, DTR, DSR, RTS, CTS and GND on the 9 pin D Sub female connector and the Null Modem crossover cable structure. HumaStar 600 host cable is plugged into the serial port on the device's external computer. It is highly recommended that the device and the external computer be turned off while the main cable is plugged in.

HumaStar 600 uses ASTM standards as its protocol.

Communication settings on the device are provided on the relevant screen under the Maintenance / Repair / Parameters / Software menu. The LIMS tab on this screen contains the communication part. Lis is activated with the "Enabled" option. With the "Send Results Automatically" option, comprehensive tests are provided to automatic host systems. The "Automatic Request Tests" option allows the device to operate in Query Mode. With the "Send QC Results" option, QC results are automatically transferred to the host computer.

The Barcode tab under the same screen is important for samples to work with barcodes. The "Samples" option should be selected for Query Mode.

Available in samples "LIMS req." With the option, the sample can be interrogated manually. Thus, sample tests are transferred to the device without the device reading the barcode.

To rearrange the results, the "Send Results" option is used under the LIMS menu.

HumaStar 600 has the ability to send control data to the host. In order for this information to be distributed in different data sets of the patient outcome structure, the host computer program must be created in a way that can receive and process this data.

Gncm has provided numerous HumaStar 600 certificates to date and at QC data levels on both Dolphin LIMS and different LIMS systems.

Maglumi 4000 Plus

Parts of Maglumi 4000 Plus, hormone & elisa devices belonging to Snibe company are among the preferred parts.

Maglumi 4000 Plus, which has bi-directional data exchange with LIMS systems, operates in Query Mode with real-time request queries.

Communicating via RS 232 serial port, Maglumi 4000 Plus communicates with the host computer using RX, TX, DTR, DSR, RTS, CTS and GND on the 9-pin D Sub female connector and null modem crossover cable structure. The Maglumi 4000 Plus host cable plugs into the serial port on the device's external computer. It is highly recommended to turn on the device and external computer while the cable is plugged in.

Maglumi 4000 Plus uses ASTM 1394 standard as protocol.

The operating settings of the device are displayed under the System / Settings menu "Mode". "Batch Mode" should be selected as the Working Mode and "Online Mode" should be selected as the Sample Editing Mode. On the same screen, the "Online" tab contains the communication unit. The "ASTM (Com)" option on this screen is required to communicate with the device via serial port. The "Automatic Download Facility" option allows sample tests to be added automatically from the host computer. "Automatic Loading Facility" allows the host system to automatically run the results studied. If QC results are tracked by LIMS, "Upload QC Data Possibility" should be selected. The "Autoload Result Type" options allow the host to display incorrect results.

The "Online" button under the "Patients" menu is used to rearrange the results.

Maglumi 4000 Plus has the ability to write control data to the host. In order for this information to be distributed in different data sets of the patient outcome structure, the host computer program must be created in a way that can receive and process this data.

To date, Gncm has provided numerous Maglumi 4000 Plus QC data level summaries in both Dolphin LIMS and different LIMS systems.

ProLyte

Prolyte, owned by Diamond, is one of the preferred replacements for parts for electrolyte ( ISE ) devices.

Prolyte, which has the ability to communicate with LIMS systems, provides a comfortable automation connection with the features of reading sample barcodes and sending real-time results.

Unlike the other layer, Prolyte communicates with LIMS using a special cable structure. Although this cable is normally requested from the medical company, it can be rebuilt where long cables are required. This particular cable consists of a 6-pin telephone component on the device side and a 9-pin D solar female connector on the host side. TX, RX, CTS, RTS and GND pins are used as communication parts. The Prolyte host cable is plugged into the serial port on the rear panel of the device. It is recommended that the device be turned off while the cable is connected.

Prolyte uses its own unique data set as its lis protocol.

Communication settings Diagnostic Menu / Service Entry / LIS are displayed on the device.

Numerous Prolyte comparisons have been provided on Gncm, both Dolphin LIMS and different LIMS systems.

Cobas c 311

Cobas c 311, owned by Roche, is one of the preferred parts of biochemistry devices.

Cobas c 311, which has two-way data exchange with LIMS systems, works in Query Mode with real-time request queries. Once completed, it automatically sends the test result to the host.

Solving communication with Cobas c 311 host via RS 232 serial port. Null Modem crossover cable structure is used with RX,TX,DTR,DSR and GND on 9 pin D Sub female connector. These terminals must be short-circuited on both sides, except for the RTS and CTS terminals. Cobas c 311 host cable is plugged into the serial port on the external computer. It is recommended that the device and host be turned on during this process.

Cobas c 311 sample placement model is tray type. Therefore, test preparation of finished samples and sample insertion of manipulation number one at each start will prevent unnecessary host fragmentation.

Cobas c 311 uses ASTM E1381-91 and ASTM E1394-91 standards as its lis protocol.

Communication settings on the device can be divided from the relevant screens under the Utility / System / Host Communication Setting menu. While the "Communication Setting" tab contains the technical parts of the communication, the "Text Setting" tab contains preferences according to the LIMS system to be used. The "Result Upload Setting" tab is the area where it is determined whether the results will be sent to the host one by one or after all samples are presented. The "Host Test Code" button located in the "Text Setting" tab is the field where the test codes with which the device and the host will communicate are determined. Cobas c 311 uses a maximum three-digit host code. Re-recording the data to the host where the studied result is recorded in the Utility / Data Review. In order to maintain the device and the host, the Host Setting option must be "On" under the Start button. In order to change the host system, the Host Setting option under the Start button must be "Off" and the device must be in standby.

Cobas c 311 has the ability to send control data to the host. In order for this information to be distributed in different data sets of the patient outcome structure, the host computer program must be created in a way that can receive and process this data.

Gncm has provided numerous Cobas c 311 summaries in many countries to date and at QC data levels on both Dolphin LIMS and different LIMS systems.

Dirui H-500

Dirui H-500, owned by Dirui company, is one of the preferred devices in the market in the group of urine strip reader devices.

Dirui H-500, which has single bus communication with LIMS systems, has the feature of automatically sending the resulting tests to LIMS.

Communicating via the RS 232 serial port, the Dirui H-500 communicates with the host using a Null Modem crossover cable structure with RX, TX, DTR, DSR, RTS, CTS and GND pins on a 9-pin D Sub female connector.

The Dirui H-500 host cable plugs into the host serial port on the back of the device. It is recommended to turn off the device when connecting the host cable.

Dirui H-500 uses its own unique data set as the lis protocol.

Communication settings on the device are provided under the Menu / Setup screen. When the "Computer Port" option is set to "ON" the serial port is enabled. Barcodes can be entered on samples by setting the "ID" option to "ON". The structure to be communicated with can be determined with the "Bound Rate, Parity Bit and Data Stop Bit" options.

Dirui H-500 can send UBG, BIL, KET, BLD, PRO, NIT, LEU, GLU, SG and pH parameters to the host computer.

Gncm has provided numerous Dirui H-500 integrations in both Dolphin LIMS and different LIMS systems.

Siemens RapidLab 1265

Siemens RapidLab 1265, owned by Siemens, is one of the preferred parts of blood gas devices.

Siemens RapidLab 1265, which has the ability to communicate with LIMS systems, has the ability to automatically send the features of the departments to the LIMS.

Siemens RapidLab 1265 can communicate via TCP/IP as well as via RS 232 serial port. It communicates with the host using the Null Modem crossover cable structure with RX, TX and GND ends on the 9 pin D Sub female connector as a cable.

Siemens RapidLab 1265 host cable is plugged into the host serial port on the back of the device. It is recommended that the device be turned off while the host cable is connected.

RapidLab 1265 lis protocol uses LIS 3 data set.

Communication settings on the device are provided under the Menu / Setup / Printer and Devices / Communication / LIS Communication screen.

You can reinitialize the results to the host computer with the "Send" button under the RapidLab 1265 Patients / Results menu.

Gncm provides numerous RapidLab 1265 comparisons on both Dolphin LIMS and different LIMS systems.

Abacus 5

Abacus 5 from Diatron is one of the preferred parts of hemogram ( CBC ) devices.

Abacus 5, which has the ability to communicate with LIMS systems, has the ability to automatically send samples to LIMS.

With Abacus 5 Host, communication changes via RS 232 serial port and TCP/IP. For Dolphin Abacus 5, communication is established via RS 232 serial port unless otherwise requested. The reason why Dolphin prefers serial port is to establish direct communication with the device and to keep communication away from general network problems.

Null Modem crossover cable structure is used with RX,TX and GND on Abacus 5, 9 pin D Sub female connector. The Abacus 5 host device is plugged into the serial port on the rear panel of the device. It is recommended to turn off the device during this process.

Abacus 5 uses its own unique data set as the lis protocol.

Communication settings on the device can be divided from the relevant screens under the Settings / Customization menu. The "Automatic LIS" option is required to maintain the device and the host.

Abacus 5 WBC, LYM, NEU, MON, EOS, BAS, %LY, NE%, MO%, EO%, BA%, RBC, HGB, HCT, MCV, MCH, MCHC, RDWc, RDWs, PLT, PDWc , PDWs can send MPV and PCT data to the host.

The "Manage Records" button under the "Patient Records" menu is used to rearrange the results. The "Send to LIS" option from the screen that opens allows the result to be written back to the host computers.

Abacus 5 has the ability to send control data to the host. In order for this information to be distributed in different data sets of the patient outcome structure, the host computer program must be created in a way that can receive and process this data.

Gncm provides numerous Abacus 5 summaries at the patient and QC data levels on both Dolphin LIMS and different LIMS systems.

Across

Across, owned by Diapro company, is one of the preferred parts of blood grouping devices.

Across, which has the ability to communicate with LIMS systems, has the ability to automatically send comprehensive tests to LIMS.

It communicates with the Across Host via RS 232 serial port. Opposite, Null Modem crossover cable structure is used with RX,TX and GND on 9 pin D Sub female connector. The cross host cable is plugged into the serial converter port on the rear panel of the device. It is recommended to turn off the device during this process.

A unique data set is used as the lis protocol.

The communication settings on the device can be viewed from the relevant screens under the Service / System Settings menu. The "LIS Status" option is required to ensure communication between the device and the host. It is important that the result of the "Save + LIS" option is automatically presented to the host.

Across Blood Group, Direct Coombs, Indirect Coombs, Cross Match can send your money to the host.

The "LIS" button under the "Patient Records" menu is used to rearrange the results.

Gncm provides numerous Across Summaries on both Dolphin LIMS and different LIMS systems.

Prestige 24 i

Prestige 24 i, owned by Tokyo Boeki company, is one of the preferred devices in the market in the group of biochemistry devices.

Prestige 24 i, which has bi-directional data exchange with LIMS systems, works in Query Mode with real-time request queries.

Communicating via RS 232 serial port, Prestige 24 i communicates with the host computer using RX, TX and GND on the 9-pin D Sub female connector and Null modem crossover cable structure. The Prestige 24 i host computer cable plugs into the serial port on the device's external computer. It is recommended to turn off the device and the external computer while connecting the cable.

Prestige 24 i sample placement model is tray type. Therefore, removing finished samples from detection and placing samples from position number one at each start will prevent unnecessary host traffic.

Prestige 24 i uses ASTM E1381-91 and ASTM E1394-91 standards as its licensing protocol.

Communication settings on the device System / Sys Parm. It is given on the relevant screen under the menu. The "by Sample ID" option on this screen allows the sample number to be determined by barcode. It is necessary for the "ASTM" option to be "On" for communication with the host. Options under the "Comm.Parameter" button include RS232 settings. Real-time communication is ensured with the "Real Time Order" and "Real Time Result" options.

To resend the results, the "ASTM Send" option under the Order menu is used. With the screen that opens here, the results are sent back to the host computer.

Prestije 24i has the ability to send control data to the host. Since it sends this information in different data sets from the patient result structure, the host program must be designed to receive and process this data.

To date, Gncm has integrated a large number of Prestige 24 i at the QC data level in many countries in both Dolphin LIMS and different LIMS systems.