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The PLC Trainer with Applications (Fatek Based) NexuMation-56 is a comprehensive, application-integrated PLC training unit built around the Fatek FBs-24MAT for hands-on automation education in engineering laboratories. This PLC trainer with applications provides on-board control circuits, sensors, and drivers for 13 built-in application modules covering traffic light, elevator, motor, temperature, and assembly line control, among others. With 14 digital inputs, 10 digital outputs, analog I/O, and USB PC interface, it delivers a fully self-contained training platform requiring no external application modules for core experiments.
Product Overview
The PLC Trainer with Applications (Fatek Based) NexuMation-56 combines the Fatek FBs-24MAT PLC platform with a full suite of on-board application circuits, making it distinct from standard PLC trainers that require external optional modules for real-world experiment scenarios. The PLC is configured with 14 digital inputs at 24 V DC (source/sink), 10 digital outputs at 24 V DC (source), 2 analog voltage/current inputs, 1 analog voltage/current output, and 20K words of program memory. Ladder programming language is supported. Digital input simulation is provided by 8 toggle inputs, 8 momentary inputs, 8 DIP switches, and 2 thumbwheel switches, offering a comprehensive input simulation arrangement for varied experiment conditions. An analog input simulator is also installed. Two analog voltage sources at +10 V each are provided. Fixed DC power supplies cover 24 V, +12 V, -12 V, and 5 V rails. PC connectivity is via a USB to DIN cable with a PLC programming cable included. On-board applications installed directly on the panel include traffic light control, liquid mixer, temperature control, light intensity control, elevator control, LED bar display, assembly line control, DC motor control, stepper motor control, R/C servo motor control, LED flasher, dot matrix display, and 7-segment display. Sensors, control circuits, and drivers for all on-board applications are pre-installed. This PLC trainer with applications supports 19 structured laboratory experiments covering logic gates, counters, timers, motor control, display control, analog I/O, and process control without requiring any additional hardware. The unit ships complete with all accessories and experiment manual.
The PLC Trainer with Applications (Siemens Based) NexuMation-55 is a comprehensive, application-integrated PLC training unit built around the Siemens CPU 1215C for advanced automation education in engineering laboratories. This PLC trainer with applications provides on-board control circuits, sensors, and drivers for 15 built-in application modules covering traffic light, elevator, motor, temperature, and assembly line control, among others. With 14 digital inputs, 10 digital outputs, dual analog I/O, and dual Ethernet PC ports, it delivers a fully self-contained training platform requiring no external application modules for core experiments.
Product Overview
The PLC Trainer with Applications (Siemens Based) NexuMation-55 combines the Siemens CPU 1215C PLC platform with a full suite of on-board application circuits, making it distinct from standard PLC trainers that require external optional modules for real-world experiment scenarios. The PLC is configured with 14 digital inputs at 24 V DC (source/sink), 10 digital outputs at 24 V DC (source), 2 analog voltage inputs, 2 analog voltage outputs, and 125 KB program memory. Three programming languages are supported: Ladder, STL, and FBD. Digital input simulation is provided by 8 toggle inputs, 8 momentary inputs, 8 DIP switches, and 2 thumbwheel switches, offering the most comprehensive input simulation arrangement in the NexuMation series. An analog input simulator is also installed. Two analog voltage sources at +10 V each are provided. Fixed DC power supplies cover 24 V, +12 V, -12 V, and 5 V rails. PC connectivity is via two Ethernet ports, with a PC programming cable (RJ45) included. On-board applications installed directly on the panel include traffic light control, liquid mixer, temperature control, light intensity control, elevator control, LED bar display, assembly line control, DC motor control, stepper motor control, R/C servo motor control, LED flasher, dot matrix display, and 7-segment display. Sensors, control circuits, and drivers for all on-board applications are pre-installed. This PLC trainer with applications supports 19 structured laboratory experiments covering logic gates, counters, timers, motor control, display control, analog I/O, and process control without requiring any additional hardware. The unit ships complete with all accessories and experiment manual.
The Arduino Training Panel NexuMation-54 is a microcontroller-based automation training unit built around the Arduino Mega 2560 for hands-on control, data acquisition, and process supervision in engineering laboratories. This Arduino training panel provides 54 digital I/Os (14 with PWM output), 16 analog inputs, and a full suite of built-in simulators, enabling direct control of PLC application modules via a standard USB connection to a PC. It supports C language programming through the Arduino IDE and interfaces with an extensive range of optional industrial automation modules.
Product Overview
The Arduino Training Panel NexuMation-54 is designed to allow control of PLC-compatible application modules using the Arduino Mega 2560 microprocessor as the control platform. The unit connects to a PC via a standard USB cable, and an internal power supply provides all voltages required for panel operation and module interfacing. The controller delivers 54 digital I/Os, of which 14 provide PWM output, and 16 analog voltage/current inputs. Memory consists of 8 KB SRAM and 4 KB EEPROM. Programming is carried out in C language using the Arduino IDE, enabling users to develop fully customised applications for data acquisition, process control, and supervision. Built-in digital input simulators provide 8 toggle inputs and 8 momentary inputs. An analog input simulator is installed. Two analog voltage sources at +10 V each are provided. Fixed DC power supplies cover 24 V, +12 V, -12 V, and 5 V rails. A 40-pin IDC optional module interface header is installed for expansion module connection. This Arduino training panel ships complete with USB cable, 2 mm patch cords, power cord, IDC cable, programming cable, software CD, and experiment manual. An extensive range of optional modules covers traffic light, water level, temperature, conveyor, elevator, motor, robot, weight, HMI, Cartesian storage, linear storage, drilling station, piece identification, thickness measurement, rotary indexing table, rotary arm, swivel arm, and pneumatic robot with conveyor control applications.
The Programmable Logic Control Trainer (Fatek Based) NexuMation-53 is a high-capacity PLC training unit built around the Fatek CPU FBs-40MAR for advanced automation education in engineering laboratories. This programmable logic control trainer provides 24 digital inputs, 16 digital outputs, 4 analog inputs, 2 analog outputs, and dual 40-pin IDC expansion interfaces, supporting Ladder programming across a full range of structured automation experiments. Built-in digital and analog input simulators and USB PC interface enable immediate, self-contained operation from commissioning.
Product Overview
The Programmable Logic Control Trainer (Fatek Based) NexuMation-53 provides a complete, ready-to-use advanced PLC training platform for engineering institutions requiring higher I/O capacity than standard PLC trainers. The core of the unit is the Fatek CPU FBs-40MAR, configured with 24 digital inputs at 24 V DC (source/sink), 16 digital outputs at 24 V DC (source/sink), 4 analog voltage/current inputs, 2 analog voltage/current outputs, and 20K words of program memory. Ladder programming language is supported. Built-in digital input simulators provide 8 toggle inputs and 8 momentary inputs for experiment operation without external signal sources. An analog input simulator is also installed. Two analog voltage sources at +10 V each are provided. Fixed DC power supplies cover 24 V, +12 V, -12 V, and 5 V rails. PC connectivity is provided via a USB to DIN connector cable. Two 40-pin IDC optional module interface connectors are installed for simultaneous dual-module expansion. This programmable logic control trainer ships complete with 2 mm patch cords, power cord, IDC cable, PLC programming cable, software CD, and experiment manual. Optional control modules extend the platform to traffic light, water level, temperature, conveyor, and elevator control applications.
The Programmable Logic Control Trainer (Siemens Based) NexuMation-52 is a high-capacity PLC training unit built around the Siemens CPU 1215C for advanced automation education in engineering laboratories. This programmable logic control trainer provides 22 digital inputs, 18 digital outputs, dual analog I/O, and dual 40-pin IDC expansion interfaces, supporting Ladder, STL, and FBD programming across a full range of structured automation experiments. Built-in digital and analog input simulators and dual Ethernet PC ports enable immediate, self-contained operation from commissioning.
Product Overview
The Programmable Logic Control Trainer (Siemens Based) NexuMation-52 provides a complete, ready-to-use advanced PLC training platform for engineering institutions requiring higher I/O capacity than standard PLC trainers. The core of the unit is the Siemens CPU 1215C, configured with 22 digital inputs, 18 digital outputs, 10 of which are 24 V DC (source), 2 analog voltage inputs, 2 analog voltage outputs, and 125 KB program memory. Three programming languages are supported: Ladder, STL, and FBD. Built-in digital input simulators provide 8 toggle inputs and 8 momentary inputs. An analog input simulator is also installed. Two analog voltage sources at +10 V each are provided. Fixed DC power supplies cover 24 V, +12 V, -12 V, and 5 V rails. PC connectivity is provided via two Ethernet ports. Two 40-pin IDC optional module interface connectors are installed for simultaneous dual-module expansion. This programmable logic control trainer ships complete with 2 mm patch cords, power cord, IDC cable, PLC programming cable, software CD, and experiment manual. Thirteen optional control modules extend the platform to traffic light, water level, temperature, conveyor, elevator, motor, robot, weight, HMI, and prismatic piece storage and sorting control applications.
The Programmable Logic Control Trainer (Fatek Based) NexuMation-49 is a dedicated PLC training unit built around the Fatek CPU FBs24MAT for hands-on automation education in engineering laboratories. This programmable logic control trainer covers digital and analog I/O, ladder logic programming, and core automation experiments through built-in digital input simulators, analog voltage sources, and USB PC interface. It supports a wide range of optional control modules extending the platform to traffic light, conveyor, elevator, motor, and robot control applications.
Product Overview
The Programmable Logic Control Trainer (Fatek Based) NexuMation-49 provides a complete, ready-to-use PLC training platform addressing the growing demand for industrial automation training in engineering institutions. The core of the unit is the Fatek CPU FBs24MAT, configured with 14 digital inputs at 24 V DC (source/sink), 10 digital outputs at 24 V DC (source/sink), 2 analog voltage/current inputs, 1 analog voltage/current output, and 20K words of program memory. Ladder programming language is supported. Built-in digital input simulators provide 8 toggle inputs and 8 momentary inputs for experiment operation without external signal sources. An analog input simulator is also installed. Two analog voltage sources at +10 V each are included. Fixed DC power supplies provide 24 V, +12 V, -12 V, and 5 V rails. PC connectivity is provided via a USB to DIN connector cable. A 40-pin IDC optional module interface header is installed for expansion. This programmable logic control trainer ships with all accessories required for immediate operation, including 2 mm patch cords, a power cord, IDC cable, PLC programming cable, software CD, and experiment manual. Thirteen optional control modules extend the platform to real-world automation scenarios including traffic light control, water level control, temperature control, conveyor control, elevator control, motor control, robot control, weight control, HMI integration, and prismatic piece storage and sorting control.
The Programmable Logic Control Trainer (Siemens Based) NexuMation-51 is a dedicated PLC training unit built around the Siemens CPU 1215C for hands-on automation education in engineering laboratories. This programmable logic control trainer covers digital and analog I/O, ladder logic, STL, and FBD programming through structured experiments, with built-in digital input simulators, analog voltage sources, and dual Ethernet PC interface. It supports a wide range of optional control modules extending the platform to traffic light, conveyor, elevator, motor, and robot control applications.
Product Overview
The Programmable Logic Control Trainer (Siemens Based) NexuMation-51 addresses the rapidly growing demand for industrial automation training by providing a complete, ready-to-use PLC training platform. The core of the unit is the Siemens CPU 1215C, configured with 14 digital inputs at 24 V DC (source/sink), 10 digital outputs at 24 V DC (source), 2 analog voltage inputs, 2 analog voltage outputs, and 125 KB program memory. Three programming languages are supported: Ladder, STL, and FBD. Built-in digital input simulators provide 8 toggle inputs and 8 momentary inputs for experiment operation without external signal sources. An analog input simulator is also installed. Two analog voltage sources at +10 V each are included. Fixed DC power supplies provide 24 V, +12 V, -12 V, and 5 V rails. PC connectivity is provided via two Ethernet ports. A 40-pin IDC optional module interface header is installed for expansion. This programmable logic control trainer ships with all accessories required for immediate operation, including 2 mm patch cords, a power cord, IDC cable, PLC programming cable (RJ45), software CD, and experiment manual. Thirteen optional control modules extend the platform to real-world automation scenarios including traffic light control, water level control, temperature control, conveyor control, elevator control, motor control, robot control, weight control, HMI integration, and prismatic piece storage and sorting control.
SCIENTICO manufactures a complete range of pharmacy lab equipment designed for pharmacy colleges, pharmaceutical training institutes, and quality control laboratories. Our equipment supports formulation practice, dispensing training, and pharmaceutical analysis, helping students and professionals build practical skills in drug preparation and quality testing.
Our pharmacy lab equipment range covers dispensing pharmacy, pharmaceutics, pharmaceutical chemistry, and pharmacognosy requirements, built to support academic curricula as well as functional pharmacy operations. Each product is designed for accuracy, safety, and long-term reliability.
Why Choose SCIENTICO
SCIENTICO has been serving educational and healthcare institutions with reliable, high-quality lab equipment for over three decades. Our pharmacy lab equipment is backed by in-house research and development, ISO 9001:2015 certification, and CE marking on applicable products. We work with pharmacy colleges, technical universities, and pharmaceutical institutions across Africa, the Middle East, Asia, and the Americas, offering customization support to match specific institutional requirements.
Common Pharmacy Lab Equipment Items
- Tablet Compression Machines
- Tablet Disintegration Test Apparatus
- Tablet Hardness Testers
- Tablet Friability Test Apparatus
- Dissolution Test Apparatus
- Capsule Filling Machines
- Ointment Filling Machines
- Suppository Molds
- Distillation Units
- Digital Weighing Balances (Analytical and Electronic)
- Pill Counting Trays
- Dispensing Pharmacy Counters
- Mortar and Pestle Sets
- Ph Meters
- Sieve Shakers
- Muffle Furnaces
- Hot Air Ovens
- Laminar Air Flow Cabinets
- Stability Chambers
- Reagent and Sample Storage Cabinets
More products will be added to this category shortly. For specific requirements or custom quotations, please contact our team.
SCIENTICO manufactures a wide range of medical lab equipment designed for medical colleges, diagnostic laboratories, hospitals, and clinical research institutions. Our equipment supports diagnostic testing, clinical analysis, and medical education, helping institutions deliver accurate results and effective hands-on training.
Our medical lab equipment range covers pathology, microbiology, hematology, and general clinical diagnostics, built to support both academic training and functional lab operations. Each product is engineered for precision, reliability, and ease of maintenance.
Why Choose SCIENTICO
SCIENTICO has been serving educational and healthcare institutions with reliable, high-quality lab equipment for over three decades. Our medical lab equipment is backed by in-house research and development, ISO 9001:2015 certification, and CE marking on applicable products. We work with medical colleges, hospitals, diagnostic labs, and research institutions across Africa, the Middle East, Asia, and the Americas, offering customization support to match specific institutional requirements.
Common Medical Lab Equipment Items
- Binocular and Trinocular Microscopes
- Centrifuge Machines (Clinical and Refrigerated)
- Hematology Analyzers
- Blood Cell Counters
- Biochemistry Analyzers
- ESR Analyzers
- Urine Analyzers
- Colorimeters and Semi-Auto Analyzers
- Autoclaves and Sterilizers
- Hot Air Ovens
- Bacteriological and BOD Incubators
- Laminar Air Flow Cabinets
- Blood Bank Refrigerators
- Plasma Freezers
- Microtomes and Tissue Processors
- Slide Staining Racks
- Water Bath Units
- Hospital Bed Side Monitors
- Pulse Oximeters
- Digital Blood Pressure Monitors
- Laboratory Fume Hoods
- Specimen Collection Trolleys
- Sample Storage Refrigerators
- Laboratory Glassware and Accessories
More products will be added to this category shortly. For specific requirements or custom quotations, please contact our team.
SCIENTICO manufactures a comprehensive range of nursing lab equipment designed for nursing colleges, schools of nursing, and clinical training institutes. Our equipment supports hands-on skill development in patient care, clinical procedures, and healthcare simulation, helping students build practical competence before real-world clinical exposure.
Our nursing lab equipment range is built to meet the training requirements of nursing curricula, covering fundamental patient care skills, advanced clinical procedures, and emergency response training. Each product is designed for durability, ease of use, and realistic simulation to support effective learning outcomes.
Why Choose SCIENTICO
SCIENTICO has been serving educational and healthcare institutions with reliable, high-quality lab equipment for over three decades. Our nursing lab equipment is backed by in-house research and development, ISO 9001:2015 certification, and CE marking on applicable products. We work with engineering colleges, technical universities, hospitals, and nursing schools across Africa, the Middle East, Asia, and the Americas, offering customization support to match specific institutional requirements.
Common Nursing Lab Equipment Items
- Basic Nursing Care Manikins
- Advanced Patient Care Simulators
- CPR Training Manikins
- Injection Training Arms
- IV Cannulation Training Arms
- Catheterization Training Models (Male and Female)
- Wound Care and Dressing Trainers
- Bandaging Practice Kits
- Vital Signs Monitoring Trainers
- Nasogastric Tube Feeding Trainers
- Enema Administration Trainers
- Ostomy Care Trainers
- Bed Bathing and Patient Hygiene Trainers
- Hospital Beds (Manual and Electric)
- Examination Tables
- IV Stands and Drip Rate Trainers
- Nursing Procedure Trolleys
- Medication Administration Trainers
- Maternal and Child Health Training Models
- Infant Care Manikins
More products will be added to this category shortly. For specific requirements or custom quotations, please contact our team.
The Concentric Tube Heat Exchanger ThermoFlux – 7108/2 is a laboratory unit designed to study heat transfer through a concentric tube configuration under parallel flow and counter flow conditions. This concentric tube heat exchanger consists of two copper concentric tubes with hot water circulating through the internal tube and cold water circulating through the annular space, with K-type thermocouple sensors at multiple measurement points including inlet, outlet, and midpoint locations for both fluid streams.
Product Overview
The Concentric Tube Heat Exchanger ThermoFlux – 7108/2 allows students to investigate turbulent flow heat transfer between hot water in the internal tube and cold water in the annular zone between the internal and external tubes. The unit can be operated in both parallel flow and counter flow configurations, enabling direct comparison of heat transfer performance under each arrangement.
The exchanger is formed by two copper concentric tubes. The internal tube has an internal diameter of 8 mm, an external diameter of 10 mm, and a wall thickness of 1 mm. The internal heat transfer area is 0.0377 m² and the external heat transfer area is 0.0471 m². The external tube has an internal diameter of 13 to 14 mm, an external diameter of 15 to 16 mm, and a wall thickness of 1 to 1.5 mm. The total exchange length is 2 m (L x 4 x 0.5 m).
The structure is built on an anodized aluminium frame with HDF panels. All water-contact parts are made of PVC, brass, copper, or stainless steel to prevent corrosion. A diagram on the front panel shows the distribution of all elements corresponding to the actual unit layout. Temperature sensors are K-type thermocouples, with hot water and cold water sensors positioned at the inlet, outlet, and midpoint of the exchanger.
The Refrigeration Cycle Demonstration Unit PolarX – 516 consists of a hermetic compressor, condenser, evaporator, and expansion element built for investigating refrigeration circuit behavior. This refrigeration cycle demonstration unit uses finned tube heat exchangers for both the evaporator and condenser. Three capillary tubes of different lengths and a thermostatic expansion valve allow direct comparison of expansion elements.
Product Overview
A refrigerant receiver is included with the unit. Refrigerant can be added to or removed from the refrigeration circuit through the receiver, making it possible to study the impacts of overfilling or underfilling the system.
A flow meter measures the refrigerant’s flow rate. Sensors track the temperature, pressure, and electrical usage of the compressor within the refrigeration circuit. Digital displays allow direct reading of the measured values. Using data capture software, measured values can be sent straight to a PC via USB at the same time (optional). A p-h diagram in the software allows users to dynamically view parameter changes in the circuit (optional).
This refrigeration cycle demonstration unit allows investigation of a refrigeration system with different expansion elements, comparing an expansion valve against capillary tubes of different lengths.