Our Products
- HOME
- Our Products
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.
The Free & Forced Vibration Apparatus – Vibrano X – 08 trainer covers free, damped, and forced vibrations in mechanical vibration technology. It is mounted on a sturdy, low-vibration frame with quick fastening elements for accurate experimental set-up. This Free & Forced Vibration Apparatus consists of spring mass and rigid beam vibration study sections.
Product Overview
The trainer covers free, damped, and forced vibrations in mechanical vibration technology. It is mounted on a sturdy, low-vibration frame. Quick fastening elements for the formed grooves allow quick and accurate experimental set-up.
The apparatus consists of different sections concerned with vibration study: spring mass vibrations, rigid beam vibration (free and forced, as well as damped and un-damped), and rigid beam vibration free and forced with unbalance excitation.
The apparatus is installed with the spring mass vibration section. In this section, users can study Hooke’s law through a free hanged spring vibration study. Different masses can be changed to study the behavior of the spring mass system.
In the beam vibrations, forced vibration is generated with an electrical motor-driven linear exciter or imbalance exciter. There are two types of exciter in this apparatus: a linear exciter with servo motor and driver, and a DC rotary exciter or servo rotary exciter. The exciter frequency can be set precisely on a control unit with digital display.
An adjustable oil damper is used as vibration absorber. A mechanical drum and a polar diagram recorder (optional) record the vibration. A non-contact displacement sensor is used to measure the oscillations with respect to time. This sensor enables electrical measurement of the amplitudes of various oscillations. Alternatively, measured values can be evaluated with software for data acquisition if the Data Acquisition Based System is selected (optional).
All parts of the apparatus are stored in a storage tray supplied with the equipment. This Free & Forced Vibration Apparatus is built to demonstrate a wide range of free and forced vibration behavior in a single trainer.
The Computerized Vibration Analyzer – Vibrano X – 16 was developed specifically to aid in analyzing machinery diagnostic experiments conducted on the base unit. It is also adaptable for various other vibration experiments. This Computerized Vibration Analyzer includes two acceleration sensors, an adjustable gain measuring amplifier, a USB interface box, and dedicated analysis software.
Product Overview
The specialized computerized vibration analyzer was developed specifically to aid in analyzing machinery diagnostic experiments conducted on the base unit. It is also adaptable for various other vibration experiments. The system includes two acceleration sensors, an adjustable gain measuring amplifier, a USB interface box, and dedicated analysis software.
The software provides several functionalities. A two-channel oscilloscope investigates time-domain signals. A two-channel spectrum analyzer examines frequency-domain signals. The software offers capabilities for measuring vibrations, envelope analysis to detect impacts and roller bearing damage, a traveling filter for capturing run-up curves, orbit display, and a balancing module for field balancing rigid rotors in one or two planes.
The software enables the application of different analytical methods to vibration signals, allowing users to effectively compare their effectiveness. This helps users understand the strengths and weaknesses of various techniques. The balancing process is clearly explained step-by-step within the software.
Featuring an intuitive user interface, the software is user-friendly and includes online help to assist users in utilizing its various functions. Measurement results can be easily printed out, and the system includes necessary cables, brackets, and fixings. This Computerized Vibration Analyzer supports data acquisition via LAN/USB and is compatible with Windows 10 and newer.
The Torsional Vibration Apparatus – Vibrano X – 04 enables rotary vibration on torsion bars to be investigated. The model consists of a wall mounted base frame made of HDF. This Torsional Vibration Apparatus is designed as a student experiment for studying torsional vibration behavior.
Product Overview
The model enables rotary vibration on torsion bars to be investigated. The model consists of a wall mounted base frame made of HDF. The carrier plate has a strong chuck. The torsion bars can be clamped in position with the aid of this chuck.
In the same way, the mass disc and the mass ring are clamped to the torsion bar using a chuck. The effective length is easy to adjust. This Torsional Vibration Apparatus is intended as a student experiment on torsional vibration.
The Vibration of Spiral Spring Apparatus – Vibrano X – 03 is designed to study the vibration behavior of a spiral spring rotating mass system. A spiral spring made of cold rolled steel is clamped between a ball bearing mounted shaft and a fixed bracket. This Vibration of Spiral Spring Apparatus is intended for wall mounting and enables determination of spring stiffness and natural frequency.
Product Overview
A spiral spring made of cold rolled steel is clamped between a ball bearing mounted shaft and a fixed bracket. Two levers are fitted to the shaft diametrically opposite each other. Two sliding weights of metal on the levers can be securely fixed in position using clamping screws. These form the rotating mass with an adjustable moment of inertia.
The system is displaced by hand. The angle of rotation is read off on a 1° scale disc that is also attached to the shaft. The unit is intended for wall mounting.
This Vibration of Spiral Spring Apparatus determines the periodic time for a spiral spring attached to a shaft of vibration moment of inertia. It features an effective torque of 30mm. A stop watch is included, along with all necessary accessories with list and instruction language.
The Static and Dynamic Balancing – Vibrano X – 02 unit is designed to study the balancing of rotating objects. It demonstrates how centrifugal force unbalances a rotating assembly at any given velocity. This Static and Dynamic Balancing apparatus provides a bench top platform for analyzing both static and dynamic unbalance conditions.
Product Overview
When an object rotates at any given velocity, it faces centrifugal force. This force unbalances the assembly which contains the object. The unit consists of a shaft supported by bearings on both ends. Four masses are present on this shaft. These masses can slide along the shaft and attain different angles.
A pulley is present on one side of the shaft. It connects the shaft to a motor so the shaft can be rotated. Two buckets, a detachable pulley, and metallic balls are also included in this apparatus. These help determine unbalance in static position due to rotating masses. The motor is provided with power via a function generator.
The main element of the bench top unit is a smooth shaft. Four variable unbalance weights can be attached to this shaft at any angle or distance. The rotor is supported horizontally in ball bearings. It is driven by a speed controlled motor. The speed is measured electronically and shown on a digital display.
For determination of the unbalance weight by measuring the balance of moments, the driving belt can be removed. Using different weights dragging on the pulley, defined moments can be exerted to the shaft. These moments can be compared with those caused by the unbalance weights when rotating.
The transparent hood prevents contact with the rotating parts. It also provides a good view of the rotor. Fastening of the supporting base with elastic elements neutralizes undesirable vibrations. This Static and Dynamic Balancing unit is suited for illustrating the fundamentals of balance analysis in a laboratory setting.
The Whirling of Shaft System – Vibrano X – 01 is a bench top apparatus designed to demonstrate the concept of whirling in rotating shafts. It allows users to visualize transverse vibration effects that occur in heavy rotating machinery. This Whirling of Shaft System also helps explain how centrifugal forces and resonance conditions influence shaft stability.
Product Overview
When a shaft rotates, transverse vibration is produced in it. If the shaft is out of balance, centrifugal forces are generated and vibration begins. If the rotational speed of the shaft matches its natural oscillation frequency, these vibrations multiply. In heavy machinery, this phenomenon is dangerous and must be controlled.
The apparatus consists of a number of shafts of different lengths and diameters. It also includes a center support for the shaft and an end support. The shaft is coupled with a motor. The motor speed can be varied to inspect vibrations at various speeds.
The modes of oscillation and resonances of rotors with continuous mass distribution can be clearly demonstrated using this unit. Thin, elastic rotor shafts made of high strength steel allow the oscillatory phenomena to be easily understood. A range of shaft diameters is available. Free choice of bearing arrangement is also possible. Together these make it possible to perform a wide variety of experiments.
Adapters in the bearings compensate for different diameters. Catch bearings limit the amplitude of oscillation. The freedom of movement of the rotor is assured by an elastic coupling. A Laval rotor with discrete mass distribution can be assembled using a mass disc.
As a supplement to this unit, a set of vibration sensors is provided. These sensors enable the path of the rotor to be displayed on an oscilloscope. This Whirling of Shaft System is suited for speed dependent vibration analysis in laboratory and academic settings.
The Brake & Load Unit – Vibrano X – 14 is utilized to induce vibrations based on torque, such as in toothed gearing mechanisms or electric motors. Various vibration phenomena require the system to be under load. This Brake & Load Unit includes a magnetic particle brake and an electric display/control unit.
Product Overview
Various vibration phenomena require the system to be under load. The brake and load unit are utilized to induce vibrations based on torque, such as in toothed gearing mechanisms or electric motors. The unit includes a magnetic particle brake and an electric display/control unit.
The braking torque can be finely adjusted using the control unit, and the braking torque is indicated digitally on a display through the exciter current. An integrated belt drive provides the brake with two torque and speed ranges, utilizing a free shaft. The energy generated by the brake is dissipated as heat and expelled into the ambient air via a fan.
The brake can be swiftly and accurately mounted on the slotted plate of the base unit. This Brake & Load Unit is intended for braking and loading applications within a machinery diagnostic training system.
The Damage to Gears Kit – Vibrano X – 13 is designed to simulate typical gear damage and study its impact on vibration characteristics. It includes various gear sets with damaged teeth, alongside undamaged sets for comparison. This Damage to Gears Kit also demonstrates the differences between spur-toothed and helical gearing.
Product Overview
This accessory setup is designed to simulate typical gear damage and study its impact on vibration characteristics. It includes various gear sets with damaged teeth, alongside undamaged sets for comparison. The setup also demonstrates the differences between spur-toothed and helical gearing. Adjustable bearing plates allow for studying the effects of center distance and backlash.
The choice of lubrication type, grease or gear oil, significantly influences the vibration signal, which can be explored during experiments. A housing with sensor holes facilitates vibration experiments, while a transparent cover allows observation of the gear’s operation without interrupting vibration measurements.
To apply load to the gear unit, a brake and load unit is necessary. The entire accessory setup mounts onto the base plate of the machinery diagnostic system. For measuring and analyzing the experiments, a computerized vibration analyzer is essential. This system includes all required sensors, a measuring amplifier, and analysis software capable of recording and evaluating vibration phenomena effectively.
This Damage to Gears Kit is designed as an accessory set for the basic unit of a machinery diagnostic training system.