Scientico

Structural Engineering Lab Equipment by SCIENTICO

SCIENTICO, a trusted name in the industry, is a leading lab equipment manufacturer, offering a wide range of Structural Engineering Lab Equipment designed to meet the needs of engineering colleges, universities, and research facilities. Our equipment is built with precision to aid in understanding structural mechanics and material behavior, ensuring students and professionals gain practical knowledge through hands-on experimentation.

Features of Our Structural Engineering Lab Equipment

• Precision and Accuracy: Engineered to deliver reliable results for complex structural testing.
• Durable and Robust Design: Constructed with high-grade materials to withstand rigorous usage.
• User-Friendly Operation: Simplified controls and clear instructions for easy handling.
• Comprehensive Range: Includes equipment for beam testing, column analysis, torsion testing, and more.

Applications

SCIENTICO's Structural Engineering Lab Equipment is ideal for:

1. Educational Institutions: To provide students with hands-on experience in structural analysis.
2. Research Laboratories: For advanced testing and study of structural mechanics.
3. Industrial Training Centers: For practical demonstrations and technical training.

Why Choose SCIENTICO?

• Industry Expertise: As a leading Mechanical Lab Equipment manufacturer, SCIENTICO specializes in structural testing solutions.
• Global Exporter: Trusted by institutions worldwide as a reliable Thermo Dynamics Lab Equipment exporter and supplier of structural engineering tools.
• Customized Solutions: We offer tailored designs to meet specific educational and research needs.

Q&A Section

Q: What types of structural engineering lab equipment does SCIENTICO provide?
A: Our range includes equipment for testing beams, columns, torsion, trusses, and material behavior under different loads.

Q: Can SCIENTICO export its equipment to other countries?
A: Yes, SCIENTICO is a recognized Mechanical Lab Equipment exporter and serves clients across the globe.

Q: Are SCIENTICO's products suitable for advanced research?
A: Absolutely! Our equipment is designed to meet the demands of both basic and advanced research applications in structural engineering.

Q: What makes SCIENTICO stand out?
A: As a trusted lab equipment manufacturer, SCIENTICO prioritizes quality, innovation, and customer satisfaction. Our products are reliable, durable, and designed to support advanced learning and research.

The SCIENTICO SCI-011 Simple Suspension Bridge Experiment is a hands-on educational tool designed for students in mechanical, civil, and structural engineering. This apparatus allows students to explore the behavior of a simple suspension bridge structure and measure the tension in the suspension cable under various loads.

The experiment hardware fits into the Structures Test Frame, where students use weight hangers to apply different loads to a rigid deck. The deck is connected to a parabolic suspension cable via hangers. The cable passes over pulleys at both ends, with one end rigidly fixed, and the other connected to a mechanism that bears on a load cell. When connected to a Digital Force Display, the load cell measures the tension in the suspension cable.

This apparatus allows students to observe how the tension in the cable changes as loads are applied to the deck. The Digital Force Display provides real-time readings of the cable tension, facilitating detailed analysis of the structural behavior.

For enhanced learning, the Structures Software package is available to simulate additional virtual experiments. These virtual tests extend the range of possible experiments, such as applying higher or uniform loads, or experimenting with different test specimens. This helps deepen students’ understanding of suspension bridge mechanics.

SCIENTICO, a leading structural engineering lab equipment manufacturer and lab equipment exporter, ensures that all components are carefully protected during handling with custom storage trays. The SCI-011 Simple Suspension Bridge Experiment comes with a detailed Operation Manual, providing experiment procedures, sample results, and equipment usage instructions.

Key Features:

• High-quality training module for mechanical, civil, and structural engineering students.
• Allows practical experiments to explore the behavior of a suspension bridge structure.
• Realistic and verifiable results for cable tension and structural behavior analysis.
• Optional Structures Software for additional virtual experiments, simulating various loads and test scenarios.
• Optional Automatic Data Acquisition Unit for seamless data collection and virtual experiments.
• Custom storage trays to protect equipment.
• Comprehensive Operation Manual with experiment guidelines and sample results.

SCIENTICO is a trusted structural engineering lab equipment manufacturer and lab equipment exporter, providing advanced educational solutions for the study of structural systems.

QnA Section:

Q: What does the SCIENTICO SCI-011 Simple Suspension Bridge Experiment demonstrate?
A: The SCI-011 demonstrates how tension in a suspension bridge cable changes under different loads applied to a rigid deck, providing valuable insights into bridge mechanics.

Q: How is the cable tension measured in this experiment?
A: The cable tension is measured using a load cell connected to a mechanism at one end of the suspension cable, with the readings displayed on a Digital Force Display.

Q: Can I perform virtual experiments with the SCI-011?
A: Yes, the Structures Software allows you to simulate virtual experiments, expanding the range of tests available beyond the physical hardware.

Q: Does the SCI-011 support automatic data collection?
A: Yes, the Automatic Data Acquisition Unit automatically logs and displays experiment results for efficient data analysis.

Q: Is the SCI-011 suitable for international use?

A: Yes, SCIENTICO is a reputable lab equipment exporter, and all our products meet international standards, making them suitable for global use.

The SCI-245 Unsymmetrical Bending Apparatus is an advanced educational tool designed for the experimental and analytical study of deflections due to unsymmetrical bending in a cantilever beam. Ideal for students of mechanical, civil, and structural engineering, this apparatus provides practical insights into the behavior of structures under unsymmetrical loading.

The apparatus features a cantilever beam made of a 1" x 1" x 1/8" angle (or equivalent metric units) and is 80 cm in length. The beam is securely fixed at one end, with a mechanism that allows rotation in 45° intervals. This design enables the principal axis of the cross-section to be inclined at any angle relative to both the horizontal and vertical planes, simulating different structural configurations.

Students can apply a vertical load at the free end of the cantilever beam, and the apparatus is equipped with instruments to measure both horizontal and vertical deflection at the free end. A dial gauge with 25 mm travel and magnetic base is provided for precise measurement of deflections, ensuring accurate results for analysis.

The apparatus is supported by a stand and comes complete with a set of weights, allowing students to experiment with different load magnitudes and orientations to study the effects on beam deflections.

As a trusted structural engineering lab equipment manufacturer and lab equipment exporter, SCI-245ensures the SCI-245 Unsymmetrical Bending Apparatus is built with high-quality materials and is designed to provide students with realistic, verifiable results in their study of unsymmetrical bending.

Key Features:

• High-quality apparatus for studying unsymmetrical bending in cantilever beams.
• Allows for rotation in 45° intervals, enabling the beam's principal axis to be inclined at various angles.
• Precise measurement of deflections using a dial gauge with 25 mm travel.
• Includes a set of weights for experimenting with different loads.
• Realistic and verifiable results to aid in understanding structural deflections.
• Supported by a stable stand and customizable for different loading configurations.
• Ideal for students of mechanical, civil, and structural engineering.
• Comprehensive setup with supporting accessories like weights and a dial gauge.

SLBT, a leading lab equipment manufacturer and exporter from India, delivers high-performance educational tools designed for advanced structural analysis.

QnA Section:

Q: What does the SLBT SL-1333 Unsymmetrical Bending Apparatus demonstrate?
A: It demonstrates the deflections of a cantilever beam under unsymmetrical bending, allowing students to study the effects of various loading conditions on beam behavior.

Q: How is the rotation of the beam adjusted?
A: The beam can be rotated in 45° intervals, and the principal axis can be inclined at different angles relative to horizontal and vertical planes.

Q: What measuring tools are included with the apparatus?
A: The apparatus includes a dial gauge with 25 mm travel and a magnetic base, which is used to measure both horizontal and vertical deflections at the free end of the beam.

Q: How can the results of the experiments be analyzed?
A: The dial gauge allows precise measurement of deflections, which can be used to analyze the bending behavior of the beam under unsymmetrical loads.

Q: Is this apparatus suitable for international use?
A: Yes, SCI-245 is a trusted lab equipment exporter, ensuring the apparatus meets international standards for educational and research purposes

The SCI-1420 Three Hinged Arch Apparatus is a sophisticated educational tool designed for investigating the behavior of three-hinged arches under various loading conditions. Ideal for structural engineering students, this apparatus allows for detailed experiments to understand the static and dynamic properties of arch structures, including unsymmetrical and symmetrical arches.

The apparatus consists of three arch segments: two long segments (together forming a symmetrical arch) and one short segment (which, when combined with a long segment, forms an unsymmetrical arch). The three hinges include a crown hinge at the center and two abutment hinges at the bearing points. These hinges are essential for allowing both vertical and horizontal forces to be absorbed by the structure. The system is made statically determinate thanks to the crown hinge, ensuring precise measurements and calculations.

Key Experiments & Applications:

• Familiarization with Three-Hinged Arches: Explore both symmetrical and unsymmetrical arch designs and their structural responses.
• Application of the Method of Sections: Use the method of sections and equilibrium conditions to calculate bearing forces under different loading scenarios, such as point loads, distributed loads, and moving loads.
• Investigation of Horizontal Thrust: Study the influence of loads on the horizontal thrust at the support points, a critical factor in the performance of arches.
• Lines of Influence for Moving Loads: Determine the lines of influence at the supports under moving loads to better understand dynamic load effects.
• Static and Moving Load Comparisons: Compare calculated and measured support reactions for both static and moving loads.

This apparatus is perfect for students of structural engineering, providing realistic, hands-on experience with three-hinged arch designs. As a leading structural engineering lab equipment manufacturer and exporter, Scientico ensures that the SCI-1420 Three Hinged Arch Apparatus delivers high-quality, reliable results in educational settings.

As a trusted structural engineering lab equipment exporter, Scientico offers high-quality training modules designed for advanced study and research in the field of structural engineering.

QnA Section:

Q: What is the main purpose of the SCI-1420 Three Hinged Arch Apparatus?
A: The apparatus is designed for investigating the behavior of three-hinged arches, allowing students to explore symmetrical and unsymmetrical arch designs under various loading conditions, including point loads, distributed loads, and moving loads.

Q: What experiments can be performed with this apparatus?
A: Experiments include calculating bearing forces using the method of sections, studying the influence of loads on the horizontal thrust at the supports, and comparing calculated and measured support reactions for static and moving loads.

Q: What types of loads can be applied to the arch in this experiment?
A: The apparatus supports point loads, distributed loads (using weights), and moving loads, providing a comprehensive study of arch performance under various conditions.

Q: Is this apparatus suitable for international use?
A: Yes, Scientico is a renowned lab equipment manufacturer and exporter, providing high-quality apparatus that meets international standards for educational and research purposes.

The SCIENTICO SCI-008 Portal Frame Apparatus is a vital tool for students of mechanical, civil, and structural engineering, designed to investigate the failure points of a loaded portal frame and identify modes of failure. This structural engineering lab equipment provides an in-depth, hands-on learning experience by simulating real-world conditions and offering insight into plastic bending and collapse behaviors.

The apparatus fits onto a Structures Test Frame where students can fix a specimen portal frame (two uprights with a cross-beam). The test frame includes horizontal and vertical screw mechanisms equipped with electronic load cells for applying loads. By adjusting the screw mechanisms, students can apply either single or combined loads to the portal frame. The connected Digital Force Display shows real-time horizontal and vertical load data as the frame deforms under stress.

For added versatility, SCIENTICO offers an optional Structures Software package for virtual experiments, simulating tests beyond the physical setup. These virtual experiments extend the range of testing, including higher or uniform loads, or using different test specimens. Students can compare virtual results with physical experiments to deepen their understanding.

SCIENTICO, a trusted structural engineering lab equipment manufacturer and lab equipment exporter, ensures all components are well protected with custom storage trays. The SCI-008 Portal Frame Apparatus comes with a detailed Operation Manual

Key Features:

• High-quality training module designed for mechanical, civil, and structural engineering students.
• Practical experiments focused on the plastic bending and failure of portal frames.
• Realistic, verifiable experimental results for accurate structural analysis.
• Optional Structures Software package for additional virtual experiments that simulate and verify results.
• Optional Automatic Data Acquisition Unit for seamless data collection and enhanced virtual experimentation.
• Includes custom storage trays to protect apparatus components.
• Detailed Operation Manual with experiment procedures and sample results.

As a leading lab equipment manufacturer and structural engineering lab equipment exporter, SCIENTICO provides cutting-edge solutions for educational and research applications in structural engineering.

QnA Section:

Q: What is the purpose of the SCIENTICO SCI-008 Portal Frame Apparatus?
A: The SCI-008 is designed to help students understand the behavior of portal frames under load, including the points of failure and modes of collapse, through realistic hands-on experiments.

Q: How does the loading mechanism work?
A: The portal frame is loaded using horizontal and vertical screw mechanisms with electronic load cells. The applied loads are displayed on the Digital Force Display.

Q: Can I simulate experiments virtually with the SCI-008?
A: Yes, the Structures Software package allows you to simulate additional experiments beyond the hardware capabilities, such as higher loads and different test specimens.

Q: Is automatic data acquisition available?
A: Yes, an optional Automatic Data Acquisition Unit is available to automatically collect and log your experimental data, integrating with the Structures Software.

Q: How is the SCI-008 apparatus stored?
A: The equipment is provided with custom storage trays to prevent damage to the frame components and other parts.

Q: Is the SCI-008 suitable for international use?
A: Yes, SCIENTICO is a trusted structural engineering lab equipment exporter, and all products meet international quality standards for global compatibility

The SCIENTICO SCI-007 Pin Join Truss Apparatus is an essential piece of structural engineering lab equipment designed to help students investigate the behavior of pin-jointed frameworks under various loading conditions. Ideal for mechanical, civil, and structural engineering students, this apparatus provides a hands-on learning experience in structural analysis and testing.

This equipment includes a test frame with two types of supports: a pivoting support and a pivoting and rolling support. Students can build pin-jointed frameworks using stainless-steel members, with each member featuring a strain gauge connected to a digital strain bridge. The apparatus also includes a load cell to apply forces to the structure, and the load can be measured when connected to an optional Digital Force Display. Extra load cells can be added to apply simultaneous loads, providing more experimental flexibility.

The SCI-007 Pin Join Truss Apparatus comes with an optional Structures Software package that simulates virtual experiments, extending students’ learning opportunities. The software allows for simulations of higher loads, uniform loads, or different test specimens, enhancing the scope of experiments. Additionally, the equipment is compatible with an optional Automatic Data Acquisition Unit for seamless data collection and logging.

SCIENTICO, a trusted structural engineering lab equipment manufacturer and lab equipment exporter, ensures that all components are protected with custom-made storage trays to prevent damage. The apparatus also includes a detailed Operation Manual, outlining experiment procedures and sample results.

Key Features:

• High-quality structural engineering lab equipment for students of mechanical, civil, and structural engineering.
• Safe and practical experimentation on pin-jointed frameworks.
• Realistic, verifiable results for structural analysis.
• Optional Structures Software for additional virtual experiments, simulating and confirming results.
• Optional Automatic Data Acquisition Unit for data logging and virtual experimentation.
• Custom storage trays to protect equipment.
• Detailed Operation Manual with procedures and sample results.

As a leading lab equipment manufacturer and structural engineering lab equipment exporter, SCIENTICO delivers premium-quality products used worldwide to enhance understanding of structural behavior, load distribution, and material testing.

QnA Section:

Q: What is the SCIENTICO SCI-007 Pin Join Truss Apparatus used for?
A: The SCI-007 is used to build pin-jointed frameworks and study their response to applied forces. It’s designed for mechanical, civil, and structural engineering students.

Q: How does the load measurement system work?
A: A load cell applies force to the structure, and the load is measured using an optional Digital Force Display. Additional load cells can be used for simultaneous loads.

Q: Is the SCI-007 compatible with software?
A: Yes, it is compatible with Structures Software for simulating virtual experiments and extending learning opportunities.

Q: Can I collect data automatically?
A: Yes, an optional Automatic Data Acquisition Unit is available for automatic data logging, making experiments easier to analyze.

Q: Is the SCI-007 suitable for international use?
A: Yes, SCIENTICO is a renowned structural engineering lab equipment exporter, and our products meet international quality standards.

(SCI-001)SCIENTICO, a leading lab equipment manufacturer and structural engineering lab equipment exporter, presents the Behavior of Column and Struts Apparatus. This advanced experimental apparatus allows students to study the deflection and stability of struts (columns) under various conditions, making it a vital tool for structural engineering and mechanics studies.

The apparatus is designed with high-quality components, including a Structures Aluminum Frame, ensuring durability and accuracy. Students can compress aluminum columns (struts) using a precise screw mechanism while chucks securely hold the struts in place. The equipment supports different end-fixing conditions, enabling comprehensive experimentation.

An integral load cell connected to a Digital Force Display provides real-time load readings as the strut is compressed. A magnetic deflection scale indicates the extent of strut buckling. Students can continue compression until reaching the critical buckling load, then repeat the experiments using varied strut lengths or fixing conditions, enabling an in-depth analysis of results.

Advanced Features:

• Behavior of Column and Struts Apparatus with Data Acquisition: Includes storage space for struts and five different sizes of aluminum strut for diverse experimentation.

• Comprehensive Guides: A lecturer guide with detailed equipment instructions and sample experiment results, and a student guide with operational procedures and experiment steps.

• Optional Software: Enhance learning with the Structures Software, which simulates additional experiments such as higher loads, uniform loads, and varied test specimens, extending beyond hardware limitations.

• Automatic Data Acquisition Unit: Optional integration with  Structures Software for seamless data display, logging, and extended virtual experiments.

Key Features:

• High-quality structural engineering lab equipment for mechanical, civil, and structural engineering students.

• Safe and practical experiments into the buckling of struts.

• Realistic and verifiable experimental results for enhanced learning.

• Optional software for extended virtual experiments and automatic data acquisition.

• Durable and reliable components designed for long-term use.

Why Choose SCIENTICO?

As a globally recognized lab equipment manufacturer and structural engineering lab equipment exporter, SCIENTICO ensures quality, precision, and innovation in every product. Our Behavior of Column and Struts Apparatus offers unparalleled learning experiences, making us a preferred choice for educational institutions worldwide.

QnA Section:

Q1: What is the purpose of the Behavior of Column and Struts Apparatus? A1: This apparatus allows students to study the deflection and stability of struts (columns) under various conditions, aiding in understanding structural behavior.

Q2: Can this equipment simulate virtual experiments? A2: Yes, with the optional Structures Software, users can simulate additional experiments and extend their learning experience.

Q3: Does this apparatus support automatic data acquisition? A3: Absolutely! The optional Automatic Data Acquisition Unit integrates with the software to display and log experimental results in real-time.

Q4: What sizes of struts are included? A4: The apparatus includes five different sizes of aluminum strut, allowing diverse experimental setups.

Q5: Why choose SCIENTICO for this equipment? A5: SCIENTICO is a trusted structural engineering lab equipment manufacturer known for high-quality, reliable, and innovative products tailored to meet educational and research needs.

SCIENTICO, a leading lab equipment manufacturer and structural engineering lab equipment exporter, introduces the Deflection of Beam Apparatus (Model – SCI-005). This apparatus enables students and researchers to investigate deflection and deformation in statically determinate and indeterminate beams. It provides a comprehensive platform for exploring critical principles in structural and material engineering.

Experiments:

• Deflection Investigation

• Cantilever Beam Analysis

• Dual-Span Beam Analysis

• Material and Geometry Influence

• Maxwell-Betti Coefficients

• Lines of Influence

Specifications:

• Investigate elastic lines under varied clamping conditions.

• Beams included:

  • 3 steel, 3 MS, 3 brass, 3 aluminum beams with different cross-sections.

  • 1 copper beam.

• Adjustable weights: Four sets with riders.

• High-precision force gauges (range: 100N, least count: 0.5N) with zeroing, peck, and tracking functions.

• Anodized aluminum frame for durability.

• Storage system for component safety and organization.

• Dial gauges for slope and deflection measurements.

• Additional Hardware Details:

  • Backboard fits onto the Structures Test Frame (STR1, available separately).

  • Test beams fixed using rigid clamps and knife-edge supports.

  • Digital deflection indicator on a trammel traverses the beam to measure deflections.

  • Load application via hangers and adjustable masses.

Key Features:

• Analyze the deflection and stability of beams under varying conditions.

• Interchangeable knife-edge supports and cantilever clamps for versatility.

• Adjustable supports to account for dead weight and beam configuration.

• Comprehensive course materials for guided experiments.

• Designed for both building and mechanical engineering applications.

• Supports experimental setups for:

  • Cantilever

  • Propped cantilever

  • Encastré beam

  • Simply supported beam

Why Choose SCIENTICO?

As a trusted structural engineering lab equipment manufacturer and exporter, SCIENTICO delivers high-quality, durable tools designed for advanced education and research. The Deflection of Beam Apparatus combines innovation, precision, and user-friendly design to meet the needs of academic and professional institutions worldwide.

FAQs

Q1: What is the purpose of the Deflection of Beam Apparatus? A1: The apparatus investigates the deflection and deformation of beams under various loading and clamping conditions, enhancing understanding of structural behavior.

Q2: What materials are included in the package? A2: The apparatus includes steel, MS, copper, brass, and aluminum beams with different cross-sections, along with weights, force gauges, and dial gauges.

Q3: Can it measure support reactions? A3: Yes, the apparatus measures support reactions using articulated supports with built-in force gauges.

Q4: Why choose SCIENTICO for this product? A6: SCIENTICO is a globally recognized lab equipment manufacturer, offering innovative and durable solutions for educational and research purposes.

The SCIENTICO SCI-009 Redundant Joint Truss Apparatus is an essential tool for students in mechanical, civil, and structural engineering, allowing them to investigate the principles of redundancy and safety-critical structures through determinate and indeterminate framed structures.

The apparatus is designed to fit into a Structures Test Frame, with supports holding the top and base of the structure. The top support pivots, while the base support pivots and rolls. Initially, the structure is determinate, with one member missing. To make the structure indeterminate, students refit the missing member. A screw thread and electronic load cell are used to apply a load, with the Digital Force Display showing the applied load.

Each structure member is equipped with a strain gauge connected to a digital strain bridge, which displays the strain values. These values allow students to calculate the forces within the structure. A digital deflection indicator measures displacement as the structure is loaded. Students can compare the results from the determinate and indeterminate structures, gaining insight into how redundancy affects structural behavior.

For enhanced learning, the optional Structures Software allows students to simulate virtual experiments, such as applying higher or uniform loads, or using different test specimens. These virtual experiments complement the hands-on learning experience and provide deeper insight into the principles of structural analysis.

An optional Automatic Data Acquisition Unit can be used for seamless data collection, automatically logging and displaying experimental data. This integration provides real-time results, improving data accuracy and analysis.

SCIENTICO, a leading structural engineering lab equipment manufacturer and lab equipment exporter, ensures that all components are securely stored in custom trays to prevent damage. The SCI-009 Redundant Joint Truss Apparatus comes with a detailed Operation Manual, which provides experiment procedures, sample results, and equipment usage instructions.

Key Features:

• High-quality training module for mechanical, civil, and structural engineering students.
• Enables practical experiments on determinate and indeterminate structures.
• Provides verifiable experimental results for accurate structural analysis.
• Optional Structures Software for additional virtual experiments simulating real-world testing.
• Optional Automatic Data Acquisition Unit for streamlined data collection and analysis.
• Custom storage trays to protect components.
• Detailed Operation Manual with experiment procedures and sample results.

As a trusted lab equipment manufacturer and structural engineering lab equipment exporter, SCIENTICO provides cutting-edge solutions for educational and research purposes in structural engineering.

QnA Section:

Q: How does the load measurement work in this apparatus?

A: The load is applied using a screw thread and electronic load cell, with the Digital Force Display showing the real-time applied load.

Q: Can I perform virtual experiments with the SCI-009?
A: Yes, the Structures Software enables virtual simulations, extending the range of tests and providing additional learning opportunities.

Q: Does the SCI-009 include automatic data collection?
A: Yes, an optional Automatic Data Acquisition Unit automatically collects and logs data, making it easier to analyze results.

Q: Is the SCI-009 suitable for global use?
A: Yes, SCIENTICO is a reputable structural engineering lab equipment exporter, and our products are built to international standards.

SCI-003, SCIENTICO, a trusted lab equipment manufacturer and structural engineering lab equipment exporter, presents the Curved Bar Apparatus with Data Acquisition. This state-of-the-art experimental apparatus enables students and researchers to investigate the relationships between load, horizontal deflection, vertical deflection, and stability in commonly used curved structures and davits, providing both theoretical and practical insights.

The apparatus is precision-engineered to ensure accuracy and reliability. It allows users to perform experiments that compare observed results with theoretical calculations, enhancing their understanding of structural behavior under various loading conditions. Its robust construction and advanced features make it ideal for mechanical, civil, and structural engineering studies.

Advanced Features:

• Comprehensive Analysis: Investigate load-deflection relationships and stability in curved structures with high precision.

• Virtual Experimentation: Optional Structures Software for conducting simulated experiments, including higher loads and varied test specimens, extending beyond physical capabilities.

• Data Acquisition: Optional Automatic Data Acquisition Unit for real-time result logging, ensuring accurate and detailed analysis.

• Precision Design: High-quality components and advanced technology ensure durability and accurate results for long-term educational and research use.

Key Features:

• High-quality structural engineering lab equipment for safe and effective experimentation.

• Enables detailed analysis of curved structures and davits under load conditions.

• Optional Structures Software for extended experiments and result validation.

• Durable and reliable design tailored for educational and industrial applications.

• Supplied with a comprehensive Operation Manual detailing equipment use and experiment procedures.

Why Choose SCIENTICO?

As a renowned lab equipment manufacturer and structural engineering lab equipment exporter, SCIENTICO is committed to delivering premium quality solutions to clients worldwide. Our Curved Bar Apparatus with Data Acquisition meets the highest standards of precision, making it an essential tool for academic institutions and research facilities.

QnA Section:

Q1: What is the purpose of the Curved Bar Apparatus with Data Acquisition? A1: This apparatus is used to study the relationships between load, horizontal deflection, vertical deflection, and stability in curved structures, comparing experimental results with theoretical values.

Q2: Can this apparatus support virtual experiments? A2: Yes, with the optional  Structures Software, users can simulate experiments, extending their learning experience.

Q3: Does it support automatic data acquisition? A3: Absolutely! The optional Automatic Data Acquisition Unit provides seamless result logging and advanced analysis.

Q4: What materials are included in the package? A4: The apparatus includes all necessary components for conducting experiments, along with a detailed Operation Manual.

Q5: Why is SCIENTICO a trusted choice for this equipment? A5: SCIENTICO is a leading lab equipment manufacturer, recognized for its high-quality, innovative tools that cater to global educational and industrial needs.

The Two Hinged Arch Apparatus with Data Acquisition is an advanced educational tool designed for structural engineering studies. It facilitates experiments on two-hinged arches, providing real-time data acquisition and analysis capabilities via a computer interface module and ADA software. The apparatus enables precise investigation into the behavior of two-hinged arches under various loading conditions.

Key Features:

• Automatic Data Acquisition Unit: Interfaces seamlessly with the Structures Range experiments and connects to a PC for enhanced analysis (PC not included).
• ADA Software: Provides real-time data logging, graphical representation, and calculation capabilities to extend the scope of experiments.
• Premium Construction: Engineered with durable materials and advanced manufacturing techniques for reliable performance.
• Comprehensive Experimentation: Allows detailed study of load distribution, support reactions, and structural behavior of two-hinged arches.
• Global Standards: Designed to meet the requirements of Testing Labs, TVET Technical Labs, and Industrial Training Institutions.

Applications:
This apparatus is ideal for educational institutions and research centers to study:

• Load-bearing capacities of two-hinged arches.
• Static and dynamic load distribution.
• Reaction forces and moments at the hinged supports.
• Comparison of experimental results with theoretical calculations.

Quality Assurance:
As a leading Two Hinged Arch Apparatus with Data Acquisition manufacturer and supplier in India, we prioritize delivering precision-engineered products. Using state-of-the-art technology, NaugraLabEquipments ensures that each apparatus meets international quality standards. Our equipment is trusted globally for testing labs, TVET technical labs, and industrial training centers.

Why Choose Us?

• Exceptional Quality: Premium materials and rigorous testing processes ensure long-term reliability.
• Advanced Technology: Equipped with modern data acquisition features for enhanced learning and research.
• Global Reach: Supplying to clients worldwide, including tender supplies for large-scale projects.
• Customization: Tailored solutions for unique requirements in educational and industrial setups.

Model – SCI – 002

SCIENTICO, a leading lab equipment manufacturer and structural engineering lab equipment exporter, introduces the Bending Stress In a Beam with Data Acquisition apparatus. Designed for mechanical, civil, and structural engineering students, this experimental tool enables detailed investigation of stresses and strains in a structure under bending loads.

The apparatus features a robust T-beam that integrates seamlessly into a Structures Test Frame. Using a load cell, students can apply bending forces, which are accurately measured when connected to an optional Digital Force Display. Strain gauges and a digital strain bridge provide precise strain measurements, while dummy strain gauges ensure compensation for temperature variations and maintain balance in the strain bridges. A lead is included for seamless connection to the Digital Force Display.

Advanced Features:

• Virtual Experiments: The optional Structures Software enhances the learning experience by simulating additional experiments, including higher loads, uniform loads, and varied test specimens.

• Data Acquisition: The optional Automatic Data Acquisition Unit, supplied with the Structures Software, enables real-time display and logging of experiment results, enhancing analysis and extending experimental capabilities.

• Comprehensive Documentation: The Operation Manual provides detailed equipment instructions, sample experiment results, and step-by-step experimental procedures.

Key Features:

• High-quality structural engineering lab equipment for safe and practical experimentation.

• Enables detailed study of bending stresses and strains in beams.

• Accurate and realistic experimental results verified by high-precision sensors.

• Optional Structures Software for extended virtual experiments and result validation.

• Automatic data acquisition for seamless result logging and analysis.

• Durable construction for long-term reliability in educational settings.

Why Choose SCIENTICO?

As a globally recognized lab equipment manufacturer and structural engineering lab equipment exporter, SCIENTICO is dedicated to delivering innovative solutions that empower students and researchers. Our Bending Stress In a Beam with Data Acquisition apparatus is designed to meet the needs of modern engineering education, combining precision, durability, and advanced functionality.

QnA Section:

Q1: What is the purpose of this apparatus? A1: The apparatus is used to study stresses and strains in a structure subjected to bending loads, providing insights into bending behavior.

Q2: Can the equipment simulate additional experiments? A2: Yes, with the optional Structures Software, users can perform virtual experiments such as higher loads, uniform loads, and testing different specimens.

Q3: Does it support automatic data acquisition? A3: Absolutely! The optional Automatic Data Acquisition Unit allows for real-time result logging and advanced analysis.

Q4: How does temperature variation affect the results? A4: The apparatus includes dummy strain gauges that compensate for temperature variations, ensuring accurate and reliable measurements.

Q5: Why choose SCIENTICO for this product? A5: SCIENTICO is a trusted lab equipment manufacturer, offering high-quality, innovative tools that meet global standards, making us a preferred choice for educational and research institutions

The SCIENTICO SCI-010 Shear Force in a Beam Apparatus is a practical tool designed for students studying mechanical, civil, and structural engineering. It demonstrates and investigates bending moments and forces within a simply supported beam structure, offering invaluable insights into structural analysis.

The apparatus features a simply supported beam mounted on a Structures Test Frame. The beam is "cut" by a pivot, allowing students to apply loads at set positions using hangers and masses. To prevent the beam from collapsing, a moment arm bridges the cut onto a load cell, which reacts to and measures the bending moment force. The Digital Force Display shows the forces during the experiment, allowing students to analyze the effects of varying loads on the beam.

The Automatic Data Acquisition Unit is available as an option, enabling seamless data collection and analysis. This unit works in conjunction with the Structures Software, providing real-time data logging and virtual experiments that extend the students' learning opportunities.

As a trusted structural engineering lab equipment manufacturer and lab equipment exporter, SCIENTICO ensures that all components are securely stored in custom trays, protecting them from damage during handling. The SCI-010 Shear Force in a Beam Apparatus comes with a comprehensive Operation Manual, which outlines the experiment procedures, sample results, and equipment usage instructions.

Key Features:

• High-quality training module for mechanical, civil, and structural engineering students.
• Allows practical experiments to measure bending moments in a beam.
• Provides realistic and verifiable results for structural analysis.
• Optional Structures Software for additional virtual experiments that simulate and confirm real-world testing.
• Optional Automatic Data Acquisition Unit for efficient data collection and analysis.
• Custom storage trays to protect equipment.
• Detailed Operation Manual with experiment guidelines and sample results.

SCIENTICO, a leading structural engineering lab equipment manufacturer and lab equipment exporter, provides state-of-the-art solutions for educational and professional applications in structural engineering.

QnA Section:

Q: What does the SCIENTICO SCI-010 Shear Force in a Beam Apparatus demonstrate?
A: The SCI-010 demonstrates the bending moments and forces within a simply supported beam, allowing students to analyze how different loads affect structural integrity.

Q: How is the bending moment measured in this apparatus?
A: The bending moment is measured using a load cell connected to a moment arm that bridges the pivot cut in the beam. The Digital Force Display shows the measured force.

Q: Can I perform virtual experiments with the SCI-010?
A: Yes, the Structures Software enables students to simulate additional experiments, offering a broader range of tests and extending the learning experience.

Q: Is automatic data collection available for the SCI-010?
A: Yes, the Automatic Data Acquisition Unit automatically logs and displays experiment data for real-time analysis.

Q: Is the SCI-010 suitable for international use?
A: Yes, SCIENTICO is a reputable structural engineering lab equipment exporter, and all our products meet international standards, making them ideal for global use.