Scientico

Applied Mechanics Lab Equipment – Precision, Quality & Innovation

Applied Mechanics is a crucial branch of engineering that deals with the behavior of physical systems under force and motion. To understand and analyze these principles effectively, Applied Mechanics Lab Equipment plays a vital role in engineering education and research. At SCIENTICO, we provide high-quality, precision-engineered Applied Mechanics Lab Equipment, ensuring accurate experimentation and enhanced learning experiences for students and researchers.

Our lab equipment is designed for mechanical, civil, and structural engineering applications, covering force analysis, motion study, elasticity, vibrations, and structural mechanics. With a focus on high-tech innovation, our MechaTorqX series offers advanced, durable, and user-friendly solutions for engineering training.

Comprehensive Range of Applied Mechanics Lab Equipment1. Force Analysis & Equilibrium Equipment

�� Universal Force Table (MechaTorqX 1360) – Helps students analyze force vectors, equilibrium, and resultant forces using a circular force table with precision scales.
�� Link Polygon Apparatus (MechaTorqX 1340) – Demonstrates force resolution and Bow’s notation method, making it ideal for learning force systems.

2. Motion & Mechanical Systems

�� Universal Joint Apparatus (MechaTorqX 1364) – Demonstrates angular motion transmission and gimbal errors in mechanical systems.
�� Winch Crab Apparatus (MechaTorqX 1368) – Single and double purchase systems to study mechanical advantage and load lifting mechanisms.

3. Material Behavior & Elasticity

�� Young’s Modulus Apparatus (MechaTorqX 1372) – Measures elastic deformation and stress-strain relationships in materials.
�� Rotational Moment of Inertia Apparatus (MechaTorqX 1348) – Allows students to determine moment of inertia using torsional oscillations.

4. Vibrations & Torsion Studies

�� Torsional Vibrational Apparatus (MechaTorqX 1356) – Used for studying torsional stiffness, resonance, and phase changes in rotating shafts.

5. Newtonian Mechanics & Laws of Motion

�� Second Law of Motion Apparatus (MechaTorqX 1352) – A spring-driven device demonstrating Newton’s Second Law of Motion.
�� Pulley Demonstration Set (MechaTorqX 1344) – A versatile unit for understanding mechanical advantage and energy transfer in pulley systems.

SCIENTICO – Your Partner in Engineering Excellence

By choosing SCIENTICO, you invest in superior quality, accurate results, and cutting-edge technology. Our MechaTorqX series Applied Mechanics Lab Equipment ensures practical learning, real-world applications, and in-depth knowledge for students and researchers.

�� Contact us today to get the best solutions for your Applied Mechanics Lab!

Cam Mechanism – MechaTorqX 1305Precision Applied Mechanics Lab Equipment by SCIENTICO

SCIENTICO presents the MechaTorqX 1305 Cam Mechanism, an advanced training apparatus designed for engineering and mechanical laboratories. As a leading Applied Mechanics Lab Equipment manufacturer, we ensure high precision and durability, making this unit an essential tool for studying cam mechanisms in mechanical systems.

This Applied Mechanics Lab Equipment helps students and researchers understand how cam mechanisms convert uniform rotary motion into variable motion, with or without latching. As a trusted Mechanical Lab Equipment manufacturer, SCIENTICO guarantees top-quality materials and a user-friendly design, ensuring seamless operation in academic and research settings.

Features of MechaTorqX 1305 Cam Mechanism:

✔ Versatile Cam Shapes – Includes circular arc, tangent, hollow, and asymmetric cams.
✔ Multiple Engaging Members – Roller plunger, flat plunger, and cam follower for experimentation.
✔ Tool-Free Assembly – Easy exchange of cams and engaging members without tools.
✔ Accurate Stroke Measurement – Dial gauge for precise stroke determination.
✔ Angular Scale – Measures angles of rotation from 0 to 360° with 1° graduation.

Technical Specifications:

🔹 Angular Scale: 0–360° (graduation: 1°)
🔹 Dial Gauge for Stroke Measurement: 0–30mm (graduation: 0.01mm)
🔹 Dimensions (LxWxH): 160x160x300mm
🔹 Weight: Approx. 7kg

Applications of MechaTorqX 1305 Cam Mechanism:

🔹 Ideal for engineering colleges and universities for hands-on learning.
🔹 Used in applied mechanics and kinematics research.
🔹 Helps understand motion conversion in mechanical systems.
🔹 Supports industry-based training programs for mechanical engineers.

Why Choose SCIENTICO?

SCIENTICO is a trusted Applied Mechanics Lab Equipment exporter, delivering high-quality lab solutions to institutions worldwide. Our Mechanical Lab Equipment exporter division ensures that all products meet international standards, offering reliability, precision, and durability.

Q&A Section

🔹 Q: What is the primary purpose of the MechaTorqX 1305 Cam Mechanism?
✅ This unit demonstrates the function of cam mechanisms, converting uniform rotary motion into variable motion with precision.

🔹 Q: Can the cams and engaging members be exchanged?
✅ Yes! The cam and engaging members can be swapped easily without requiring tools, allowing flexible experimentation.

🔹 Q: Do you export Applied Mechanics Lab Equipment internationally?
✅ Absolutely! As a reputed Applied Mechanics Lab Equipment exporter, we supply our products globally with assured quality and compliance.

🔹 Q: How can I place an order for bulk purchases?
✅ You can contact SCIENTICO via IndiaMART or visit our official website for bulk orders and customized solutions.

Upgrade your laboratory with the MechaTorqX 1305 Cam Mechanism, expertly designed by SCIENTICO—your trusted Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter.

Bending Moment Apparatus – MechaTorqX 1301Advanced Applied Mechanics Lab Equipment by SCIENTICO

SCIENTICO presents the MechaTorqX 1301 Bending Moment Apparatus, a precision-engineered testing unit designed for engineering and mechanical laboratories. As a trusted Applied Mechanics Lab Equipment manufacturer, we ensure that this apparatus provides accurate results for bending moment and shear force experiments.

This Applied Mechanics Lab Equipment is essential for students and researchers studying structural mechanics, helping them understand the impact of forces on beams under different loading conditions. As a leading Mechanical Lab Equipment manufacturer, SCIENTICO guarantees high-quality materials, durability, and compliance with global educational and research standards.

Features of MechaTorqX 1301 Bending Moment Apparatus:

✔ Hinged Beam Connection – Comprising long and short sections of a teak wood beam with a hinge.
✔ Spring Balance Mechanism – Adjustable screws for accurate bending moment calculations.
✔ Shear Force Measurement – Special attachment for precise shear force determination.
✔ Sturdy Design – 1-meter span with strong supports for stable experimentation.
✔ Restoration Mechanism – Spirit level provided for restoring the loaded beam to its original position.
✔ Complete Experiment Set – Comes with a weight set and loading hangers.

Applications of MechaTorqX 1301 Bending Moment Apparatus:

🔹 Used in engineering colleges and universities for practical training.
🔹 Essential for structural analysis, mechanical testing, and applied mechanics studies.
🔹 Supports research on shear force and bending moment distribution.
🔹 Ideal for industry-oriented skill development programs.

RANGE OF EXPERIMENTS:

🔹 Determination of shear force under different loading conditions.
🔹 Calculation of bending moment at various points along the beam.
🔹 Development of influence line diagrams for bending moment and shear force.

Why Choose SCIENTICO?

As a reputed Applied Mechanics Lab Equipment exporter, SCIENTICO ensures that all Mechanical Lab Equipment meets industry standards, providing precise, durable, and easy-to-use training solutions. With a strong presence as a Mechanical Lab Equipment exporter, we cater to academic institutions and research facilities worldwide.

Q&A Section

🔹 Q: What makes the MechaTorqX 1301 Bending Moment Apparatus unique?
✅ This apparatus offers precise force and moment calculations with an adjustable spring balance mechanism, making it an essential tool for structural mechanics experiments.

🔹 Q: Can this equipment be customized for specific research needs?
✅ Yes! As a leading lab equipment manufacturer, we offer customization options to suit institutional and industrial requirements.

🔹 Q: Do you export Applied Mechanics Lab Equipment internationally?
✅ Absolutely! As an Applied Mechanics Lab Equipment exporter, we provide global shipping with assured quality and compliance.

🔹 Q: How do I place an order for bulk purchases?
✅ You can contact SCIENTICO via IndiaMART or visit our official website for bulk orders and customized solutions.

Equip your lab with the MechaTorqX 1301 Bending Moment Apparatus, engineered by SCIENTICO—your trusted Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter

Cantilever Beam Apparatus – MechaTorqX 1309High-Precision Applied Mechanics Lab Equipment by SCIENTICO

SCIENTICO introduces the MechaTorqX 1309 Cantilever Beam Apparatus, a high-quality training unit designed for engineering and mechanical laboratories. As a leading Applied Mechanics Lab Equipment manufacturer, we ensure superior precision and durability, making this apparatus ideal for studying deflection and load analysis in cantilever beams.

This Applied Mechanics Lab Equipment is essential for students and researchers analyzing structural behavior under various loading conditions. As a trusted Mechanical Lab Equipment manufacturer, SCIENTICO guarantees premium materials, a robust design, and compliance with educational and research standards.

Features of MechaTorqX 1309 Cantilever Beam Apparatus:

✔ L-Shaped Stainless Steel Beam – Provides durability and stability during experiments.
✔ Graduated Horizontal & Vertical Arms – 75 cm horizontal arm and 20 cm vertical arm for accurate load application.
✔ High-Capacity Spring Balance – 10 kg capacity to maintain horizontal alignment under any load.
✔ Sliding Slotted Weight Set – Includes weights ranging from 100 gm to 1 kg for load variation.
✔ Analog Display for Measurement – Ensures precise load deflection readings.
✔ Sturdy Construction – Corrosion-resistant stainless steel for long-lasting use.

Technical Specifications:

🔹 Material: Stainless Steel
🔹 Weight Set: 100 gm to 1 kg (sliding slotted)
🔹 Horizontal Arm: 75 cm
🔹 Vertical Arm: 20 cm
🔹 Spring Balance Capacity: 10 kg
🔹 Display: Analog
🔹 Frequency: 50 Hz

Applications of MechaTorqX 1309 Cantilever Beam Apparatus:

🔹 Essential for engineering colleges and universities for practical demonstrations.
🔹 Used in applied mechanics and structural analysis research.
🔹 Helps students understand deflection, bending moments, and load distribution.
🔹 Supports mechanical engineering training programs for industry applications.

Why Choose SCIENTICO?

As a recognized Applied Mechanics Lab Equipment exporter, SCIENTICO ensures that all our Mechanical Lab Equipment meets international quality standards. Our expertise as a Mechanical Lab Equipment exporter allows us to supply institutions worldwide, guaranteeing precision, reliability, and long-lasting performance.

Q&A Section

🔹 Q: What is the primary purpose of the MechaTorqX 1309 Cantilever Beam Apparatus?
✅ This unit is designed to study deflection, load distribution, and bending moments in cantilever beams.

🔹 Q: Can the load weights be adjusted during experiments?
✅ Yes! The sliding slotted weight set (100 gm to 1 kg) allows for flexible load variation.

🔹 Q: Do you export Applied Mechanics Lab Equipment internationally?
✅ Absolutely! As a trusted Applied Mechanics Lab Equipment exporter, we deliver globally with assured quality.

🔹 Q: How do I place a bulk order for this equipment?
✅ You can contact SCIENTICO via IndiaMART or visit our official website for bulk orders and customization options.

Enhance your laboratory setup with the MechaTorqX 1309 Cantilever Beam Apparatus, engineered by SCIENTICO—your trusted Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter.

Advanced Applied Mechanics Lab Equipment by SCIENTICO

The MechaTorqX 1340 Link Polygon Apparatus is an essential Mechanical Lab Equipment designed for studying force equilibrium and concurrent force systems. This unit allows students to explore the relationship between multiple forces acting at different angles and validate Bow’s Notation and force polygons.

Engineered for accuracy and versatility, this apparatus is a must-have for educational institutions and laboratories focused on applied mechanics. As a trusted Applied Mechanics Lab Equipment manufacturer, SCIENTICO ensures durable and high-performance equipment for practical demonstrations and experiments.

Features of MechaTorqX 1340 Link Polygon Apparatus

✔ Force Equilibrium Study – Demonstrates force equilibrium using concurrent and non-concurrent force systems, allowing students to understand force polygons and the triangle of forces.
✔ Multiple Force Application – The apparatus can be used to apply up to five forces at different angles using cords, rings, pulleys, and weights.
✔ Graphical Force Analysis – Introduces Bow’s Notation and the drawing method for force calculation and equilibrium analysis.
✔ Magnetic Mount System – Features magnetic protractors, pulleys, and mounts for easy and flexible setup on a work panel.
✔ Accurate Theoretical Comparison – Allows students to measure forces at equilibrium and compare experimental data with theoretical values.
✔ Comprehensive Experimentation Kit – Comes with masses, hooks, pulleys, spring balance, and protractors to perform a variety of force analysis experiments.
✔ Fully Illustrated User Guide – Includes detailed theory, experiments, and typical results for a complete learning experience.

Technical Specifications

🔹 Model: MechaTorqX 1340
🔹 Force Application: Up to five forces at different angles
🔹 Measurement Tools:

• Magnetic protractors for angle measurement
• Spring balance for force measurement
• Pulleys and cords for force distribution
  🔹 Materials: High-quality stainless steel and precision-machined components for durability
  🔹 Mounting: Magnetic mounts for flexible setup on a work panel
  🔹 Included Accessories:
• Masses and hooks
• Rings and cords
• Pulleys with bearings for low friction
  🔹 Dimensions: Compact and bench-top design

Learning Objectives / Experiments with MechaTorqX 1340

🔹 Study of Coplanar Forces: Analyze three or more concurrent forces and study force polygons.
🔹 Graphical Solution of Forces: Learn to determine forces using the force triangle and polygon method.
🔹 Comparison of Theoretical vs. Experimental Values: Validate force equilibrium principles using measurements and graphical calculations.
🔹 Analysis of Bow’s Notation: Introduces students to Bow’s Notation for force analysis.
🔹 Work Panel-Based Experimentation: The magnetic mounting system allows for easy experimental setup and variations.

Applications of MechaTorqX 1340 Link Polygon Apparatus

🔹 Ideal for applied mechanics and mechanical engineering courses.
🔹 Used to demonstrate force equilibrium, force vectors, and graphical force solutions.
🔹 Perfect for teaching engineering mechanics, statics, and structural analysis in mechanical labs.

Why Choose SCIENTICO?

As a leading Mechanical Lab Equipment exporter, SCIENTICO provides high-quality and durable Applied Mechanics Lab Equipment designed for accurate and efficient mechanical engineering experiments. Our MechaTorqX 1340 Link Polygon Apparatus is an industry-standard educational tool for practical learning and force equilibrium analysis.

 

Centrifugal Force Apparatus – MechaTorqX 1313High-Precision Applied Mechanics Lab Equipment by SCIENTICO

SCIENTICO introduces the MechaTorqX 1313 Centrifugal Force Apparatus, a state-of-the-art training unit designed for engineering and mechanical laboratories. As a leading Applied Mechanics Lab Equipment manufacturer, we ensure precision, reliability, and durability, making this apparatus essential for studying centrifugal force principles in motion dynamics.

This Applied Mechanics Lab Equipment allows students and researchers to analyze the effects of rotational motion on mass and verify theoretical centrifugal force formulas. As a trusted Mechanical Lab Equipment manufacturer, SCIENTICO ensures top-quality materials and an easy-to-use design for seamless experimentation.

Features of MechaTorqX 1313 Centrifugal Force Apparatus:

✔ Low-Friction Bobbin on a Track – Ensures smooth movement with minimal resistance.
✔ Rotating Mechanism – Provides controlled and precise rotational motion.
✔ Newton Spring Scale – Measures centrifugal force accurately at different radii.
✔ Variable Rotation Radius – Enables experiments with different force conditions.
✔ Light Gate Compatibility – Can be integrated with external light gates for precise frequency measurement.
✔ Sturdy & Compact Design – Built for long-term durability and ease of use in lab environments.

Technical Specifications:

🔹 Model: MechaTorqX 1313
🔹 Measurement Method: Newton spring scale
🔹 Rotation Frequency Measurement: Compatible with light gates
🔹 Material: High-grade stainless steel & aluminum components
🔹 Track Type: Low-friction precision track
🔹 Weight: Optimized for stability and portability

Applications of MechaTorqX 1313 Centrifugal Force Apparatus:

🔹 Ideal for engineering colleges and universities for practical physics and mechanics demonstrations.
🔹 Essential for studying centrifugal force principles and verifying theoretical calculations.
🔹 Supports mechanical engineering and dynamics research.
🔹 Used in industry training programs related to rotational motion and forces.

Why Choose SCIENTICO?

As a recognized Applied Mechanics Lab Equipment exporter, SCIENTICO ensures that all our Mechanical Lab Equipment meets global quality standards. Our expertise as a Mechanical Lab Equipment exporter enables us to supply institutions worldwide, guaranteeing high-precision, reliable, and long-lasting performance.

Q&A Section

🔹 Q: What is the primary function of the MechaTorqX 1313 Centrifugal Force Apparatus?
✅ This apparatus demonstrates and measures centrifugal force using a Newton spring scale while allowing students to verify theoretical force formulas.

🔹 Q: Can the frequency of rotation be measured accurately?
✅ Yes! The apparatus is compatible with light gates for precise frequency measurement.

🔹 Q: Do you export Applied Mechanics Lab Equipment internationally?
✅ Absolutely! As a trusted Applied Mechanics Lab Equipment exporter, we supply high-quality lab equipment globally.

🔹 Q: How can I place a bulk order for this equipment?
✅ You can contact SCIENTICO via IndiaMART or visit our official website for bulk orders and customization options.

Upgrade your laboratory with the MechaTorqX 1313 Centrifugal Force Apparatus, engineered by SCIENTICO—your trusted Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter.

Friction Slide Apparatus – MechaTorqX 1325Advanced Applied Mechanics Lab Equipment by SCIENTICO

SCIENTICO introduces the MechaTorqX 1325 Friction Slide Apparatus, an essential experimental tool for studying friction, force equilibrium, and the coefficient of friction. As a leading Applied Mechanics Lab Equipment manufacturer, we offer this apparatus with precise design and robust construction for detailed investigations in mechanical and engineering laboratories.

This Applied Mechanics Lab Equipment enables students and researchers to explore frictional forces and the factors influencing motion on inclined planes. The Friction Slide Apparatus is perfect for understanding the principles of static and kinetic friction, making it a vital tool for educational and research purposes. As a trusted Mechanical Lab Equipment manufacturer, SCIENTICO ensures durability and precision for every experiment.

Features of MechaTorqX 1325 Friction Slide Apparatus:

✔ Sturdy Aluminum Base Plate – Provides a stable and durable platform for experiments.
✔ Adjustable Steel Plane – Allows for angular adjustments between ±45° for a wide range of friction studies.
✔ Multiple Slider Trays – Comes with composite trays made of aluminum & steel and nylon & brass for versatile experiments.
✔ Hanger and Weight Set – Allows you to measure the force required to move the tray on the inclined plane.
✔ Pulley and Bearing Mechanism – Reduces friction and ensures accurate measurements of sliding forces.
✔ Equilibrium of Forces Exercise – Demonstrates force balance and friction calculations for educational purposes.

Technical Specifications:

🔹 Model: MechaTorqX 1325
🔹 Material: Sturdy aluminum base with steel and composite trays
🔹 Angle Range: Adjustable steel plane from ±45°
🔹 Weight Set: Comes with a weight set for sliding force measurement
🔹 Pulley and Bearing: Integrated for smooth motion and accurate results
🔹 Measurement Method: Coefficient of friction and force required to initiate sliding

Applications of MechaTorqX 1325 Friction Slide Apparatus:

🔹 Ideal for mechanical engineering and applied mechanics labs in educational institutions.
🔹 Essential for studying frictional forces, static friction, and the equilibrium of forces.
🔹 Supports research on material properties and friction coefficients under various conditions.
🔹 Used in industrial training programs related to friction and material science.

Why Choose SCIENTICO?

As a trusted Applied Mechanics Lab Equipment exporter, SCIENTICO ensures that all our Mechanical Lab Equipment meets international quality standards. Our reputation as a Mechanical Lab Equipment exporter allows us to supply reliable, precise, and durable lab solutions globally, enhancing laboratory experiments and research studies.

Q&A Section

🔹 Q: What is the primary function of the MechaTorqX 1325 Friction Slide Apparatus?
✅ This apparatus is designed to measure the force required to move a tray on an inclined plane, allowing students to study friction and determine the coefficient of friction.

🔹 Q: Can the angle of the steel plane be adjusted for various experiments?
✅ Yes! The steel plane can be adjusted between ±45°, allowing experimentation with different slopes.

Upgrade your laboratory with the MechaTorqX 1325 Friction Slide Apparatus, expertly designed by SCIENTICO—your trusted Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter.

Pulley Demonstration Set – MechaTorqX 1344Advanced Applied Mechanics Lab Equipment by SCIENTICO

The MechaTorqX 1344 Pulley Demonstration Set is a highly versatile and durable apparatus for demonstrating the mechanics of pulleys and their applications in force transmission and mechanical advantage. This equipment is ideal for mechanical lab experiments and engineering physics demonstrations.

Designed for educational institutions, this unit provides a clear and practical understanding of single and multiple pulley systems, making it a perfect choice for mechanical and applied mechanics labs.

As a leading Applied Mechanics Lab Equipment manufacturer and exporter, SCIENTICO ensures precision-engineered laboratory apparatus that meets global academic and industrial standards.

Features of MechaTorqX 1344 Pulley Demonstration Set

✔ Comprehensive Pulley System – Includes single, triple tandem, and quadruple pulleys to demonstrate various pulley configurations.
✔ Mechanical Advantage Demonstration – Showcases force differences between single and multiple pulleys, helping students understand energy efficiency in mechanical systems.
✔ Robust Construction – Built with a sturdy metal base and high-quality steel rods, ensuring long-term durability in classrooms and labs.
✔ Customizable Setup – The right-angled clamps and collars with hooks allow flexible positioning for different experimental configurations.
✔ Hands-On Learning – Perfect for physics and engineering students to explore the principles of force, load distribution, and work-energy calculations in pulley systems.
✔ Sensor-Compatible – Can be integrated with computer sensors (not included) to perform data-driven physics experiments.
✔ Complete Set for Lab Use – Comes with cord rolls, slotted brass mass sets, weight hangers, and clamps for a comprehensive learning experience.

Technical Specifications

🔹 Model: MechaTorqX 1344
🔹 Stand Height: 32 inches
🔹 Base Width: 7.8 inches
🔹 Material: High-quality steel rods and metal base
🔹 Pulley Types:

• 8x single pulleys
• 2x triple tandem pulleys
• 2x quadruple pulleys
  🔹 Included Accessories:
• Wooden base (81 x 20 cm) with capstan and eye hook
• 3 steel rods (12.5mm diameter, 81 cm length)
• 8 collars with hooks for pulley attachment
• 3 right-angled clamps for rod support
• 1 wheel & axle
• 4 rolls of cord for experiments
• 1 tommy bar for tightening vertical rods
  🔹 Weight Set Includes:
• Slotted brass masses (2x10g, 2x20g, 2x50g, 4x100g, 4x200g, 1x500g)
• Brass weight hangers (5x50g, 1x20g, 1x10g)

Learning Objectives / Experiments with MechaTorqX 1344

🔹 Understanding Mechanical Advantage – Compare single and multiple pulley setups to analyze force reduction and efficiency.
🔹 Work and Energy Calculations – Measure force applied vs. output force to determine the efficiency of pulley systems.
🔹 Vector Force Analysis – Observe force resolution and equilibrium in various pulley configurations.
🔹 Integration with Sensors – Connect to computerized systems (not included) for data collection and analysis in physics experiments.
🔹 Dynamic Pulley Systems – Demonstrate how pulley configurations impact force distribution and motion mechanics.

Applications of MechaTorqX 1344 Pulley Demonstration Set

🔹 Ideal for physics and mechanical engineering labs for pulley mechanics demonstrations.
🔹 Used in educational institutions to teach mechanical advantage principles.
🔹 Beneficial for hands-on training in mechanics, applied physics, and engineering studies.
🔹 Essential for force analysis experiments in mechanical lab equipment setups.

Second Law of Motion Apparatus – MechaTorqX 1352Applied Mechanics Lab Equipment by SCIENTICO

The MechaTorqX 1352 Second Law of Motion Apparatus is designed to demonstrate Newton’s Second Law of Motion using a spring-driven heavy metal mechanism. This robust unit allows students to visualize force, acceleration, and mass relationships, making it ideal for physics and mechanics labs.

Features & Benefits

✔ Spring-Driven Mechanism – Provides two tension settings for varied demonstrations.
✔ Durable Metal Construction – Built for long-term lab use.
✔ Compact & Stable Design – Can be clamped to a support stand or table.
✔ Complete Experiment Kit – Includes two steel balls (one drilled) for comparative motion analysis.
✔ Blue Powder-Coated Base – Ensures durability and corrosion resistance.

Technical Specifications

🔹 Model: MechaTorqX 1352
🔹 Spring Gun: Two tension settings
🔹 Base Size: 10” x 2.5” (Painted Blue)
🔹 Rod Length: 7.5” (0.50” diameter)
🔹 Clamping: Can be mounted on a table clamp or support stand
🔹 Includes: Two steel balls (one drilled)

Learning Objectives / Experiments

🔹 Demonstrate Newton’s Second Law of Motion
🔹 Study the effects of mass and force on acceleration
🔹 Analyze projectile motion using different tensions
🔹 Understand horizontal & vertical motion principles

Applications

🔹 Physics & Mechanical Engineering Labs
🔹 Educational Institutions & Research Centers
🔹 Newton’s Laws & Motion Studies

Why Choose SCIENTICO?

SCIENTICO is a leading Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter, delivering precision-engineered lab apparatus. Our MechaTorqX 1352 ensures accurate demonstrations for educational and research applications.

Q&A Section

🔹 Q: What does this apparatus demonstrate?
✅ It demonstrates Newton’s Second Law of Motion using a spring-driven mechanism.

🔹 Q: How does the spring gun function?
✅ The spring gun offers two tension settings, launching steel balls at different speeds to observe motion.

🔹 Q: Why are two steel balls included?
✅ One of the balls is drilled, allowing students to compare free fall and projectile motion, proving that both hit the ground simultaneously.

🔹 Q: Is this apparatus suitable for classroom experiments?
✅ Yes! It’s built for classroom durability, easy mounting, and long-term educational use.

🔹 Get the MechaTorqX 1352 Second Law of Motion Apparatus for your lab today!

📞 Contact SCIENTICO for pricing & bulk orders!

Universal Force Table – MechaTorqX 1360Precision Force Measurement Apparatus for Engineering Labs

The MechaTorqX 1360 Universal Force Table is an essential Applied Mechanics Lab Equipment designed to study equilibrium of concurrent forces. Built for high accuracy and durability, this apparatus provides hands-on learning for vector mechanics, force resolution, and equilibrium conditions.

Features & Benefits

✔ High-Precision Force Analysis – The 400mm diameter cast aluminum table is graduated in 360°, allowing precise force vector analysis.
✔ Stable & Adjustable Base – The cast iron base with leveling screws ensures stability and accuracy.
✔ Multiple Force Configurations – Six brass nickel-plated slotted weight sets allow diverse force simulations.
✔ Flexible Positioning – The table can be fixed in any desired position for various experimental setups.
✔ Sliding Clamping Pulleys – Includes six pulleys to enable smooth force application.
✔ Ideal for Engineering Labs – Perfect for force resolution, equilibrium experiments, and mechanics studies.

Technical Specifications

🔹 Model: MechaTorqX 1360
🔹 Table Material: Cast Aluminum, 400mm diameter
🔹 Base Material: Cast Iron, with leveling screws
🔹 Graduation: 360° precision marking
🔹 Weight Set: Six sets of brass nickel-plated slotted weights
🔹 Weight Details: Each set contains nine weights + one 50g hanger
🔹 Pulleys: Six sliding clamping pulleys for force adjustment

Learning Objectives / Experiments

🔹 Study equilibrium of concurrent forces
🔹 Resolve and analyze force components
🔹 Verify Lami’s Theorem and force parallelogram laws
🔹 Understand force vector addition and resolution
🔹 Conduct precise static equilibrium experiments

Applications

🔹 Mechanical & Civil Engineering Labs
🔹 Physics & Applied Mechanics Research
🔹 Structural & Material Testing Laboratories
🔹 Education & Training Institutes

Why Choose SCIENTICO?

SCIENTICO is a trusted Mechanical Lab Equipment manufacturer and exporter, offering high-precision, durable, and reliable laboratory instruments. The MechaTorqX 1360 Universal Force Table is engineered for academic, research, and industrial applications, ensuring accurate, repeatable results.

Q&A Section

🔹 Q: What experiments can be conducted with this force table?
✅ It is used for force equilibrium studies, vector analysis, Lami’s theorem verification, and concurrent force analysis.

🔹 Q: Is the table adjustable for different force angles?
✅ Yes, the 360° graduated table can be fixed at any angle for various experiments.

🔹 Q: Does it include weights for experiments?
✅ Yes, it comes with six sets of nickel-plated slotted weights and hangers.

🔹 Q: Is the base sturdy enough for precision experiments?
✅ Yes, the cast iron base with leveling screws ensures maximum stability and accuracy.

📞 Order the MechaTorqX 1360 Universal Force Table today for your lab!

💡 Contact SCIENTICO for pricing & bulk orders.

Universal Joint Apparatus – MechaTorqX 1364Precision Benchtop Trainer for Gimbal Error & Angular Motion Studies

The MechaTorqX 1364 Universal Joint Apparatus is designed for the study of angular motion transmission, gimbal error, and error rectification using couplings. This benchtop unit allows students to observe the mechanics of universal joints and how deflection angles affect power transmission. Ideal for mechanical engineering labs, this apparatus provides hands-on training for understanding universal joints and torque transfer in shaft systems.

Features & Benefits

✔ Hands-On Learning – Demonstrates gimbal error and its rectification in articulated joints.
✔ Precision Angle Measurement – Transparent plastic angle scales allow accurate deflection angle readings.
✔ Industrial-Grade Components – Uses standard industrial universal joints for real-world applications.
✔ Adjustable Deflection Angles – Both joints have individually adjustable deflection angles for in-depth study.
✔ Smooth Operation – Ball-bearing mounted shaft ends ensure friction-free rotation.
✔ Durable & Compact Design – Solid painted base plate ensures stability and longevity.

Technical Specifications

🔹 Model: MechaTorqX 1364
🔹 Deflection Angle Measurement: Dual individually adjustable joint angles
🔹 Angle Scales: Transparent plastic for precision readings
🔹 Drive Mechanism: Handwheel operation
🔹 Shaft Support: Ball-bearing mounted shaft ends
🔹 Base Plate: Sturdy, painted metal construction
🔹 Dimensions: 360 × 280 × 185 mm

Learning Objectives / Experiments

🔹 Study of universal joint mechanics
🔹 Observation of gimbal error and its correction
🔹 Analysis of angular displacement in power transmission
🔹 Understanding torque transfer in jointed shaft systems

Applications

🔹 Mechanical Engineering Training Labs
🔹 Automotive & Industrial Engineering Research
🔹 Machine Dynamics & Kinematics Studies
🔹 Education & Technical Training Institutes

Why Choose SCIENTICO?

SCIENTICO is a leading Mechanical Lab Equipment manufacturer and exporter, providing high-precision training apparatus for engineering education and research. The MechaTorqX 1364 Universal Joint Apparatus is built to deliver accurate, real-world learning experiences for students and professionals.

Q&A Section

🔹 Q: What does this apparatus demonstrate?
✅ It demonstrates angular motion transmission, gimbal error, and error rectification in universal joints.

🔹 Q: How does it help in studying power transmission?
✅ By using dual couplings and a split intermediate shaft, it shows how joint angles impact torque transfer.

🔹 Q: Can the deflection angle be adjusted?
✅ Yes, the deflection angles of both joints can be individually set and measured.

🔹 Q: Is it suitable for engineering students?
✅ Absolutely! It is ideal for mechanical engineering labs, training centers, and research applications.

📞 Order the MechaTorqX 1364 Universal Joint Apparatus today!

💡 Contact SCIENTICO for pricing & bulk orders.

Coriolis Force Apparatus — FrixoDynamics 518

SCIENTICO — Manufacturer and Exporter of Mechanics and Structural Engineering Laboratory Equipment

The Coriolis Force Apparatus (FrixoDynamics 518) is a state-of-the-art laboratory apparatus designed to aid in understanding and demonstrating Coriolis force and its effects on moving fluids and objects. This apparatus is widely used in engineering labs, technical institutions, and schools to provide a clear, hands-on visualization of this inertial phenomenon and its role in atmospheric, ocean, and mechanical systems.

Experiments

• Inertial or apparent force.
•Visualization of the Coriolis force effect.
•Interference of a rotational movement on a translational movement.

Specifications

• Transparent water tank with submersible pump for a clear view of the liquid flow.
• Water jet’s deflection in radial direction, depending on rotation speed and direction.
• Scale for directly measuring the deflection of the water jet.
• Closed water circulation for repeated and controlled experiments.
• Speed sensor with digital display for accurate rotation speed monitoring.

Description

Coriolis force refers to the deflection of a moving object’s path due to the rotation of its frame of reference — a phenomenon profoundly influenced by the rotation of the Earth itself. This apparatus is designed to demonstrate this concept in a clear, interactive, and measurable way.
The Coriolis Force Apparatus consists of a horizontal rotating arm mounted on a base. The arm carries a transparent water tank equipped with a submersible pump. This pump emits a jet of water in a radial direction.
As the arm rotates, the trajectory of the water jet deflects due to the Coriolis force — depending directly on the arm’s rotation speed and direction. A scale is provided alongside the water jet’s path to enable users to directly measure the degree of deflection.
Additionally, a digital speed sensor displays the rotation speed in real time. This combination of controlled rotation, liquid flow, and accurate measurement allows for a clear observation and understanding of the Coriolis phenomenon — a key concept in geophysics, meteorology, and mechanical sciences.

Compound Pendulum – MechaTorqX 1317Precision Applied Mechanics Lab Equipment by SCIENTICO

SCIENTICO introduces the MechaTorqX 1317 Compound Pendulum, an essential apparatus designed for engineering and mechanical laboratories. As a leading Applied Mechanics Lab Equipment manufacturer, we ensure high precision, durability, and ease of use, making this unit ideal for studying pendulum motion, time periods, and frequency variations in compound pendulums.

This Applied Mechanics Lab Equipment allows students and researchers to analyze oscillatory motion by adjusting pivot points and mass distribution. As a trusted Mechanical Lab Equipment manufacturer, SCIENTICO ensures a robust design with reliable measurement accuracy.

Features of MechaTorqX 1317 Compound Pendulum:

✔ High-Precision Design – Allows accurate study of time period and frequency.
✔ Adjustable Pivot Point – Enables experimentation with different pendulum lengths.
✔ Metallic Rod with Movable Masses – Provides flexibility in mass distribution.
✔ Durable Construction – Made of high-grade stainless steel for long-lasting use.
✔ Easy Setup – Simple assembly for quick experimentation in lab environments.

Technical Specifications:

🔹 Model: MechaTorqX 1317
🔹 Pendulum Type: Compound Pendulum
🔹 Material: Stainless Steel Rod with Metallic Ball Weights
🔹 Adjustable Pivot Points: Yes
🔹 Time Period & Frequency Study: Enabled

Applications of MechaTorqX 1317 Compound Pendulum:

🔹 Ideal for engineering colleges and universities for practical mechanics experiments.
🔹 Essential for studying oscillatory motion and frequency variations.
🔹 Supports research in applied mechanics and physics.
🔹 Used in industry training programs related to pendulum dynamics.

Why Choose SCIENTICO?

As a trusted Applied Mechanics Lab Equipment exporter, SCIENTICO ensures all our Mechanical Lab Equipment meets international standards. Our reputation as a Mechanical Lab Equipment exporter allows us to supply high-quality lab solutions worldwide, ensuring reliability, precision, and durability.

Q&A Section

🔹 Q: What is the primary function of the MechaTorqX 1317 Compound Pendulum?
✅ This apparatus is designed to study the time period and frequency of a compound pendulum by varying pivot points and mass distribution.

🔹 Q: Can the pendulum's pivot point be adjusted?
✅ Yes! The metallic rod can be pivoted at different points for varied experimental setups.

🔹 Q: Do you export Applied Mechanics Lab Equipment internationally?
✅ Absolutely! As a renowned Applied Mechanics Lab Equipment exporter, we supply globally with assured quality.

🔹 Q: How can I place an order for bulk purchases?
✅ You can contact SCIENTICO via IndiaMART or visit our official website for bulk orders and customized solutions.

Enhance your laboratory with the MechaTorqX 1317 Compound Pendulum, expertly designed by SCIENTICO—your trusted Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter.

Gear Train Model – MechaTorqX 1329Advanced Mechanical Lab Equipment by SCIENTICO

SCIENTICO presents the MechaTorqX 1329 Gear Train Model, a high-precision Applied Mechanics Lab Equipment designed to demonstrate the functionality of a differential gear train. This advanced mechanism, made up entirely of spur gears, offers a hands-on experience for understanding complex gear train operations and is an ideal addition to any mechanical or engineering lab.

The MechaTorqX 1329 showcases the operation of a differential gear train, which consists of two planetary gear trains with coaxial sun gears. It is perfect for illustrating torque distribution and the principles behind differential motion. As a trusted Mechanical Lab Equipment manufacturer, SCIENTICO ensures durability, precision, and ease of use for both educational and research purposes.

Features of MechaTorqX 1329 Gear Train Model:

✔ Differential Gear Train Design – Demonstrates the working of a differential gear system using spur gears.
✔ Two Coaxial Sun Gears – The model includes two planetary gear trains with coaxial sun gears for optimal demonstration of differential motion.
✔ Flexible Input Control – Allows for two controllable inputs, with the ability to hold one wheel and observe the motion of the others.
✔ Durable Construction – Made with high-quality materials to ensure long-lasting functionality and accurate performance.
✔ Hands-On Learning Tool – Ideal for students and engineers to study differential gear systems and torque transfer.

Technical Specifications:

🔹 Model: MechaTorqX 1329
🔹 Type: Differential Gear Train
🔹 Gears: Spur Gears
🔹 Sun Gears: Two coaxial sun gears
🔹 Functionality: Demonstrates the working of a differential gear system with two controllable inputs
🔹 Material: High-grade materials for durability and precise operation

Applications of MechaTorqX 1329 Gear Train Model:

🔹 Ideal for mechanical engineering and applied mechanics laboratories.
🔹 Perfect for understanding differential gear trains used in vehicles, machinery, and other engineering applications.
🔹 Essential for studying torque distribution and rotational dynamics in mechanical systems.
🔹 Used in automobile engineering courses for understanding power distribution and drivetrains.

Why Choose SCIENTICO?

As a trusted Applied Mechanics Lab Equipment exporter, SCIENTICO ensures that all our Mechanical Lab Equipment meets international standards. Our experience as a Mechanical Lab Equipment exporter allows us to deliver high-quality, reliable, and durable lab solutions for institutions worldwide.

Q&A Section

🔹 Q: What is the primary function of the MechaTorqX 1329 Gear Train Model?
✅ This model demonstrates the working principles of a differential gear train, showcasing how torque is transferred between gears using two controllable inputs.

🔹 Q: Can the gears be adjusted to different configurations?
✅ While the configuration of the gears remains fixed, the input control allows for different operational scenarios to be demonstrated by holding one wheel at a time.

🔹 Q: Do you export Applied Mechanics Lab Equipment internationally?
✅ Yes! As a renowned Applied Mechanics Lab Equipment exporter, we supply high-quality gear train models and other lab equipment to institutions across the globe.

Enhance your laboratory with the MechaTorqX 1329 Gear Train Model, expertly designed by SCIENTICO—your trusted Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter.

Rotational Moment of Inertia Apparatus – MechaTorqX 1348Applied Mechanics Lab Equipment by SCIENTICO

The MechaTorqX 1348 Rotational Moment of Inertia Apparatus is designed to study rotational inertia and mass distribution effects in rigid bodies. It allows students to measure the moment of inertia using the three-string pendulum method, reinforcing key principles of rotational dynamics.

Features & Benefits

✔ Accurate Moment of Inertia Measurement – Uses three-string pendulum method for precise calculations.
✔ Photoelectric Sensor Technology – Combined with a time counting device to measure torsional oscillation periods.
✔ Parallel Axis Theorem Verification – Enables validation of moment of inertia principles.
✔ Mass Distribution Analysis – Compare objects with equal mass but different distributions.
✔ Durable & Sturdy Build – High-quality materials for long-term lab use.

Technical Specifications

🔹 Model: MechaTorqX 1348
🔹 Measurement Method: Three-string pendulum
🔹 Sensor Type: Photoelectric sensor with time counter
🔹 Applications: Rotational inertia, mass distribution, parallel axis theorem
🔹 Material: High-quality metal & precision components

Learning Objectives / Experiments

🔹 Measure moment of inertia using three-string pendulum method
🔹 Analyze mass distribution effects on rotational inertia
🔹 Verify the parallel axis theorem
🔹 Understand torsional oscillation and rotational dynamics

Applications

🔹 Physics & Mechanical Engineering Labs
🔹 Educational Institutions & Research Centers
🔹 Rotational Motion & Dynamics Experiments

Why Choose SCIENTICO?

SCIENTICO is a leading Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter, providing high-precision lab apparatus. Our MechaTorqX 1348 ensures accurate experimental results for engineering and physics labs.

Q&A Section

🔹 Q: What does this apparatus measure?
✅ It measures rotational moment of inertia using torsional oscillation analysis.

🔹 Q: How does the three-string pendulum method work?
✅ The apparatus suspends a rigid body using three strings, allowing measurement of torsional oscillation to determine moment of inertia.

🔹 Q: Can it demonstrate the parallel axis theorem?
✅ Yes, it enables students to verify the theorem experimentally.

🔹 Q: Is it suitable for advanced physics experiments?
✅ Absolutely! It’s ideal for engineering, research, and academic labs.

🔹 Enhance your lab with the MechaTorqX 1348 Rotational Moment of Inertia Apparatus!

📞 Contact SCIENTICO for pricing & bulk orders!

Torsional Vibrational Apparatus – MechaTorqX 1356Advanced Applied Mechanics Lab Equipment by SCIENTICO

The MechaTorqX 1356 Torsional Vibrational Apparatus is a bench-top experimental unit designed to study torsion and torsional vibrations. The system features a profiled aluminum base with leveling feet, ensuring a stable and precise setup for research and education in mechanical and engineering labs.

Features & Benefits

✔ Precision-Built Design – Equipped with four vertical chuck pillars with precision bearings for high accuracy.
✔ Variable Mass & Inertia Control – Large torsional discs enable different mass and inertia combinations.
✔ Speed-Controlled Exciter – Allows controlled vibration input for accurate experimental analysis.
✔ Integrated Oscillation Sensors – Enables real-time vibration monitoring (oscilloscope not included).
✔ Modulus of Rigidity Testing – Includes a manual torsion arrangement for measuring angular twist and rigidity modulus.
✔ Durable & Corrosion-Resistant Components – Built with steel torsion bars and aluminum profiles for long-term use.

Technical Specifications

🔹 Model: MechaTorqX 1356
🔹 Torsion Bar: Steel, corrosion-resistant (Ø6mm, 1300mm length)
🔹 Torsional Mass Discs: Ø150mm & Ø228mm
🔹 Chuck Pillars: 4 movable, with precision bearings
🔹 Exciter: Speed-controlled with drive crank
🔹 Angular Measurement: Oscillation sensors for real-time monitoring
🔹 Display: Digital control unit for excitation monitoring

Learning Objectives / Experiments

🔹 Study torsional vibration behavior and stiffness
🔹 Analyze resonance and phase changes
🔹 Observe vibration patterns using oscillation sensors
🔹 Measure modulus of rigidity via torsion tests
🔹 Compare theoretical and experimental torsional stiffness

Applications

🔹 Mechanical & Civil Engineering Labs
🔹 Vibration & Dynamics Research
🔹 Structural & Material Testing Labs
🔹 Automobile & Aerospace Engineering

Why Choose SCIENTICO?

SCIENTICO is a leading Applied Mechanics Lab Equipment manufacturer and exporter, delivering high-precision, durable, and advanced lab instruments. The MechaTorqX 1356 Torsional Vibrational Apparatus is designed to meet academic, research, and industrial needs, ensuring accurate, repeatable results.

Q&A Section

🔹 Q: What experiments can be conducted with this apparatus?
✅ It allows torsional vibration analysis, resonance studies, modulus of rigidity experiments, and vibration phase change observations.

🔹 Q: Does it include an oscilloscope for data analysis?
✅ No, but the unit provides oscillation sensor outputs compatible with any standard oscilloscope.

🔹 Q: Can the torsion bar be adjusted for different experiments?
✅ Yes, it includes movable chuck pillars to modify torsional stiffness and mass distribution.

🔹 Q: Is the apparatus suitable for industrial applications?
✅ It is primarily designed for education and research but can be used in mechanical vibration analysis and testing.

🔹 Order the MechaTorqX 1356 Torsional Vibrational Apparatus for your lab today!

📞 Contact SCIENTICO for pricing & bulk orders!

Winch Crab Single Purchase Apparatus – MechaTorqX 1368Precision Engineered Winch System for Mechanical Lab Applications

The MechaTorqX 1368 Winch Crab Single Purchase Apparatus is designed for demonstrating lifting mechanisms, mechanical advantage, and gear-driven winch operations. It is ideal for mechanical engineering labs, allowing students to study load-lifting principles, force transmission, and efficiency in winch systems.

Features & Benefits

✔ Precision-Engineered Gears – Machine-cut gears ensure smooth operation & durability.
✔ Heavy-Duty Construction – Fitted with robust cast iron wall brackets for stability.
✔ Grooved Wheel Design – 25 cm diameter wheel ensures secure grip & controlled movement.
✔ Single & Double Purchase Options – Available in both single & double gearing arrangements for comparison studies.

Technical Specifications

🔹 Model: MechaTorqX 1368
🔹 Wheel Diameter: 25 cm (Grooved)
🔹 Construction: Heavy cast iron wall brackets
🔹 Gear Type: Machine-cut precision gears
🔹 Options Available:

• Single Purchase Winch (Standard gear system)
• Double Purchase Winch (Dual gear arrangement for increased mechanical advantage)

Learning Objectives / Experiments

🔹 Study of mechanical advantage in winch systems
🔹 Analysis of force transmission through gears
🔹 Comparison of single and double purchase winch mechanisms
🔹 Understanding lifting force and torque in winch operations

Applications

🔹 Mechanical Engineering Labs
🔹 Load Lifting & Winch Mechanism Demonstrations
🔹 Education & Technical Training Institutes

Why Choose SCIENTICO?

SCIENTICO is a trusted Mechanical Lab Equipment manufacturer and exporter, offering precision-engineered lab training solutions. The MechaTorqX 1368 Winch Crab Single Purchase Apparatus is built to provide accurate, real-world learning experiences for students and professionals.

Q&A Section

🔹 Q: What is the function of this apparatus?
✅ It demonstrates load lifting principles using single or double gearing arrangements in a winch mechanism.

🔹 Q: How does the single and double purchase winch differ?
✅ The single purchase winch has one set of gears, while the double purchase version includes dual gearing for increased mechanical advantage.

🔹 Q: Is it suitable for engineering students?
✅ Yes! It is ideal for mechanical engineering labs, vocational training, and research applications.

📞 Order the MechaTorqX 1368 Winch Crab Apparatus today!

💡 Contact SCIENTICO for pricing & bulk orders.

Young’s Modulus Apparatus – MechaTorqX 1372Precision Measurement of Elasticity for Engineering Labs

The MechaTorqX 1372 Young’s Modulus Apparatus is designed for accurately determining the relationship between applied load and wire extension. This apparatus allows students to measure elastic deformation and verify Young’s modulus of elasticity using precision readings. It is an essential tool for mechanical, civil, and materials engineering labs.

Features & Benefits

✔ High-Precision Measurement – Vernier scale with 0.1mm accuracy for detailed analysis.
✔ Durable Construction – Engraved brass scale ensures long-lasting precision.
✔ Complete Setup – Includes tension weight, ceiling clamp, and mass hanger for easy experimentation.
✔ Versatile Mounting – Securely attaches to an overhead beam, door frame, or support structure.

Technical Specifications

🔹 Model: MechaTorqX 1372
🔹 Scale Range: 0 to 30mm
🔹 Vernier Precision: 0.1mm
🔹 Tension Weight: 1.3 kg (approx.)
🔹 Mounting: Ceiling clamp with screws for secure attachment
🔹 Construction: Brass scale with precision engraving

Learning Objectives / Experiments

🔹 Measure the extension of a wire under applied load
🔹 Determine Young’s modulus of elasticity
🔹 Analyze the proportionality of stress and strain
🔹 Understand fundamental principles of material elasticity

Applications

🔹 Mechanical & Civil Engineering Labs
🔹 Material Science & Elasticity Studies
🔹 Educational Institutes & Research Centers

Why Choose SCIENTICO?

SCIENTICO is a leading manufacturer & exporter of Mechanical Lab Equipment, offering precision-engineered instruments for engineering training and research. The MechaTorqX 1372 Young’s Modulus Apparatus provides highly accurate results for practical learning.

Q&A Section

🔹 Q: What is the purpose of this apparatus?
✅ It is used to measure the elasticity of materials by determining the relationship between force and extension.

🔹 Q: Can it be mounted on any surface?
✅ Yes, it includes a ceiling clamp with screws for attachment to an overhead beam, door frame, or lab setup.

🔹 Q: Is it suitable for college-level experiments?
✅ Absolutely! It is ideal for mechanical, civil, and material science experiments in universities and technical institutes.

📞 Order the MechaTorqX 1372 Young’s Modulus Apparatus today!

💡 Contact SCIENTICO for pricing & bulk orders.

Constant Velocity Joint Apparatus – MechaTorqX 1321 Advanced Applied Mechanics Lab Equipment by SCIENTICO

SCIENTICO introduces the MechaTorqX 1321 Constant Velocity Joint Apparatus, a high-precision lab equipment designed to study the relative angular motion between two intersecting shafts using shifting balls, as found in front-drive shafts of automobiles. As a leading Applied Mechanics Lab Equipment manufacturer, we ensure durability and accuracy for advanced mechanical and engineering experiments.

This Applied Mechanics Lab Equipment allows students and researchers to explore constant velocity (CV) joints, which are widely used in modern vehicles for torque transfer. The apparatus enables users to analyze friction, wear, and contact characteristics under realistic operating conditions. As a trusted Mechanical Lab Equipment manufacturer, SCIENTICO guarantees superior quality and precision for laboratory applications.

Features of MechaTorqX 1321 Constant Velocity Joint Apparatus:

✔ Demonstrates Angular Motion Transfer – Ideal for studying torque transmission between two intersecting shafts.
✔ Adjustable Shaft Angle – Allows experimentation with different articulation angles.
✔ Tripod-Type Joint Assemblies – Designed for realistic CV joint analysis.
✔ Integrated Force Sensor – Measures internal contact forces, friction, and wear under variable conditions.
✔ Durable & High-Quality Construction – Built for long-term use in engineering labs.

Technical Specifications:

�� Model: MechaTorqX 1321
�� Type: Constant Velocity Joint Mechanism
�� Measurement Method: Triaxial Force Sensor for in situ internal CV joint force analysis
�� Angle Adjustability: Yes
�� Material: High-grade metal components
�� Application: Study of torque transmission, friction, and wear in CV joints

Applications of MechaTorqX 1321 Constant Velocity Joint Apparatus:

�� Ideal for mechanical and automobile engineering laboratories.
�� Essential for understanding CV joint torque transfer and wear characteristics.
�� Supports research on friction forces and oscillatory speeds in joint articulation.
�� Used in industrial training programs related to automotive drive shaft systems.

Why Choose SCIENTICO?

As a trusted Applied Mechanics Lab Equipment exporter, SCIENTICO ensures that all our Mechanical Lab Equipment meets international quality standards. Our expertise as a Mechanical Lab Equipment exporter allows us to supply high-quality lab apparatus worldwide, ensuring reliability and precision in every product.

Q&A Section

�� Q: What is the primary function of the MechaTorqX 1321 Constant Velocity Joint Apparatus?
✅ This apparatus demonstrates how torque is transmitted between two intersecting shafts while analyzing friction and wear characteristics in CV joints.

�� Q: Can the angle between input and output shafts be adjusted?
✅ Yes! The apparatus allows adjustment of the articulation angle to study different operating conditions.

�� Q: Do you export Applied Mechanics Lab Equipment internationally?
✅ Absolutely! As a recognized Applied Mechanics Lab Equipment exporter, we supply to institutions worldwide with guaranteed quality and precision.

Upgrade your laboratory with the MechaTorqX 1321 Constant Velocity Joint Apparatus, expertly designed by SCIENTICO—your trusted Mechanical Lab Equipment manufacturer and Applied Mechanics Lab Equipment exporter.

Jib Crane Apparatus – MechaTorqX 1336Advanced Mechanical Lab Equipment by SCIENTICO

SCIENTICO presents the MechaTorqX 1336 Jib Crane Apparatus, designed to provide hands-on learning for studying the forces in crane elements. This Mechanical Lab Equipment is an ideal solution for educational institutions and laboratories focused on understanding the principles of tensile and compressive forces in crane systems. As a reliable Applied Mechanics Lab Equipment manufacturer, SCIENTICO ensures top-quality products that are ideal for practical demonstrations and experiments in applied mechanics.

Features of MechaTorqX 1336 Jib Crane Apparatus:

✔ Study of Forces in Crane Elements – The unit allows students to explore the forces acting on the jib and tie elements of a crane system, demonstrating both tension and compression forces.
✔ Versatile Jib Forms – The crane's jib design is adjustable, allowing students to experiment with various forms and observe the forces acting on each form.
✔ Graphical Force Breakdown – The graphical method uses a force parallelogram to determine the resultant cable force, tensile force, and compressive force.
✔ Spring Balances – Integrated spring balances in the bars measure both tensile and compressive forces, providing accurate force readings for the crane elements.
✔ Load Capacity – Maximum load capacity of 50N to apply weights and simulate realistic force conditions in the crane system.

Technical Specifications:

🔹 Model: MechaTorqX 1336
🔹 Max Load Capacity: 50N
🔹 Force Measurement:

• Tensile Force: 0…50N (graduation: 0.5N)
• Compressive Force: 0…50N (graduation: 1N)
  🔹 Load Set:
• 1x 1N hanger
• 4x 1N weights
• 1x 5N weight
• 4x 10N weights
  🔹 Components:
• Spring Balances for force measurement
• Stainless Steel Retaining Bar
• Adjustable Bar and Chain for crane jib
• Sturdy Metal Frame with handles for easy transportation
• Weight Set for load application
  🔹 Dimensions: 600 x 200 x 670 mm
  🔹 Weight: Approx. 15 kg

Learning Objectives / Experiments with MechaTorqX 1336:

🔹 Graphical Breakdown of Forces: Use the force parallelogram to determine the direction and magnitude of forces in a crane system.
🔹 Determination of Bar Forces: Measure tensile and compressive forces acting on different jib forms and analyze them graphically.
🔹 Comparison of Results: Compare experimental measurements with calculations and graphical methods to enhance understanding of applied mechanics.

Applications of MechaTorqX 1336 Jib Crane Apparatus:

🔹 Ideal for applied mechanics and mechanical engineering courses.
🔹 Used to demonstrate the forces at play in jib crane systems and other industrial lifting equipment.
🔹 Perfect for teaching students about structural forces, load distribution, and force measurement in mechanical labs.

Why Choose SCIENTICO?

As an established Mechanical Lab Equipment exporter, SCIENTICO is committed to providing high-quality and reliable mechanical lab equipment for educational institutions worldwide. Our MechaTorqX 1336 Jib Crane Apparatus is just one example of our diverse range of products aimed at enhancing hands-on learning experiences in applied mechanics and engineering education.