Fitting Shop
Vice work, filing, sawing, marking, drilling preparation, calipers, and hand-tool accuracy.
ExploreEngineering lab equipment | VR · AR · XR · 360° | Digital twins — Jordan & GCC
Labs / Workshop Infrastructure
Mechanical workshop equipment builds practical understanding of mechanisms, friction, force systems, springs, beams, gear trains, couplings, steering geometry, and workshop demonstration experiments.
Vice work, filing, sawing, marking, drilling preparation, calipers, and hand-tool accuracy.
ExploreSand mould preparation, furnace handling, casting tools, and safe foundry workflow practice.
ExploreLathe, milling, cutting tools, workholding, measurement, and metal workpiece preparation.
ExploreBending, folding, cutting, hand shears, sheet layout, and formed metal part training.
ExploreTorch handling, welding safety, metal joint preparation, helmets, gloves, and controlled welding stations.
ExploreMechanical workshops introduce students to real tools, equipment discipline, process planning, and safe handling of materials before they move into advanced labs and projects.
Select tools, materials, PPE, and work instructions.
Practice machining, joining, fitting, forming, or casting.
Check dimensional accuracy and surface quality.
Record procedures, results, and improvement notes.
This equipment set strengthens engineering mechanics and workshop training with mechanisms, friction experiments, force systems, springs, beams, gear trains, couplings, steering geometry, and motion demonstration apparatus.
Hands-on apparatus for relative motion, linkages, motion conversion, indexing, and steering geometry.
Demonstrates force and moment relationships in bell crank lever systems.
Shows how rotating cams generate follower motion in mechanical systems.
Supports kinematic analysis of four-bar linkages and motion paths.
Uses six laminae to determine the centre of gravity of different plane shapes.
Demonstrates slotted-link motion conversion mechanisms.
Studies force multiplication and toggle joint behavior under load.
Explains quick-return motion used in shaping and machining applications.
Shows intermittent motion and indexing control.
Demonstrates piston-crank motion and reciprocating mechanism behavior.
Explains steering geometry and wheel angle relationships during turning.
Equipment for belt friction, plane friction, clutch friction, cone friction, centrifugal force, and force polygon experiments.
Studies belt tension, wrap angle, and friction behavior.
Shows centrifugal force relationships with mass, radius, and speed.
Demonstrates clutch friction and torque transfer under different loads.
Studies cone friction behavior and the effect of applied weight.
Compares friction on horizontal and inclined planes using four sliders and weights.
Supports graphical and experimental understanding of force equilibrium.
Training apparatus for deformation, oscillation, bending moment, shearing force, and pendulum experiments.
Studies moment of inertia and oscillation using bifilar and trifilar suspension.
Demonstrates spring constant and load-extension behavior.
Measures beam deflection under different loading cases.
Supports experiments in reversible pendulum behavior and gravity measurement.
Demonstrates rolling motion and oscillation on an inclined plane.
Compares spring response in extension and compression.
Connects bending moment and shear force theory with digital force measurement.
Equipment for power transmission, mechanical advantage, gear trains, screw jacks, rack and pinion, and trolley motion.
Studies mechanical advantage in compound lever systems.
Supports motion and acceleration experiments with one carriage and weights.
Extends motion experiments using two carriages and weights.
Demonstrates energy storage and inertia in flywheel systems.
Adds disc and ring accessories for expanded inertia and flywheel experiments.
Supports gear train and epicyclic arm experiments.
Demonstrates angular transmission through Hooke’s joint.
Shows motion transfer between slightly offset shafts.
Studies screw jack performance with square and V threads.
Demonstrates mechanical advantage in compound wheel and axle systems.
Shows worm and wheel transmission with 1, 2, 3, and 4 start gear sets.
Demonstrates conversion between rotary and linear motion.
ASFAN can help plan the equipment, safety accessories, benches, training sequence, and documentation for every workshop area.
Engineering lab equipment, technology equipment, and training solutions for institutions.
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University labs, smart engineering labs, workshops, and research facilities.
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7programs Interactive 3D digital twins for engineering and science education: renewable energy, Arab power stations, fire protection, robotics, BIM and human anatomy. Arabic & English, fully offline.
The programs