Model No:SL01
| SR.NO. | ITEMS |
| 1 | CONSTELLATION VIEWER |
| 2 | NEWTON DISC |
| 3 | COLOUR SHADOW |
| 4 | PERISCOPE |
| 5 | KALEIDOSCOPE |
| 6 | LAW OF REFLECTION |
| 7 | INFINITY TUNNEL |
| 8 | CORNER MIRROR |
| 9 | TOTAL INTERNAL REFLECTION |
| 10 | PULLEY BLOCK |
| 11 | FORCE & TYPE OF FRICTION |
| 12 | FUNNY MIRROR |
| 13 | ELECTRIC BELL |
| 14 | ZEOTROPE |
| 15 | ACTION & REACTION |
| 16 | MAGNETIC EFFECT OF ELECTRIC CURRENT |
| 17 | ORGAN PIPE |
| 18 | LAZY TUBE |
| 19 | FUN WITH MAGNET |
| 20 | LAW OF INERTIA |
| 21 | PINSCREEN |
| 22 | FLOATING MAGNET |
| 23 | MAGNETIC FIELD TUBE |
| 24 | COUPLE PENDULAM |
| 25 | TRANSVERSE WAVE |
| 26 | KE PE TRACK |
| 27 | LOOP THE LOOP |
| 28 | NEWTON CRADLE |
| 29 | HAND BATTERY |
| 30 | CONE RUN UP HILL |
| 31 | VISCOSITY TUBE |
| 32 | RESONANCE |
| 33 | ROCKS & MINERAL |
| 34 | TORNADO |
| 35 | CONDUCTOR & INSULATOR |
| 36 | WIND MILL |
| 37 | MAGIC WATER TAP |
| 38 | SOLAR LIGHT |
| 39 | FLOATING BALL |
| 40 | FLOATING FAN |
| 41 | HEAT ABSORPTION |
| 42 | REFLECTION TRANSMISSION |
| 43 | REFRACTION CYLINDER |
| 44 | MOMENT OF INERTIA |
| 45 | PARROT IN THE CAGE |
| 46 | CIRCLE & BALL |
| 47 | ANAMORPH |
| 48 | HAND PUMP |
| 49 | SHAPE OF EARTH DUE TO ROTATION |
| 50 | LATERAL SHIFT |
| 51 | TOWER OF PISA |
| 52 | LEVER ACTIVITY |
| 53 | MARBLE SLIDE |
| 54 | WHEEL & AXLE |
| 55 | PARKING PUZZLE |
| 56 | ROPE PUZZLE |
| 57 | T PUZZLE |
| 58 | WEIGHT ILLUSION |
| 59 | DNA |
| 60 | PLANT CELL |
| 61 | ANIMAL CELL |
| 62 | HUMAN TORSO |
| 63 | EYE MODEL |
| 64 | EAR MODEL |
| 65 | HUMAN JOINTS |
| 66 | HYPERBOLA |
| 67 | PYTHAGORAS MODEL |
| 68 | ELLIPTICAL CARROM BOARD |
| 69 | TWO CONGRUENT RIGHT TRAIANGLE |
| 70 | (A+B)2=A2+B2+2AB |
| 71 | (A+B+C)2=A2+B2+C2+2AB+2BC+2CA |
| 72 | A2-B2=(A+B) (A-B) |
| 73 | (A+B)2-(A-B)2=4AB |
| 74 | TANGRAM |
| 75 | AREA OF CIRCLE |
| 76 | AREA OF RHOMBUS |
| 77 | AREA OF TRIANGLE |
| 78 | AREA OF PARALLELOGRAM |
| 79 | AREA OF TRAPEZIUM |
| 80 | SUM OF ANGLE OF QUADRILATERAL |
Curated Kits and Instruments for Hands-on Science, Technology, Engineering, and Math Education
A STEM Lab is the foundation for modern educational pedagogy, integrating Science, Technology, Engineering, and Mathematics into cohesive learning modules. We supply complete, modular STEM Lab Equipment and Activity Kits, designed to foster critical thinking, innovation, and practical problem-solving among K-12 and polytechnic students.
The Significance of a dedicated STEM Lab lies in moving beyond textbook learning, providing students with the tools to conceptualize, design, and execute projects. This page's rich, targeted content is structured to boost your authority in educational procurement, thereby ensuring a strong for essential Atal Tinkering Lab (ATL) and Experiential Learning searches.
Kits for building and programming basic robots, covering mechanical design, sensing, and control loops (T in STEM).
Modular circuits, basic sensors, and breadboarding tools for practical experimentation in electricity and magnetism (S & E in STEM).
Tools and kits to teach iterative design processes, prototyping, and conceptualizing solutions to real-world problems (E in STEM).
Microcontroller boards and software interface tools to collect, analyze data, and learn foundational programming skills (M & T in STEM).
Curated Kits and Instruments for Hands-on Science, Technology, Engineering, and Math Education
A STEM Lab is the foundation for modern educational pedagogy, integrating Science, Technology, Engineering, and Mathematics into cohesive learning modules. We supply complete, modular STEM Lab Equipment and Activity Kits, designed to foster critical thinking, innovation, and practical problem-solving among K-12 and polytechnic students.
The Significance of a dedicated STEM Lab lies in moving beyond textbook learning, providing students with the tools to conceptualize, design, and execute projects. This page's rich, targeted content is structured to boost your authority in educational procurement, thereby ensuring a strong for essential Atal Tinkering Lab (ATL) and Experiential Learning searches.
Kits for building and programming basic robots, covering mechanical design, sensing, and control loops (T in STEM).
Modular circuits, basic sensors, and breadboarding tools for practical experimentation in electricity and magnetism (S & E in STEM).
Tools and kits to teach iterative design processes, prototyping, and conceptualizing solutions to real-world problems (E in STEM).
Microcontroller boards and software interface tools to collect, analyze data, and learn foundational programming skills (M & T in STEM).
