Bit-Tree Creativity - Venom Awakening Ferrofluid Interactive Device

Hexagonal Interactive Tech Device (Ferrofluid Interactive)

An immersive science popularization interactive device centered on ferrofluid, inspired by the morphing "Venom" in sci-fi movies. Its core working principle leverages the dual nature of ferrofluid — combining liquid fluidity with solid magnetism. Nano-scale magnetic particles are mixed with carrier liquid and surfactant to form a stable colloidal ferrofluid. The built-in precision electromagnetic control system regulates the intensity and direction of the magnetic field to guide the ferrofluid into dynamic shapes, delivering a stunning sci-fi visual experience.

Dynamic ferrofluid shaping with breathtaking sci-fi visual effects

Dual interaction via sound control and magnetic field, highly educational

Electromagnetics teaching tool, suitable for multiple scenarios

BIT-TREE CREATIVITY

STEAM skills like programming will be a core competency for the next generation, and the time to cultivate this ability is now.

Item	Parameter
Product Name	Hexagonal Interactive Tech Device (Venom Awakening · Ferrofluid Interactive)
Working Principle	Ferrofluid is a stable colloid containing nano magnetic particles with both fluidity and magnetism. The electromagnetic modules adjust magnetic field intensity and distribution in real time to realize dynamic shaping of ferrofluid, and support sound & music signal access for sound-controlled interaction. Supplementary Description: An immersive science popularization interactive device centered on ferrofluid, inspired by the shape-shifting effect of "Venom" in sci-fi movies. Ferrofluid combines liquid fluidity and solid magnetism. It is manufactured by mixing nano magnetic particles, carrier liquid and surfactant into stable colloidal ferrofluid. The built-in precision electromagnetic control system adjusts magnetic field intensity and direction to drive ferrofluid to stretch, twist and form spiky shapes, restoring stunning dynamic visuals just like Venom. Visitors can interact with magnets to intuitively observe magnetostructural phase transition and electromagnetic principles. It stimulates scientific curiosity and popularizes electromagnetism & material science knowledge.
Overall Dimensions	L40cm × W46cm × H14cm
Main Materials	Powder-coated sheet metal + Acrylic board + Addressable RGB outline light strip
Core Configuration	Ferrofluid chamber, multiple electromagnetic coils/modules, sound sensor unit, main control circuit, addressable RGB light strip
Product Positioning	Popular science interactive exhibit, campus science teaching device, artistic interactive display equipment
Popular Science Scenarios	1. School Science Corridor: Physical display & interactive experience; information board explaining ferrofluid characteristics and electromagnetic control principles 2. Science & Technology Museum / Museum Interactive Zone: Electromagnetism-themed exhibit demonstrating dynamic magnetic modulation on fluid morphology 3. Community Science Promotion: Experience booth for demonstrating electromagnetism and material science via sound-controlled interaction
Education Application Scenarios	1. School Teaching: Teaching aid for Physics & Science courses to demonstrate magnetic field, fluid mechanics and electromagnetic control 2. After-school Interest Clubs: Project-based learning; teams optimize sound control logic and ferrofluid shaping effects 3. Family Interaction: Fun sound-controlled experience to cultivate children’s interest in electromagnetism and material science

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