Zero-outsourcing turnkey engineering from concept to mechanical design, PLC, and installation

Current trend analysis and architectural installation space study

Mechanical engineering: 3D CAD precision linkages & structural FEA calculation

Kinetic mechanism fabrication: Precision machining of SUS/aluminum profiles

On-site precision installation: Laser tracker leveling & structural anchoring
Global landmark kinetic projects including Incheon Airport T2 and Astana Expo
Complete kinetic database categorized by spatial envelope and structural drive mechanisms

Wall-mounted worm gear tilting louvers & 3D volumetric extrusion

Micro-servo winch cable suspension for multi-story atrium voids

Ground-fixed collaborative robot arms, cam linkages & visitor step sensors

Indoor GPS-free UWB localized swarm flight kinetic ring sculptures
507 classical kinetic mechanism CAD simulations & real-time digital twin studio

17-bit Absolute encoder, 12-strand Kevlar, and lead screw tensioner

Zero-backlash self-locking, permanent lube chamber, Grade 1 wind resistance

Sun + 3 Planet + Ring gear with Willis kinematics & hypocycloid trajectories

Variable angular velocity harmonic motion from 507 mechanism CAD library

Radial scissor linkage expanding symmetrically for dynamic spatial choreography
Turnkey base deck, architectural calculator, and emergency safety interlocks
Integrated concept-design-control-installation PM eliminates subcontractor risks
Height (4~25m) and span (5~50m) 3D space simulation and quote generation
Seoul Gangnam-gu Teheran-ro 134, POSCO Tower Yeoksam 4F & 14F
Authoritative technical specifications and procurement guidelines for architects, curators, and institutional clients.
Kinetic Media Art is architectural engineered art that transcends static sculptures and 2D displays by combining motors, precision kinematics (507 Mechanical Movements), sensors, and real-time control algorithms to dynamically transform its physical shape in space. SIGONGtech ARTLAB provides tailored spatial kinetic solutions including ceiling moving louvers, wall flip-dots and spinballs, floor rotating towers, and aerial floating kinetics.
Project budgets range across tiers: under 100M KRW (compact interactive modules), 100M-500M KRW (mid-scale exhibition walls/flip-dots), 500M-1B KRW (large ceiling/acoustic kinetics), and over 1B KRW (monumental airport/expo landmarks). Total project lead times typically span 3 to 8 months, encompassing 3D CAD engineering (4-6 weeks), 1:1 laboratory prototyping and 100,000-cycle durability testing (6-8 weeks), and on-site turnkey installation (4-6 weeks).
We manage every project with 100% in-house direct single-PM accountability across 6 phases: 1) Spatial Analysis & 3D Concept Design -> 2) Structural Dynamics & 507 Kinematic CAD Engineering -> 3) Embedded Servo Control & EtherCAT/DMX512 Hardware Development -> 4) 1:1 Factory Mockup & 100,000-Cycle Uninterrupted FAT Testing -> 5) Direct Turnkey On-Site Installation -> 6) 24/7 Remote Telemetry & 5-Year Comprehensive Warranty.
For public and high-traffic spaces, we enforce dynamic safety factors of SF 4.5+ certified by licensed Professional Engineers (PE). Systems feature 48ms (0.048-second) emergency fail-safe electronic auto-brakes and dual mechanical drop-catch cables, library-grade ultra-low noise housings (32-35dB), and guaranteed 2-hour direct technician emergency dispatch with a 5-year warranty.
Our headquarters is located at POSCO Tower Yeoksam 4F & 14F, 134 Teheran-ro, Gangnam-gu, Seoul, Republic of Korea (Postal Code 06235). Direct telephone is +82-2-3438-0077 and official contact email is rose7889@sigongtech.co.kr.
Submit your spatial blueprints (CAD/PDF), ceiling height, and span dimensions. SIGONGtech ArtLab's specialized engineering team will deliver a tailored proposal including 3D kinetic simulation video, mechanical specifications, and preliminary budget quotation within 72 hours free of charge.