Model Showcase
Combine buildings, landscapes, characters and settings to communicate a brand and shape an exhibition space.
Turn drawings into physical models for communicating layouts and circulation in campuses, developments and public facilities.
Show terrain and site layouts for development planning, geographical information and overall spatial arrangements.
Use buttons, apps or programmed controls for hands-on demonstrations in exhibitions and experience areas.
Capture a character’s proportions and personality in different materials for corporate IP, events and installations.
Explain equipment structures, production processes and engineering principles in presentations, trade shows and client discussions.
Evaluate assembly, colour, dimensions and form before full-scale production.
Make complex concepts tangible for teaching, practical training, science outreach and technical demonstrations.
186 showcase models
A tiered display for Cooler Master connects liquid-cooling products with finance, cloud computing, AI and smart manufacturing. Tablet-controlled lighting, moving mechanisms and miniature screens bring the applications to life.
An upgraded quantum computer model builds on TSRI's previous exhibition projects. Refined miniature components, carefully tuned lighting and a wheeled base support both detailed presentation and practical movement around exhibition venues.
Following an overseas exhibition, SolarEdge returned for an equipment-model upgrade. Push-button lighting, opening doors and magnetically attached components support clear explanations of internal assemblies during hands-on demonstrations.
A client's flat sketches became a three-dimensional hip-hop character prototype. Detailed dreadlocks, miniature jewelry, laser-engraved textures and interchangeable two-color metal trays shape its street-style identity and presentation options.
This HGT Series scale model reveals a PCB brushing machine's internal layout. Magnetic covers, concealed pogo-pin connections, a translucent lightbox and tablet controls support transport, demonstrations and equipment explanations.
A two-level model explains how semiconductor equipment connects to heated vacuum piping. Millimeter-scale pipework and push-button lighting visualize the heating jacket system and distinguish steady illumination from flowing operational effects.
Created for Techzone Technology Materials's stock-market listing ceremony, this LEGO facility model presents its waste-treatment and circular-economy operations. A wood-look base, metal commemorative plaque and clear acrylic cover complete the display.
A 1:22 monochrome transformer model focuses attention on fine pipework and core structures. A clear acrylic cover, custom flight case and shipping crate support detailed display and overseas exhibition handling.
A modular Taipower model explains underground disposal of high-level radioactive waste. Textured geological layers, removable structures and hands-on retrieval and storage demonstrations are paired with an integrated transport-and-display case.
A life-size Leica Biosystems BOND-PRIME model reproduces external forms and internal components. Visitors can lift the cover and pull out smaller parts, while integrated lighting and an FRP-reinforced shell support repeated demonstrations.
A magnetically driven battery cart moves between testing stations, triggering lights and mechanisms. Synchronized tablet information explains each stage of MIRDC's National Energy Storage System Testing Center demonstration.
A TSRI equipment model makes front-end wafer cleaning and deep-ultraviolet exposure processes visible. Miniature screens, lighting and an app-controlled lifting platform reveal the equipment's outer form and internal layers.
A three-story gymnasium model presents 5G smart-energy applications in an emergency shelter setting. Vertical LED strips visualize power distribution, while tablet controls switch between normal supply and energy-storage scenarios.
Visitors use a spatula in a familiar teppanyaki setting to compare coated and uncoated surfaces. MIRDC's Technology Bear character and reinforced interactive components turn a materials demonstration into an approachable exhibition experience.
Transparent and cutaway structures enlarge small-bore internal coating technology for exhibition viewing. Tablet animation and carefully finished materials explain coating layers and the joining of dissimilar materials in 4D solid-state additive manufacturing.
An exploded-view aircraft-engine diffuser model combines real machined aerospace parts with explanatory structures. Moving mechanisms and tablet controls demonstrate displacement and machining paths associated with AI-optimized electrical discharge machining.
Product animation leads this MIRDC burner exhibit, supported by a realistic physical model. Original 3D design files inform the video, which explains operating principles and applications across different furnace types.
A life-size Leica instrument model reproduces the structure and internal microscope slides. Rotating parts, interchangeable slide trays, magnetic nameplates and an embedded screen support multiple demonstration formats in a reinforced shell.
A realistic 5G factory model is linked with animation and application footage. Physical model filming, 3D visual effects and coordinated digital content explain monitoring systems and extend the exhibition story to the company website.
MIRDC's Technology Bear character is produced through integrated modeling, printing, painting and assembly. The character also becomes an FRP-reinforced business-card stand and product display column for use at exhibitions.
Color-coded stages, miniature equipment and human figures explain the treatment and reuse of construction waste. The model connects individual process steps into a visible account of resource circulation and sustainability.
Three matching SolarEdge cabinet-model sets combine removable structures, moving parts and magnetic battery modules. Acrylic covers and dedicated flight cases support individual displays, side-by-side presentations and use across different exhibition locations.
Based on Mianhua Islet's terrain, this ecological model explains a streaked shearwater restoration setting. Real vegetation, an opening artificial burrow, miniature pebbles and eggs reveal details of the nesting environment.
A miniature ecological setting recreates the Zhuoshui River estuary's wetlands and water. Epoxy resin, real vegetation and little tern figures smaller than one centimeter connect renewable energy with habitat restoration.
A motor-driven scale model reproduces a wet-process production line for MIRDC. Resin-filled tanks, correctly spaced equipment, figures and control units build a complete scene for explaining the industrial workflow.
Site visits and engineering drawings informed this wastewater-treatment plant model for Chung Hsin Group. Detailed piping and equipment, labeled functional areas and button-controlled light paths explain the treatment of high-conductivity wastewater.
Enlarged screw models reveal thread geometry and changes across manufacturing stages. Illuminated acrylic information panels and a dedicated flight case turn small, hard-to-see fastener details into a portable technical display.
Made for United Fiber Optic Communication's 40th-anniversary event, this model depicts Taipower's Jianshan energy-storage system in Penghu. Aerial photographs informed its layout, with optional flowing light effects illustrating island-grid energy dispatch.
An energy-storage site model for United Fiber Optic Communication's 40th anniversary depicts the first-phase installation at Ching Hsin Hsin steelworks in Changhua. Aerial references and flowing light strips explain equipment connections and energy movement.
Equipment photographs and an earlier physical model informed this scale vacuum gas-quenching furnace. 3D-printed structures, a baked-paint finish and moving modules make large industrial equipment easier to transport, demonstrate and explain.
A life-size Leviathan sword from Noble Reincarnation was created for Anime Festival Asia Singapore 2025. The 100-centimeter blade reproduces blue magical textures, engraved details and the weapon's distinctive proportions.
A 1:250 architectural model presents the first phase of Nanfang Technology Park. Miniature buildings, green spaces and water features are combined with targeted lighting to communicate the development's layout and landscape design.
A city-scale display explains STAR TRADE's virtual power plant through four tablet-controlled scenarios. Flowing lights connect generation, storage and consumption, making power trading and AI-assisted energy dispatch visible.
Curved transparent tubes and green flowing lights recreate a microalgae photobioreactor system. The model links carbon-emission sources, cultivation tanks and energy reuse to explain the full carbon-capture process.
A process model traces lithium iron phosphate battery recycling from crushing to chemical separation. Independently controlled lighting and five transparent sample containers connect each stage with its recovered materials.
Two commemorative figurines, 60 and 15 centimeters tall, celebrate Chunghwa Cybersecurity's stock-market listing. Full-color 3D printing preserves consistent proportions, fine details and colors across the company's character collectibles.
A 1:250 Times Square model presents pedestrian crossings, ambulance priority and traffic-incident scenarios. Tablet controls, six mechanical assemblies and dynamic lighting demonstrate smart traffic-signal applications in a modular touring exhibit.
A transparent modular model explains IQM quantum-computing equipment associated with TSRI and Bluefors. Labels, acrylic information panels, illuminated structures and detailed connections support close inspection of the engineering arrangement.
Custom equipment models prepared for SEMICON Taiwan 2025 reproduce semiconductor machinery in detail. Selected materials, precise structures and LED highlights focus attention on core modules while supporting exhibition, sales and educational use.
A CubeSat model designed for the Taipei Aerospace and Defense Technology Exhibition supports hanging or stand-mounted display. Folding solar panels and magnetic internal modules let visitors explore both deployment and internal structure.
A portable model of TSC's CMP cleaning equipment reproduces key structures from photographic references. Detailed 3D planning and LED highlights support equipment explanations for the planned SEMICON Taiwan 2025 display.
Site photographs informed this fluorocarbon manufacturing model for Yuan Cheng Technology. Three-dimensional equipment, signage and LED effects connect process modules and make production principles accessible for the planned SEMICON Taiwan 2025 presentation.
A lightweight, modular scale model presents a large automated warehouse in a portable format. Detailed shelving and robotic-arm movement explain the system's main functions for exhibitions, sales visits and equipment demonstrations.
A moving conveyor model explains Taipower's low-temperature DeNOx catalyst production. Material input, mixing, demolding and special-material coating are presented as visible steps for both technical audiences and general visitors.
An interactive Open House exhibit pairs bright screens with 3D-printed models to explain weather radar, satellites and marine monitoring. Custom animation helps younger visitors follow signals between different observation systems.
An energy-storage cabinet model opens to reveal battery modules, wiring and internal connections. Detailed structures explain the equipment layout, while a dedicated flight case and impact padding support repeated overseas exhibitions.
Manual toll booths and electronic tolling are shown side by side in this Taiwan freeway history model. Period vehicles, staff uniforms and traffic scenes explain the shift from queues to free-flowing travel.
Modular scenes trace hydrogen from production and storage to industrial and everyday applications. Physical models, acrylic explanations and a four-minute animated film make the energy system accessible to museum visitors of different ages.
A modular road-scene display compares conventional streetlights with Tangem LED lighting under different fog conditions. Adjustable fog effects and rotary controls let visitors observe visibility changes within a dedicated exhibition enclosure.
A multi-part neutron therapy room model links tablet controls, lighting and moving mechanisms. A miniature six-axis treatment bed demonstrates movement, while an aluminum flight case supports repeated overseas exhibition use.
A 1:200 campus model preserves Wesley Girls' High School before redevelopment. Site-survey records informed a roughly 150-by-100-centimeter display, designed for the school history room and for alumni to revisit familiar campus spaces.
An approximately 50-centimeter energy-storage cabinet model combines an integrated base with working doors. Verified 3D design and a compact tabletop format make the cabinet's exterior and internal structure easier to explain.
A 180-by-100-centimeter data center model combines immersion, free and direct-to-chip cooling with a cooling tower. Programmed lighting traces coolant routes, while shared 3D assets support both the physical display and technical animation.
A roughly 200-by-130-centimeter model at Rende Reclaimed Water Plant combines projection mapping with a lifting floor. Five tablet-controlled scenarios reveal underground storage and coordinate animation on a wall-mounted display.
A large interactive Aetheryte prop was created for Final Fantasy XIV's Traditional Chinese press conference and fan event. Motorized mechanisms, curved-screen animation and a remote countdown support the ceremonial activation.
Used by Naoki Yoshida during the Aetheryte lighting ceremony, this staff combines purple illumination and a frosted glass diffuser. An aluminum-tube handle and external switch support stable, straightforward event operation.
A Holy Shield prop for Final Fantasy XIV pairs resin 3D printing with a metal display stand. Custom leather arm straps and padded backing support cosplay use and visitor photographs at events.
An official Dragoon cosplay weapon was developed for Final Fantasy XIV's Traditional Chinese launch event. Detailed painting, 3D-modeled forms and metal reinforcement reproduce Gae Bolg for repeated event use.
An illuminated Curtana prop combines an ice-blue central light with glossy paint and 3D-printed parts. Clearly separated components and a USB-C charging port support detailed presentation and reuse at events.
An 80-by-60-centimeter smart-campus model presents Far EasTone's ESG concepts through microgrids, smart meters, streetlights and charging stations. Layered colors, indirect lighting and interactive controls support a reusable exhibition display.
A two-meter-square incinerator model explains the conversion of combustible waste into electricity. Site research, detailed 3D planning and concealed lighting reveal internal equipment and the project's waste-to-energy process.
A 160-centimeter-tall, three-level model at SEMICON Taiwan 2024 presented semiconductor-facility systems. Eye-level viewing and carefully adjusted yellow lighting reveal the relationships between floors and the services within them.
A 160-by-100-centimeter FAB layout model combines tablet-selected lighting with moving mechanisms. Product information appears alongside each highlighted zone, helping visitors follow the equipment and processes presented at SEMICON Taiwan 2024.
An interactive semiconductor-facility model combines lift controls, tablet-selected information and focused lighting. Built for SEMICON Taiwan 2024, it reveals floor-by-floor systems and provides clear viewing opportunities for visitors and media.
A portable formic acid furnace model was designed for SEMICON Japan 2024. Optimized client 3D files, concealed lighting and reinforced assembly preserve equipment details while supporting overseas transport and exhibition maintenance.
A button-controlled ocean-current generator model demonstrates two inward-rotating units at matching speeds. Quiet motors, programmed controls and a wave-textured base bring marine-energy research into a compact exhibition display.
A four-zone hydrogen model explains storage, safety, blending and applications through interactive controls. Lighting and data displays respond together, while holographic animation reveals molecular movement and pressure-vessel structures above the physical model.
A compact filling-line model reveals internal processes at a Taiwan healthcare exhibition. Realistic liquid-filled bottles and internal lighting add detail, while its approximately 50-centimeter length allows transport in a regular passenger car.
A 160-centimeter-long logistics-center model was designed for a press conference. 3D printing, laser-cut details and two layers of lighting emphasize the building and site within an integrated display platform.
Custom Lexar display boxes recreate desert terrain, suspended splashes and falling droplets without loose sand or water. Carefully planned product positions, logos and information panels support durable, low-maintenance presentations at overseas exhibitions.
A treatment-room model for the 2024 Taiwan healthcare exhibition uses floor boundaries instead of enclosing walls. Brand colors and a portable layout reveal equipment relationships and support clear explanations during exhibition demonstrations.
A scale plasma-spray system model was developed through repeated reviews of equipment details and layout. Client-approved 3D drawings, precision printing and controlled painting translate MIRDC's research equipment into a practical display.
A residential sales model in Bade combines architectural craftsmanship with practical display needs. Lighting and color were developed with the architect to communicate the project's character in a coordinated presale presentation.
A roughly two-meter monkey character combines a curved LED display with time announcements and configurable messages. Swappable bread and hat accessories adapt the installation to seasonal events and family photo opportunities.
An educational geothermal model compares conventional methods with new drilling technology. Interactive lighting and movement explain underground conditions, while multiple viewing areas connect geothermal generation with its role around the Pacific Rim.
A 1:45 sales model presents a Banqiao Guoguang Road redevelopment and its surroundings. Laser-cut structures, tile-matched colors, warm lighting and a fitted display base help prospective buyers understand the planned neighborhood.
An interactive EMS model at Energy Taiwan 2024 uses buttons to demonstrate charging-station management, factory dispatch and renewable integration. Its portable format was planned for follow-up use by the client's sales team.
A roughly 1.5-by-1-meter power-systems model was developed for Energy Taiwan 2024. Programmed LEDs demonstrate different operating scenarios, with an adjustable sequence designed to support exhibition use and later showroom presentations.
Shown at Energy Taiwan 2024, this storage-site model demonstrates charging and discharging flows. Two cabinet displays distinguish exterior finishes from internal battery-module arrangements, providing a reusable alternative to transporting full-size equipment.
A roughly 70-centimeter SolarEdge model at Energy Taiwan 2024 opens to reveal internal battery modules. Magnetic separation from the base simplifies handling and offers an alternative to transporting full-size equipment.
Scale equipment models for SEMICON Taiwan 2024 reproduce exterior structures while allowing sensitive internal technology to remain undisclosed. Flowing lights explain operation in a reusable format that reduces full-size equipment handling.
A portable loop-road model demonstrates ETC using tablet-triggered vehicle movement. Sensors activate lights as vehicles pass the gantry, and captured vehicle images return to the tablet alongside selectable product information.
A 100-by-50-centimeter factory-scene model explains power-control applications through flowing lights and scenario buttons. Presented at SEMICON Taiwan 2024, it provides a portable tabletop format for exhibitions and meeting-room demonstrations.
A roughly 70-centimeter cabinet model at SEMICON Taiwan 2024 reveals exterior forms and internal battery modules. Rendered design reviews and carefully planned viewing angles support clear explanations of a customized storage arrangement.
A factory-layout model uses transparent partitions and LED sequences to explain organic-waste treatment and reuse. 3D-printed equipment, concealed lighting and carefully finished surfaces provide a visible guide to otherwise complex production processes.
Transparent layers and programmed light paths explain solar-cell conversion in an approximately 70-centimeter model. A central seven-segment display changes with each scenario, linking visible layer structures to corresponding numerical information.
A two-seat FRP vehicle display lets visitors try a smart steering wheel, interactive screens and a touch-controlled sunroof switch. Adjustable ambient lighting, flexible seating and concealed wheels support showroom use and repositioning.
Aerial photographs informed a detailed model of the Luyuan energy-storage site associated with Taipower and Recharge Power. Fine cabinet graphics, a raised logo and a wheeled display base combine technical accuracy with practical handling.
A compact Lexar display tank submerges products and generates bubbles for a visible environmental-resistance demonstration. An opening lid, bottom drain and 110–220 V power range support convenient handling and exhibition setup.
A 30-by-30-centimeter glass display box sends sand upward around the product to recreate blowing dust. A built-in tabletop base, modeled terrain and sand-return mechanism support repeated exhibition demonstrations.
An A4-sized equipment model reveals both the product exterior and its internal principles. Designed for customer visits and exhibitions, it gives sales teams a portable way to explain specialist features.
A compact plant model explains composting equipment that cannot be brought to an exhibition. Push-button controls guide visitors through the process sequence, while its 80 × 40 cm footprint supports transport by car.
A 60 × 60 cm cutaway model reveals the rainwater recovery system concealed beneath outdoor flooring at TAIPEI 101. A transparent cover and wheeled base support explanation, movement and indoor storage.
A 1 × 1 m tabletop machinery model combines clean equipment detailing with an aluminum transport case. Reinforced mounting and an adjustable 110–220 V setup address the requirements of overseas exhibitions.
A 150 × 100 cm model maps semiconductor production from design through packaging. Detailed 3D-printed equipment and carefully applied finishes support group viewing and explanation of the machinery involved at each stage.
Built for the 2024 Smart City exhibition, this 180 × 110 cm campus model combines tablet controls, focused lighting, scenario videos and moving mechanisms to explain construction, safety and emergency-response applications.
An interactive model for the 2024 Smart City exhibition explains 5G positioning and network slicing. A large OLED screen, scenario animations and upright tablet controls connect traffic and emergency-response concepts with a physical scene.
A grid-system model for the 2050 Net Zero City exhibition combines physical equipment with research-based explanations. Tablet information pages and on-site interpretation introduce energy storage, power dispatch and electricity trading applications.
An interactive model explains the hydrogen and ammonia energy supply chain through a physical scene and bilingual tablet pages. Touch controls illuminate selected areas, connecting production, storage and transport in one presentation.
Created for the 2024 Smart City exhibition, this interactive model explains air quality monitoring across construction sites, industrial areas, farms, streets and ports. Lighting and push-button controls show how abnormal readings trigger data reporting.
An interactive urban and agricultural scene explains water monitoring and flood response. Rainfall and CCTV demonstrations, LED flow indicators and a scripted sequence show how water can be directed to detention basins or irrigation channels.
A 100 × 50 cm parking model combines moving vehicles and live CCTV with demonstrations of payment, renewable energy, storage and EV charging. Prepared for the 2024 Smart City exhibition, it was also intended for showroom use.
A light rail model demonstrates communication between an onboard unit and a central management system. Tablet-selected explanation and interactive modes combine a moving train with simulated OBU alerts to explain the response to unsafe crossings.
An integrated transport and display case places the ADLINK EMU product beside a video guide. The portable presentation explains data communication applications ranging from renewable energy monitoring to smart charging, supporting guided and overseas demonstrations.
A 1:60 architectural model presents the Shengeng 13 development in Bade, Taoyuan. Standing 1.2 m tall, its plain building finish contrasts with planting, while laser-cut structures and 3D-printed features explain the overall site design.
An equipment model for Skytech refines the client's 3D design for miniature fabrication. Repeated design reviews, detailed finishing and backlighting balance the machine's original appearance with the needs of an exhibition display.
A portable laminating-machine model introduces equipment developed by YESSING MACHINERY for overseas exhibitions. Detailed 3D-printed components, finished metal surfaces and lighting beneath the machine support the display, with voltage and plug requirements considered for its destination.
An interactive 3D-printed model reproduces Academia Sinica's quantum equipment layout. Button controls and programmed lighting help explain operating principles and potential applications, linking a complex research installation with subjects such as information security and artificial intelligence.
A 3D-printed model explains the offshore layout and operating sequence of an ocean current power system. Moving mechanisms and lighting trace energy conversion, from submerged generators through undersea cables to shore-based equipment and electricity users.
Historical photographs and restoration specialists guided conjectural reconstructions of the museum's architecture across three periods. 3D-printed models reveal changes from the Japanese colonial era into modern Taiwan, with exhibition lighting reinforcing the viewing experience.
A manually operated medical equipment model explains a linear accelerator's movement and treatment geometry. Magnetic components, a custom sliding platform and a carbon-fiber base combine hands-on demonstration with a compact format for transport and display.
A model of equipment jointly researched by Academia Sinica and Taipower introduces carbon separation and hydrogen combustion technology. Built from client photographs and approved 3D views, this time-sensitive project was completed in two weeks.
An interactive production-line model for ASC combines 3D-printed equipment, concealed LED lighting and a custom tablet app. Selectable information points, video playback and a standalone mode support explanations of PTFE processing at semiconductor exhibitions.
A 70 cm energy storage cabinet model uses SLA printing, laser-cut parts and magnetic opening doors to reveal its battery arrangement. A wheeled aluminum case and exhibition handling support transport and demonstrations of maintenance access.
A three-week model-making project explains natural gas decomposition and hydrogen-based power generation. Button interaction, moving mechanisms for solid-carbon handling and programmed flowing lights connect the stages of the process in one physical demonstration.
A 150 × 100 cm, three-story building model connects materials, energy, space, water and biological cycles. Tablet controls, automatic video guidance and lighting introduce low-carbon features including ALC blocks, hollow cement panels and recycled-plastic flooring.
A compact recycling-machine model was designed for an exhibition in Japan. 3D-printed equipment, under-base lighting, an adaptable power supply and a wheeled protective case address the practical demands of presenting machinery overseas.
A 120 × 70 cm display brings together home energy storage, charging stations and storage cabinets. Grayscale finishes, varied printed surfaces and clear acrylic create a coordinated model developed through 3D review with URE.
A smart traffic model combines augmented reality with a dedicated tablet app that activates lighting and moving elements. Created for the 2023 Smart City exhibition, it translates a digital-transformation theme into an integrated physical demonstration.
An interactive small modular reactor model explains an overall power-generation concept. Layered materials give the equipment a distinct physical presence, while a custom tablet app coordinates information with lighting for a guided demonstration.
Frosted transparent 3D-printed buildings diffuse the model's lighting, while animated lights trace scenarios across the base. The display supports host-led audience interaction, rapid topic changes and coordinated multimedia at an energy exhibition.
A roughly 60 cm building cutaway uses changing LEDs, a smoke generator and concealed ventilation to explain a fire scenario. Built for an exhibition at Songshan Cultural and Creative Park, it makes smoke movement visible.
A 50 cm interactive building model compares traditional shared exhaust with floor-level ventilation. Programmed LEDs trace airflow across two floors, and push-button controls let visitors explore the different scenarios and understand the backflow problem.
A scaled energy storage cabinet reveals a complex arrangement of parts and circuits. Detailed 3D printing, manual finishing and carefully selected materials balance the need to reproduce internal equipment with a durable exhibition presentation.
An interactive microgrid model combines frosted transparent buildings, continuous-looking light lines, buttons and moving mechanisms. The design uses illumination to distinguish the main systems and lets presenters explain how they operate under different scenarios.
An interactive oven model demonstrates an AGV loading equipment for semiconductor and electronics applications. Quiet linear door motion, a reinforced AGV platform and a custom aluminum case address exhibition operation and overseas transport.
A 130 × 100 cm projection-mapping model illustrates MSI's Wi-Fi signal extension technology. Animation projected onto a plain physical layout shows signals crossing obstacles, connecting an otherwise invisible process with a recognizable environment.
A lightweight teaching model for TASA separates into multiple sections using magnetic connections. Developed through 3D design reviews and printing, it combines accessible disassembly with carefully arranged joints for demonstrations and transport between educational settings.
A CubeSat model combines ABS plastic, acrylic and metal components with concealed screws for practical assembly and disassembly. 3D planning, printing and laser cutting supported the detailed space-technology display within a tight project schedule.
A marine monitoring model places detailed SLA-printed equipment within a transparent blue underwater scene. Layered epoxy casting creates the water effect, while post-processing reproduces the client's equipment for an agricultural technology exhibition display.
A 180 × 100 cm model introduces Xinwu's traditional stone fish weirs, local biodiversity and fishing practices. 3D printing reduces weight, while fiberglass reinforcement supports an educational display with clear physical detail.
An interactive model explains how housing can collect, filter and reuse rainwater for landscape irrigation. Buttons and programmed lighting show storage and detention scenarios, including the release of excess water during continued rainfall.
A vintage excavator model offers automatic sensor-triggered motion and hands-on joystick control. Designed for the Longtian Chacha cultural heritage venue, it includes maintenance access and installation details suited to a repeatedly handled interactive exhibit.
A 1:100 architectural model presents the Yucheng social housing development in Nangang. Refined drawings, laser-cut structures and 3D-printed details balance a large site and numerous housing units with readable building form.
A 200 × 150 cm interactive model connects tablet information with illuminated application scenes. Developed for KIOXIA at COMPUTEX 2023, it helps visitors locate and understand chip and memory uses within a physical environment.
An ASRock mascot for COMPUTEX 2023 uses fiberglass-reinforced plastic and a supported internal structure. Client-reviewed colors, installation and positioning services bring the character into the exhibition while addressing handling and display requirements.
A 1:100 school model lets construction teams and the client preview a new campus project. In-house 3D printing and coordinated digital drawings reproduce complex forms, with colors checked against the client's requirements.
A 1:40 architectural model presents the Fulin Yundian development through precise facade detailing and carefully planned lighting. Aligned tile-line cuts and soldered LED strips support a clear, well-finished display for the sales presentation.
A 240 × 180 cm model at 1:40 scale previews the Jun-Yue Phase 2 development. Colors are compared with the actual tile finishes, while the large display helps sales staff explain the project's layout and completed appearance.
A 1:300 architectural model places YUNG YUAN TECHNOLOGY MATERIALS's buildings within their factory grounds and surrounding area. Laser cutting and 3D printing define the site, while planned AR guidance connects the physical display with the company's history.
A smart traffic model brings C-V2X, pedestrian crossing protection, uninterruptible power and optimized traffic signals into one scene. Bluetooth-controlled moving vehicles demonstrate traffic flow, combining physical modeling with electromechanical and software integration.
A 70 × 60 cm island scene explains emergency electricity, renewable energy and storage for remote communities. Contrasting visual treatments, controlled LEDs and rotating mechanisms guide visitors through the energy application at the 2023 Smart City exhibition.
A portable 70 × 60 cm grid model uses controlled lighting to explain energy storage in different settings. Built for the 2023 Smart City exhibition, it is also sized for showroom displays and customer-side presentations.
A 5 × 3.5 m district model at approximately 1:400 scale combines 3D printing, CNC machining and laser cutting. Reviewed digital layouts and lighting simulations guide a plain-finish presentation that retains detailed architectural textures.
A 1:400 model preserves the planned appearance of VisEra's Longtan factory development. Acrylic, 3D-printed details, laser-cut components and lighting form a compact commemorative display suited to a showroom or executive office.
Twenty satellite gift models reproduce TRITON at 1:20 scale. Maxmodel handled design, 3D printing, laser cutting, color graphics, plaques and painting as one production process, with attention to a durable and orderly finish.
A Greenland Telescope model combines simultaneous horizontal and vertical motion with joystick and automatic modes. Counterbalancing reduces the load on the moving assembly, while standardized industrial wiring supports the equipment behind the display.
A custom model for the Taipei Twin Towers groundbreaking ceremony explores the buildings through matte materials and layered design. The presentation emphasizes atmosphere and surface contrast alongside the form of the future landmark.
An interactive satellite model uses a red laser and a reflective blue sea surface to demonstrate a signal path. A receiving circuit triggers a sound when alignment succeeds, combining metal supports with reinforced 3D-printed components.
A solar-site model shown at an energy exhibition uses a strong plain-color treatment to emphasize construction detail. Clean surfaces and visual contrast make the arrangement readable and keep attention on the installation's key features.
A lightweight model transfers the operating concept of a solar tracking system into a portable display. The design considers durability and exterior finish so presenters can demonstrate the movement without transporting the original equipment.
An architectural competition model uses laser cutting and 3D printing to meet a short presentation schedule. A visually open entrance and contrasting materials add layers to the plain-finish design without obscuring the overall concept.
Moving DNA forms, character figures and a custom spacecraft control interface create a space-themed environment inside a recruitment vehicle. 3D printing, specialist fabrication and painting support a touring presentation planned for university campuses.
A 3D-printed storage cabinet exposes its equipment through alternating transparent and colored front panels. Repeated battery modules are hand-assembled inside, letting the exhibition model present the exterior and internal arrangement together.
An illuminated brain model uses concealed wiring and button-selected lighting scenarios to introduce medical concepts. The design integrates electrical routes into the physical form so attention stays on the highlighted areas during an exhibition demonstration.
Detailed 1:10 display models use careful painting to reproduce material differences and signs of wear. Matte, metallic, plastic, weathered and gloss finishes reduce the printed appearance and give the miniature collection varied surface character.
A complete wastewater treatment plant model is paired with an augmented-reality interface. Visitors use a tablet camera and alignment markers to access equipment information, adding a digital layer to the physical site presentation.
Two water tanks and a handwheel-operated pump demonstrate aeration for young visitors. Turning the wheel agitates material from the tank bottom, and ten turns trigger an explanatory video that connects the hands-on activity with the treatment process.
Two handwheels let children work together to move a central conveyor carrying red balls that represent waste. Custom metal mechanisms form a themed interactive exhibit intended for exhibition halls and permanent educational displays.
Projected characters move through a physical island scene at the SHUTER visitor factory. The installation combines models with the retail setting, using imagery connected with ancestral spirits and Taiwan to support the brand presentation.
A 300 × 230 cm architectural model translates the design drawings into a large sales display. Tile and stone finishes are color-matched with the architect's requirements, giving visitors a tangible impression of the development.
A wall-mounted geothermal landscape model uses LED-fed light-guide panels to illuminate contour lines. Colored three-dimensional elements around the map identify key areas, combining a site explanation with the presence of a sculptural display.
A scale model of the 浮雲市集 recreates its cloud mascot, container structures and timber walkways. Developed with National Taiwan University of Arts, it uses scene-specific details to reproduce the character of the market.
A 1:300 architectural model combines lightly translucent, more transparent and clear materials. Developed with the architect, the display reveals structural details and floor layers, bringing depth to a plain-finish model for meeting presentations.
A 1:100 church redevelopment model combines laser-cut structures, 3D-printed details and lighting. The physical display helps neighboring residents discuss the future building and understand the wider spatial arrangement during urban renewal coordination.
A memorial diorama imagines Eison performing at the Bird's Nest with his wife. 3D-printed figures and panoramic printed scenery create the concert setting, made for a lasting display at Sanxia Tianpin Villa.
A temple model combines laser cutting with finely detailed 3D printing to reproduce stone lions, carved decoration and dragon columns. Displayed at the temple, it gives visitors an elevated view of the complete architectural setting.
Two moving models compare different structural conditions using the client's seismic damper design. Material selection and matched demonstration scenarios help presenters explain the contrast as part of a property-development sales display.
A communications equipment model uses material and finish contrasts to explain the intended design. Polished, low-sheen and matte surfaces, selected from the client's drawings, make the physical prototype more informative in review meetings.
A marine engineering scene combines button-selected lighting with a rotating wind turbine. Developed through discussions and renderings with Taipower, the model finishes the technical presentation with a hand-crafted depiction of the sea surface.
A satellite display model combines 3D-printed parts, laser-cut elements and metal structures. Contrasting materials reproduce the equipment's layered appearance and give the development team a physical reference when explaining the design to partners.
A smart pole model connects 5G equipment, EV charging and environmental monitoring within a shared structure. 3D-printed parts and UV-printed frosted acrylic combine the physical device with explanatory information for Far EasTone's TPKC display.
A road cross-section compares conventional and modern paving approaches within a realistic worksite. 3D-printed and laser-cut forms, worker figures and material treatments resembling gravel and concrete turn the construction layers into a physical teaching display.
A plain-finish architectural model is produced through full-building 3D printing. Reviewing the digital design with the client before fabrication reduces repeated checks, while a white painted finish gives the completed model a consistent appearance.
A 3D-printed inspection vehicle and interactive smart pole explain Taipower's 5G applications. The pole combines a charging connector with changing lights and an embedded screen, linking equipment interaction with the client's design explanation.
An automated logistics model combines custom app controls with mechanisms planned in 3D. Printed assemblies and a programmed electromechanical control board coordinate the moving display, presented at the 2022 automation exhibition.
A 200 × 300 cm model reproduces an unmanned technology factory with programmed mechanisms, tablet power controls and illuminated floor zones. Photopolymer-printed components and metal parts form a display developed over approximately four months.
Two 300 × 40 cm display assemblies create a space-themed setting for TSMC recruitment events. Automated elements, moving character figures and lighting combine 3D printing, laser cutting and finishing, with client-reviewed renderings guiding a two-month production schedule.
A 2.5 m smart pole model combines a removable EV charging connector with color-changing lights. An embedded working screen presents the client's design concept, while the large format gives visitors a hands-on equipment demonstration.
A roughly 1:6 satellite model uses a metal structure for exhibition suspension. 3D-printed antennas and curved forms combine with solar-panel and reflective-foil finishes, with the completed assembly hung and checked before delivery.
An A3-sized medical teaching model turns an abstract drug-response process into a sequenced light display. 3D-printed cells and a transparent central component combine with programmed controls to help exhibition visitors follow the explanation.
A model links a physical trigger, lighting and a rotating platform with computer playback. Moving the model mouse activates a concealed limit switch; after a three-second motion sequence, a custom application coordinates the explanatory visuals.
An A4-sized body model uses button-triggered sequences to illustrate targeted drug delivery to areas including bone, prostate and lymphatic tissues. Pre-arranged wiring and a 110 V supply connection support quick setup for traveling educational displays.
A plain-finish architectural model combines laser cutting and photopolymer printing to retain fine details and views through the structure. A polished acrylic base and rotating platform let viewers examine the building from different angles.
A 300 × 200 cm landscape model brings rooftop, fishpond, livestock-farm and floating solar applications into one scene. Laser-cut and 3D-printed terrain and buildings are complemented by hand-made planting for a detailed regional display.
A custom coffee bean container was developed for a limited-edition customer gift. Approximately 15 cm in diameter, it combines a 3D-printed body with cut metal mesh sized around the beans, supporting small-batch production.
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