E1. Core Purpose


Nuclear will expand geometric abstract art from a single “picture object” into a comprehensive practice form within a deployable material system, process flow, and production system. This shift means that geometric abstraction will no longer exist solely on screens or canvases, but can enter the real-world manufacturing chain, transforming into real product forms that can be replicated, customized, scaled, and commercialized, such as installation art, architectural facades, textile patterns, digital prints, spatial furnishings, and interactive media interfaces.

E1.Core purpose


E3-1. Materials, Processes, and Integrated Methods Course Test

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E3.AI Materials, Processes, and Integrated Method Application System

Geometric structure and material feasibility analysis
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Paper
benchmark
  1. Cutting/Laser Cutting
  2. Clear boundaries, thin and light surface
  3. Thin bridges are prone to breakage; the edges of holes are prone to fraying.
  4. Suitable for planar geometry
  5. Avoid dense holes; widen key areas.
Paper
Folded surface
  1. Indentation + folding
  2. Shadows are generated on the plane transition surface
  3. Fibers are prone to cracking at fold lines
  4. Suitable for folded structures
  5. Avoid the dense area of holes with zigzag lines
Paper
Stacked
  1. Multi-layer stacking
  2. Layering and thickness enhancement
  3. Alignment errors accumulate
  4. Suitable for relief structures
  5. First, position the holes, then overlap the adhesive.
Paper
Hollow out
  1. Hollow Cut
  2. Pore forming structural pattern
  3. Too many holes will cause tearing.
  4. Suitable for grid structures
  5. Rounding the edges of holes
Paper
Embossing
  1. Embossing texture
  2. Enhanced light and shadow levels
  3. Going too deep will tear the paper.
  4. Suitable for background texture structure
  5. Avoid the narrow bridge area
Paper
coating
  1. Spraying/Dyeing
  2. Color uniformity
  3. Coating affects pore size
  4. Suitable for color block training
  5. Apply thin coats multiple times
Cardboard / Gray board
benchmark
  1. Straight cut/laser cutting (standard thickness)
  2. Stable shape, strong surface texture, slightly rough edges
  3. Fine pores are prone to burrs; long, thin cantilever arms are prone to breakage.
  4. Suitable for large geometric surfaces, mosaic base plates, and structural bases.
  5. Leave sufficient bridge width around the hole; prioritize rounded holes to reduce tearing.
Cardboard / Gray board
Insert connection
  1. Grooving + Insert (no glue required)
  2. The connection nodes are clearly defined, and the modular design is strong.
  3. The slot width and material thickness must match; repeated insertion and removal will cause it to loosen.
  4. Suitable for grid frames, repeating units, and assembly structures
  5. Groove width = thickness ± 0.2mm; double grooves added in the direction of force.
Cardboard / Gray board
Layered Thickening
  1. Multiple layers of overlapping (misaligned or aligned)
  2. Enhanced thickness and shadows create a more architectural feel.
  3. Lamination misalignment errors accumulate; glue causes warping.
  4. Suitable for relief geometry, stepped layers, and boundary reinforcement
  5. Partial dispensing and weighting; first locate the holes, then stack the substrate.
Cardboard / Gray board
Edge wrapping
  1. Edge wrapping paper/cloth tape/thin leather covering
  2. More refined edges, improved overall texture
  3. Edge binding incurs tolerances; covering the hole opening will reduce the hole diameter.
  4. Suitable for display pieces and geometric works requiring clean edges.
  5. Chamfer the edges first, then wrap the edges; leave the hole area unwrapped or leave a margin.
Cardboard / Gray board
Indentation fold
  1. Indentation + bending forming (multi-faceted)
  2. Transforming a flat surface into a three-dimensional shape creates stronger shadows.
  3. Fiber breakage at the fold line; thick plates show significant springback.
  4. Suitable for strips, boxes, folds, and frames.
  5. V-groove/thinning before folding; fold line avoids densely pore area.
Cardboard / Gray board
Surface coating
  1. Primer + Matte/Gloss Top Coat
  2. The texture is more uniform and the color blocks are cleaner.
  3. Increasing coating thickness affects tolerances
  4. Suitable for color block training and structural partitioning
  5. Seal the edges first, then apply the topcoat; apply thin coats multiple times to avoid bubbling.
MDF / Medium-density fibreboard
benchmark
  1. Laser/Sawing
  2. Surface flat
  3. Thin ribs are easily broken
  4. Suitable for base plate structure
  5. Increased hole spacing
MDF / Medium-density fibreboard
bas-relief
  1. CNC engraving
  2. Enhanced hierarchy
  3. Tool diameter limitation
  4. Suitable for hierarchical structures
  5. inner corner fillet
MDF / Medium-density fibreboard
Burnt edge
  1. Laser focal edge
  2. Boundary reinforcement
  3. Burnt edges and powder falling off
  4. Suitable for contour structures
  5. Edge banding
MDF / Medium-density fibreboard
splicing
  1. Segmentation
  2. Clearly modular
  3. Tolerance
  4. Suitable for modular structure
  5. positioning holes
MDF / Medium-density fibreboard
chamfer
  1. chamfering
  2. Soft edges
  3. Size change
  4. Suitable for displaying structures
  5. Fine grinding
MDF / Medium-density fibreboard
Painting
  1. primer + topcoat
  2. Color uniformity
  3. plugging hole
  4. Suitable for color block structure
  5. Thin coating
Plywood
benchmark
  1. sawing
  2. Clear layering
  3. Edge breakage
  4. Suitable framework
  5. Rounded corner holes
Plywood
Mortise and tenon
  1. Slotted assembly
  2. Clear structure
  3. slot width error
  4. Suitable for grids
  5. Groove fillet
Plywood
Texture direction
  1. Forward and reverse pattern arrangement
  2. Rhythm changes
  3. Easy to break
  4. Suitable for strips
  5. Thickened
Plywood
polishing
  1. Polishing
  2. Enhanced texture
  3. Aperture variation
  4. Suitable for display
  5. Fine grinding
Plywood
Hollow out
  1. Hollowed-out back panel
  2. Enhanced hierarchy
  3. Intensity decrease
  4. Suitable for window panes
  5. Reinforcement
Plywood
oil
  1. Wood wax oil
  2. Texture highlighting
  3. Color difference
  4. Suitable for material expression
  5. Thin coating
Solid wood
benchmark
  1. sawing
  2. High quality
  3. crack
  4. Suitable for solid structures
  5. Along the texture
Solid wood
Mortise and tenon
  1. Mortise and tenon joint
  2. Nodes are obvious
  3. High precision
  4. Suitable modules
  5. Leave a business trip
Solid wood
Stacked
  1. Step structure
  2. The shadow is obvious
  3. Warp
  4. Suitable for level
  5. Positioning pin
Solid wood
Burning
  1. Burnt texture
  2. Contrast enhancement
  3. Carbon layer powdering
  4. Suitable for coarse structures
  5. Sealed carbon layer
Solid wood
dyeing
  1. wood dye
  2. Color block partitioning
  3. Uneven color absorption
  4. Suitable colors
  5. cover
Solid wood
Oils and waxes
  1. Wood wax oil
  2. Gloss stability
  3. Oil accumulation
  4. Suitable for display
  5. Thin coating
Acrylic
benchmark
  1. Laser cutting
  2. Clear boundaries
  3. Easily cracked
  4. Suitable geometry
  5. Rounded corners
Acrylic
Stacked
  1. Transparent stack
  2. Deep Enhancement
  3. Hole Alignment
  4. Suitable for repetitive structures
  5. positioning holes
Acrylic
frosted
  1. Sandblasting
  2. Soft light
  3. Easily soiled
  4. Suitable level
  5. Unified direction
Acrylic
Hot bending
  1. Hot bending
  2. Folded surface
  3. Albinism
  4. Suitable for strips
  5. mold
Acrylic
polishing
  1. Edge polishing
  2. Illuminated edge
  3. Size change
  4. Suitable for contours
  5. First chamfer
Acrylic
Backlight
  1. LED backlight
  2. Enhanced lighting
  3. Heat dissipation
  4. Suitable for display
  5. Reserved lines
Aluminum plate
benchmark
  1. Laser cutting
  2. Metallic feeling
  3. bending
  4. Suitable framework
  5. Rounded corner holes
Aluminum plate
anode
  1. Anodizing
  2. Color stability
  3. scratch
  4. Suitable for color blocks
  5. Oxidation after processing
Aluminum plate
Brushed
  1. Wire drawing process
  2. Directional texture
  3. Texture disorder
  4. Suitable for strips
  5. Unified direction
Aluminum plate
Bending
  1. Bending
  2. 3D
  3. crack
  4. Suitable for folding
  5. Leave radius
Aluminum plate
punching
  1. Punch array
  2. Rhythm Pattern
  3. Intensity decrease
  4. Suitable for arrays
  5. Uniform hole spacing
Aluminum plate
assembly
  1. Screw connection
  2. Module structure
  3. Hole position error
  4. Suitable modules
  5. Standard hole spacing
Steel plate
benchmark
  1. Laser cutting
  2. tough
  3. Deformation
  4. Suitable for coarse structures
  5. Thickened
Steel plate
welding
  1. welding
  2. Nodes are obvious
  3. accuracy
  4. Suitable framework
  5. clamps
Steel plate
Oxidation
  1. Rust
  2. Texture
  3. Inequality
  4. Suitable for material expression
  5. Control humidity
Steel plate
Folding board
  1. Bending
  2. shadow
  3. stress
  4. Suitable for folding
  5. Reserved radius
Steel plate
Hollow out
  1. Hollow out
  2. Light and shadow
  3. Deformation
  4. Suitable for arrays
  5. Hole spacing
Steel plate
Spraying
  1. Powder coating
  2. color surface
  3. thickness
  4. Suitable for color blocks
  5. Thin coating
Glass
benchmark
  1. Water jet
  2. transparent
  3. Easily cracked
  4. Suitable geometry
  5. Rounded corners
Glass
frosted
  1. Sandblasting
  2. Soft light
  3. fingerprint
  4. Suitable level
  5. Unified processing
Glass
mezzanine
  1. Lamination
  2. level
  3. weight
  4. Suitable for layering
  5. Controlling thickness
Glass
Colorful
  1. Colored interlayer
  2. Colored light
  3. Color difference
  4. Suitable colors
  5. unified color scheme
Glass
Etching
  1. Etching
  2. pattern
  3. Depth is difficult to control
  4. Suitable for details
  5. Control Time
Glass
Backlight
  1. led
  2. Light and shadow
  3. Heat dissipation
  4. Suitable for display
  5. Reserved lines
Fabric
benchmark
  1. Cutting
  2. soft
  3. Scattered edges
  4. Suitable for soft structures
  5. Overlock
Fabric
Frame
  1. stretching
  2. smooth
  3. tension
  4. Suitable for flat surfaces
  5. Uniform stretching
Fabric
fold
  1. Folded surface
  2. shadow
  3. creases
  4. Suitable for folding
  5. Pre-fold line
Fabric
patchwork
  1. splicing
  2. Color blocks
  3. thickness
  4. Suitable colors
  5. Uniform thickness
Fabric
embroidery
  1. embroidery
  2. line
  3. time consuming
  4. Suitable for linear
  5. Controlled density
Fabric
coating
  1. coating
  2. Texture
  3. harden
  4. Suitable for mixing
  5. Local coating
PVC board
benchmark
  1. Cutting
  2. smooth
  3. Melting edge
  4. Suitable for sheet metal
  5. Trial cut
PVC board
Hot bending
  1. Hot bending
  2. Folded surface
  3. foaming
  4. Suitable for strips
  5. mold
PVC board
Buckle
  1. Buckle connection
  2. tidy
  3. fatigue
  4. Suitable modules
  5. Leave a business trip
PVC board
screen protector
  1. Coating
  2. Material changes
  3. curled edges
  4. Suitable for surfaces
  5. Defatting
PVC board
Hole array
  1. Pores
  2. Rhythm
  3. strength
  4. Suitable for arrays
  5. Reinforcement
PVC board
Spraying
  1. Spray paint
  2. color surface
  3. Paint accumulation
  4. Suitable for color blocks
  5. Thin spray
Foam board
benchmark
  1. knife cut
  2. Frayed edges
  3. Suitable Model
  4. Widening
Foam board
Stacked
  1. Overlay
  2. level
  3. Warp
  4. Suitable for relief carving
  5. counterweight
Foam board
Folded surface
  1. Pressing
  2. shadow
  3. fracture
  4. Suitable for folding
  5. shallow pressure
Foam board
Reinforcement
  1. Back ribs
  2. Stable
  3. thickness
  4. Suitable span
  5. Along the force
Foam board
Embedded
  1. slotted embedding
  2. Compare
  3. Tear
  4. Suitable for partitioning
  5. Rounded corner groove
Foam board
Sealing
  1. Sealing
  2. unified
  3. corrosion
  4. Suitable for display
  5. Water-based
Leather
benchmark
  1. Cutting
  2. Texture
  3. Tear
  4. Suitable for strips
  5. Rounded corners
Leather
Embossing
  1. Embossing
  2. Texture
  3. broken skin
  4. Suitable for background patterns
  5. Pressure test
Leather
stitching
  1. stitching
  2. line
  3. Tear
  4. Suitable for grids
  5. Stitch
Leather
backing
  1. Hollowed-out backing
  2. Color blocks
  3. fracture
  4. Suitable for window panes
  5. Bold
Leather
rivet
  1. Rivet connection
  2. node
  3. error
  4. Suitable modules
  5. gasket
Leather
dyeing
  1. dyeing
  2. Color blocks
  3. Inequality
  4. Suitable colors
  5. cover
Rubber sheet
benchmark
  1. Cutting
  2. soft
  3. Deformation
  4. Suitable for soft structures
  5. Extended range
Rubber sheet
stretching
  1. Zhang La
  2. direction
  3. Tear
  4. Suitable for dynamic
  5. Reinforcement
Rubber sheet
punching
  1. punching
  2. Rhythm
  3. fracture
  4. Suitable for arrays
  5. Hole spacing
Rubber sheet
Stacked
  1. Misaligned stacking
  2. depth
  3. Slip
  4. Suitable for double images
  5. Location
Rubber sheet
Buckle
  1. Buckle
  2. assembly
  3. fatigue
  4. Suitable modules
  5. Rounded corners
Rubber sheet
Texture
  1. Embossing
  2. level
  3. strength
  4. Suitable for surfaces
  5. shallow lines
Concrete
benchmark
  1. Pouring
  2. Heavy
  3. cracking
  4. Suitable for physical objects
  5. Reinforcing steel
Concrete
mold
  1. mold casting
  2. accurate shape
  3. bubble
  4. Suitable modules
  5. Vibration exhaust
Concrete
surface
  1. polishing
  2. luster
  3. time consuming
  4. Suitable for display
  5. Fine grinding
Concrete
aggregate
  1. Exposed material
  2. Particles
  3. Inequality
  4. Suitable for material expression
  5. Control ratio
Concrete
Inserts
  1. Embedded metal
  2. Compare
  3. Shedding
  4. Suitable for mixing
  5. Pre-embedded
Concrete
dyeing
  1. Concrete staining
  2. tone
  3. Color difference
  4. Suitable for color blocks
  5. Even coating
Ceramics
benchmark
  1. Firing
  2. hard
  3. fragile
  4. Suitable for physical objects
  5. thickness
Ceramics
Glaze
  1. Glazing
  2. luster
  3. Glaze
  4. Suitable for surfaces
  5. Thin glaze
Ceramics
Engraving
  1. Engraving
  2. Texture
  3. crack
  4. Suitable for details
  5. shallow engraving
Ceramics
Glazed
  1. Colored glaze
  2. Color
  3. Color difference
  4. Suitable for color blocks
  5. uniform
Ceramics
Hollow out
  1. Hollow out
  2. Light and shadow
  3. rupture
  4. Suitable for window panes
  5. Thick edge
Ceramics
splicing
  1. splicing
  2. Structure
  3. error
  4. Suitable modules
  5. Location
Stone
benchmark
  1. Cutting
  2. Heavy
  3. Shatter
  4. Suitable for physical objects
  5. Thickened
Stone
engraving
  1. engraving
  2. Texture
  3. time consuming
  4. Suitable for relief carving
  5. shallow carving
Stone
polishing
  1. polishing
  2. luster
  3. Smooth surface
  4. Suitable for display
  5. Fine grinding
Stone
Rough noodles
  1. Fire-roasted noodles
  2. rough
  3. Shatter
  4. Suitable for material expression
  5. Controlling temperature
Stone
splicing
  1. splicing
  2. Structure
  3. error
  4. Suitable modules
  5. Location
Stone
dyeing
  1. Stone dyeing
  2. tone
  3. Inequality
  4. Suitable for color blocks
  5. uniform
Plastic sheet
benchmark
  1. Cutting
  2. smooth
  3. Melting edge
  4. Suitable for sheet metal
  5. Trial cut
Plastic sheet
Hot bending
  1. Hot bending
  2. Folded surface
  3. Albinism
  4. Suitable for strips
  5. mold
Plastic sheet
punching
  1. punching
  2. Rhythm
  3. Deformation
  4. Suitable for arrays
  5. Hole spacing
Plastic sheet
Stacked
  1. Stacked
  2. depth
  3. Slip
  4. Suitable for double images
  5. Location
Plastic sheet
Texture
  1. Embossing
  2. level
  3. strength
  4. Suitable for surfaces
  5. shallow lines
Plastic sheet
Spraying
  1. Spraying
  2. color surface
  3. Paint accumulation
  4. Suitable for color blocks
  5. Thin spray
Resin
benchmark
  1. Pouring
  2. transparent
  3. bubble
  4. Suitable for physical objects
  5. exhaust
Resin
dyeing
  1. Resin staining
  2. Color
  3. Inequality
  4. Suitable for color blocks
  5. mix
Resin
Embedded
  1. Embedded
  2. level
  3. Shedding
  4. Suitable for mixing
  5. fixed
Resin
polishing
  1. polishing
  2. luster
  3. time consuming
  4. Suitable for display
  5. Fine grinding
Resin
frosted
  1. Polishing
  2. Soft light
  3. scratches
  4. Suitable level
  5. fine sand
Resin
Backlight
  1. led
  2. Light and shadow
  3. Heat dissipation
  4. Suitable for display
  5. Reserved
Plaster
benchmark
  1. Pouring
  2. Matte
  3. Suitable Model
  4. Thickened
Plaster
mold
  1. mold casting
  2. Form
  3. bubble
  4. Suitable modules
  5. shock
Plaster
engraving
  1. engraving
  2. detail
  3. Shatter
  4. Suitable for relief carving
  5. shallow engraving
Plaster
dyeing
  1. dyeing
  2. tone
  3. Inequality
  4. Suitable for color blocks
  5. Thin coating
Plaster
Polishing
  1. Polishing
  2. smooth
  3. dust
  4. Suitable for display
  5. Fine grinding
Plaster
Sealing
  1. Sealing
  2. Protect
  3. thickness
  4. Suitable for display
  5. Thin coating
Carbon fiber
benchmark
  1. CNC cutting/waterjet cutting
  2. High strength and distinct texture
  3. Edge burrs
  4. Suitable for frame structure
  5. Edge banding
Carbon fiber
woven pattern
  1. Woven carbon fiber laminate
  2. Directional texture
  3. interlayer peeling
  4. Suitable for strip structures
  5. Controlling fiber orientation
Carbon fiber
Stacked
  1. Multilayer composite
  2. Thickness Enhancement
  3. bubble
  4. Suitable structural modules
  5. Vacuum pressing
Carbon fiber
polishing
  1. Polishing
  2. High gloss
  3. Obvious scratches
  4. Suitable for display pieces
  5. Fine grinding
Carbon fiber
Hole array
  1. Drilling array
  2. Rhythm Structure
  3. Fiber breakage
  4. Suitable for array structures
  5. Increased hole spacing
Carbon fiber
coating
  1. Transparent protective coating
  2. Texture enhancement
  3. Thickness variation
  4. Suitable for surface structures
  5. Thin coating
Fiberglass
benchmark
  1. Mold forming
  2. Lightweight and high strength
  3. Surface rough
  4. Suitable for curved surface structures
  5. Polishing
Fiberglass
Stacked
  1. Fiberglass cloth laminate
  2. Hierarchical enhancement
  3. Resin bubbles
  4. Suitable for composite structures
  5. suppress
Fiberglass
transparent
  1. transparent resin layer
  2. semi-transparent effect
  3. Yellowing
  4. Suitable for light and shadow structure
  5. UV stabilizer
Fiberglass
Spraying
  1. Spray painting
  2. Color uniformity
  3. Peeling
  4. Suitable for color block structure
  5. primer
Fiberglass
Hole array
  1. aperture array
  2. Light and shadow changes
  3. Edge burrs
  4. Suitable for array structures
  5. Edge sealing
Fiberglass
polishing
  1. polishing
  2. luster
  3. time consuming
  4. Suitable for display
  5. Fine grinding
Mycelium material
benchmark
  1. Mold growth
  2. Natural texture
  3. Limited strength
  4. Suitable ecological structure
  5. Thickened
Mycelium material
suppress
  1. Hot pressing
  2. Density Enhancement
  3. Deformation
  4. Suitable for boards
  5. Uniform pressure
Mycelium material
dyeing
  1. Natural dyes
  2. Natural tones
  3. fade
  4. Suitable for color structure
  5. Fixative
Mycelium material
Hollow out
  1. Opening structure
  2. Lightweight
  3. Brittle
  4. Suitable for grids
  5. Hole spacing
Mycelium material
splicing
  1. Module splicing
  2. The structure is obvious
  3. error
  4. Suitable modules
  5. Location
Mycelium material
Sealing
  1. Natural sealing
  2. durable
  3. thickness
  4. Suitable for display
  5. Thin coating
Aerogel
benchmark
  1. Block cutting
  2. Ultra-light transparent
  3. Extremely brittle
  4. Suitable experimental structure
  5. protective layer
Aerogel
mezzanine
  1. Sandwich structure
  2. Heat insulation
  3. rupture
  4. Suitable for composite structures
  5. Cover
Aerogel
Lighting effects
  1. Lighting effects
  2. Scattered light
  3. fragile
  4. Suitable for light and shadow
  5. Transparent shell
Aerogel
dyeing
  1. Staining treatment
  2. Soft tones
  3. Inequality
  4. Suitable for color experiments
  5. Uniform processing
Aerogel
Embedded
  1. Embedded in transparent resin
  2. stable structure
  3. bubble
  4. Suitable for display
  5. Slow curing
Aerogel
Packaging
  1. Hermetically sealed
  2. Protect
  3. thickness
  4. Suitable for display
  5. Transparent shell
Graphene composite materials
benchmark
  1. Thin film composite
  2. High conductivity
  3. Difficult to process
  4. Suitable experimental structure
  5. Composite substrate
Graphene composite materials
Stacked
  1. Multilayer composite
  2. Strength Enhancement
  3. peeling
  4. Suitable for composite boards
  5. suppress
Graphene composite materials
Conductivity
  1. Conductive path
  2. Functional structure
  3. Short circuit
  4. Suitable for interactive installations
  5. Insulation layer
Graphene composite materials
transparent
  1. transparent film
  2. Optical effects
  3. damage
  4. Suitable for optical structures
  5. Protective film
Graphene composite materials
complex
  1. Resin composite
  2. Structural reinforcement
  3. bubble
  4. Suitable for boards
  5. vacuum
Graphene composite materials
coating
  1. conductive coating
  2. Surface Function
  3. Wear
  4. Suitable interface structure
  5. Multi-story
Silicone
benchmark
  1. Mold casting
  2. Soft and transparent
  3. Stretch deformation
  4. Suitable for soft structures
  5. thickness
Silicone
dyeing
  1. Color glue
  2. Soft colors
  3. Inequality
  4. Suitable for color structure
  5. Mix evenly
Silicone
Inserts
  1. Embedded structure
  2. Composite effect
  3. Shedding
  4. Suitable for hybrid structures
  5. Pre-fixation
Silicone
stretching
  1. Tensioned structure
  2. Dynamic form
  3. fatigue
  4. Suitable for dynamic structures
  5. reinforce edges
Silicone
bubble
  1. bubble structure
  2. Transparent texture
  3. rupture
  4. Suitable experimental structure
  5. Controlling bubbles
Silicone
surface
  1. Matte finish
  2. Soft luster
  3. Dust
  4. Suitable for display
  5. Sealing
Bamboo fiber composite
benchmark
  1. Cutting
  2. Natural texture
  3. Fiber crack
  4. Suitable for boards
  5. Edge sealing
Bamboo fiber composite
laminated
  1. laminate
  2. strength
  3. Warp
  4. Suitable structure
  5. suppress
Bamboo fiber composite
Hollow out
  1. Hollow out
  2. Light and shadow
  3. crack
  4. Suitable for grids
  5. Rounded corners
Bamboo fiber composite
dyeing
  1. Bamboo dyeing
  2. Color
  3. Color difference
  4. Suitable for color blocks
  5. uniform
Bamboo fiber composite
splicing
  1. splicing
  2. Module
  3. error
  4. Suitable modules
  5. Location
Bamboo fiber composite
polishing
  1. polishing
  2. luster
  3. time consuming
  4. Suitable for display
  5. Fine grinding
Recycled plastic
benchmark
  1. Hot-pressed sheet
  2. Grain texture
  3. Inequality
  4. Suitable for boards
  5. Uniform pressing
Recycled plastic
Particles
  1. Particle assembly
  2. Color particles
  3. Weak structure
  4. Suitable for visual structure
  5. compaction
Recycled plastic
dyeing
  1. dyeing
  2. Color blocks
  3. Inequality
  4. Suitable colors
  5. mix
Recycled plastic
punching
  1. punching
  2. Rhythm
  3. Deformation
  4. Suitable for arrays
  5. Hole spacing
Recycled plastic
Stacked
  1. Stacked
  2. depth
  3. Slip
  4. Suitable structure
  5. Location
Recycled plastic
polishing
  1. polishing
  2. luster
  3. scratches
  4. Suitable for display
  5. Fine grinding
Bioplastics
benchmark
  1. Thermoforming
  2. translucent
  3. Heat distortion
  4. Suitable for boards
  5. Temperature control
Bioplastics
dyeing
  1. Natural dyes
  2. Soft colors
  3. fade
  4. Suitable for color blocks
  5. Fixative
Bioplastics
punching
  1. punching
  2. Rhythm
  3. crack
  4. Suitable for arrays
  5. Hole spacing
Bioplastics
Stacked
  1. Stacked
  2. depth
  3. Slip
  4. Suitable structure
  5. Location
Bioplastics
Embossing
  1. Embossing
  2. Texture
  3. Deformation
  4. Suitable for surfaces
  5. shallow pressure
Bioplastics
Sealing
  1. Sealing
  2. Protect
  3. thickness
  4. Suitable for display
  5. Thin coating
LED light panel
benchmark
  1. Plain board
  2. Uniform light emission
  3. Heat dissipation
  4. Suitable for light and shadow structure
  5. heat sink
LED light panel
Array
  1. LED array
  2. Rhythm Light Spot
  3. Complex lines
  4. Suitable for interactive structures
  5. wiring
LED light panel
diffusion
  1. Diffuser plate
  2. Soft light
  3. Brightness reduced
  4. Suitable for display
  5. Thickness control
LED light panel
Hollow out
  1. Perforated panel
  2. Light and shadow
  3. bright spots
  4. Suitable patterns
  5. diffusion membrane
LED light panel
Colored Light
  1. RGB light
  2. Color changes
  3. Control complexity
  4. Suitable for interaction
  5. controller
LED light panel
Stacked
  1. Multi-layer light plate
  2. depth
  3. Heat dissipation
  4. Suitable device
  5. ventilation
ETFE film
benchmark
  1. Tensioning frame + hot-welded edge sealing
  2. Thin and semi-transparent with strong light reflection
  3. Easily scratched; localized stress tearing
  4. Suitable for large geometric shapes and light and shadow partitioning
  5. Widen the welded edges; make the corners rounded.
ETFE film
Inflatable pillow
  1. Double-layer film inflatable pillow
  2. Volume and Shadow Enhancement
  3. Air leakage at the weld; deformation of the pillow body
  4. Suitable for modular repeating units
  5. Independent gas lines for each zone; inspection ports provided at weld seams.
ETFE film
Printing masking
  1. Screen printing/UV printing zones
  2. Clear contrast between light transmission and light blocking
  3. Boundary paste; differences in weather resistance
  4. Suitable for partition geometry and marking
  5. Increase line width; select weather-resistant ink
ETFE film
Perforation gradient
  1. Laser micropore/pore density gradient
  2. Density formation direction and rhythm
  3. Too many holes can cause cracking; the tear will spread.
  4. Suitable for pore gradient systems
  5. Increase hole edge distance; reduce hole size in critical stress areas
ETFE film
Mesh
  1. Insert mesh/line array
  2. Structural lines are readable in thin films
  3. Layer wrinkling; positioning difficulties
  4. Suitable for linear grid training
  5. First, locate the spot, then weld the whole thing; maintain consistent tension.
ETFE film
Edge reinforcement
  1. Reinforcing strip/edge binding strip
  2. More stable under stress, cleaner boundaries
  3. Reinforcement exceeds tolerance; edge thickening
  4. Suitable for large-span frames
  5. The reinforcing strip avoids corners and bends; pre-drilled holes are provided.
TPU elastic film
benchmark
  1. Heat sealing/high frequency welding molding
  2. Flexible and semi-transparent with good elasticity
  3. Stretch deformation; edge retraction
  4. Suitable for soft structures and dynamic geometry
  5. Make wide weld edges; avoid sharp corners
TPU elastic film
Tension deformation
  1. Tensioning and fixing on frame
  2. Geometric stretching produces directionality
  3. Stress Concentration Tear
  4. Suitable for directional training
  5. Large rounded corners; thickened patch in stress area
TPU elastic film
Hot-pressed texture
  1. Hot press mold embossing
  2. Differences in gloss create layers within the same color
  3. Weak overpressure; springback
  4. Suitable for large-area background patterns
  5. Apply shallow pressure multiple times; avoid stress points in the texture.
TPU elastic film
Layered misalignment
  1. Two layers of staggered stacking
  2. Ghosting and Depth Enhancement
  3. Interlayer slip; bubbles
  4. Suitable for misaligned rhythms
  5. Use positioning holes; press to vent.
TPU elastic film
Window backing
  1. Window opening + backing color film
  2. Strong contrast in pore color-changing patches
  3. Window edge stretching deformation
  4. Suitable for window lattice systems
  5. Rounded window corners; reinforced window edges
TPU elastic film
Printing marks
  1. Flexible ink printing structure lines
  2. More readable structure
  3. Ink cracking; poor adhesion
  4. Suitable for teaching marking
  5. Choose an elastic ink; perform an adhesion test first.
Electronic ink film (E-ink)
benchmark
  1. bonding substrate + driver board
  2. Low power consumption, variable graphics
  3. Bending limitations; complex drive mechanism
  4. Suitable for displaying variable partition structures
  5. Prioritize planar layout; reserve trenches for wiring.
Electronic ink film (E-ink)
Partition refresh
  1. Zoned electrode control
  2. Geometric partitions can be changed independently.
  3. Electrode interference; boundary crosstalk
  4. Suitable for modular mesh
  5. Increase electrode spacing; add isolation lines to partitions.
Electronic ink film (E-ink)
Semi-permeable laminate
  1. Stacked with diffusion film
  2. The layers are softer
  3. Contrast decrease
  4. Suitable for softening geometric boundaries
  5. Thin diffusion layer; avoid excessively thick multilayer stacking.
Electronic ink film (E-ink)
Partial shading
  1. Masking plate/masking frame
  2. Forming a contrast between fixed and variable
  3. Boundary light leakage/display leakage
  4. Suitable for regular composition training
  5. Make the shielding boundary a hard straight line; press tightly to prevent leakage.
Electronic ink film (E-ink)
Module splicing
  1. Multiple pieces are pieced together to form a large image.
  2. Scalable size
  3. The seams are obvious; alignment is difficult.
  4. Suitable for large grids
  5. Design the seam as a structural line; control the error of the positioning hole.
Electronic ink film (E-ink)
Surface protection
  1. Transparent protective plate encapsulation
  2. Improved wear resistance
  3. Increased reflectivity
  4. Suitable for exhibition
  5. Use anti-glare coating/matte cover plate
Conductive fabric
benchmark
  1. Cutting + Laying flat and fixing
  2. Soft and conductive, with textures contributing to the design.
  3. Loose wires; unstable resistance
  4. Suitable for interactive grid structures
  5. First, lock the edges; reserve width for the conductive path.
Conductive fabric
suture circuit
  1. Conductive lines run along the boundary
  2. Lines are both structures and circuits.
  3. Too many pinholes cause tearing
  4. Suitable for strip/grid direction training
  5. Stitch spacing is stable; corner rounding reduces stress.
Conductive fabric
Layered isolation
  1. Conductive layer + insulating layer stack
  2. Can be used for zoned touch control
  3. Interlayer slip
  4. Suitable for partitioned interaction
  5. Partial dispensing; widened insulation boundary
Conductive fabric
Window backing
  1. Window opening + backing film
  2. The pore boundaries are clearer
  3. Open the window and let the silk fall
  4. Suitable for window lattice systems
  5. Heat seal/apply adhesive before opening the window.
Conductive fabric
Tensioning and fixing
  1. Tensioning on frame
  2. Geometric stretching generates tension rhythm
  3. resistance change
  4. Suitable for dynamic directional training
  5. Consistent tension; compensation using calibration procedures.
Conductive fabric
Surface Seal
  1. Transparent elastic top coat
  2. More wear-resistant and stable
  3. Decreased conductivity
  4. Suitable for exhibition
  5. Only seal the non-contact area; leave a window at the contact point.
Phase Change Materials (PCMs)
benchmark
  1. Encapsulation capsules/sandwich panels
  2. Temperature triggers changes in texture
  3. Leakage risk; high packaging requirements
  4. Suitable for time-dependent geometric devices
  5. It must be sealed; a retaining ring must be added to the edge.
Phase Change Materials (PCMs)
Partition capsules
  1. Partitioned filling with PCM of different melting points
  2. Partitions change asynchronously
  3. thermal crosstalk
  4. Suitable for partition comparison training
  5. Zoned heat insulation lines; leave thermal buffer gaps
Phase Change Materials (PCMs)
translucent interlayer
  1. sandwiched between transparent plates
  2. The changes are more visible
  3. Uneven atomization
  4. Suitable for light and shadow layering
  5. Consistent interlayer thickness; air bubble removal
Phase Change Materials (PCMs)
Texture guidance
  1. Thermally conductive texture/metal mesh guidance
  2. More directional
  3. Local overheating
  4. Suitable direction and rhythm
  5. Consistent heat conduction wire width; avoid sharp corner concentration
Phase Change Materials (PCMs)
Replaceable box
  1. Drawer-type housing with replaceable PCM module
  2. Maintainable and iterable
  3. The seams are obvious.
  4. Suitable for modular systems
  5. Design the seam as a structural line; positioning and limiting.
Phase Change Materials (PCMs)
Surface marking
  1. Thermochromic coating superimposed structure line
  2. Changes make it easier to read
  3. Coating aging
  4. Suitable for teaching demonstrations
  5. Apply thin coats multiple times; perform durability tests.
Smart Dimming Film / Dimming Glass (PDLC)
benchmark
  1. Sandwich dimming film lamination
  2. Transparent/Fog Switch
  3. Edge routing is difficult; electrodes are visible.
  4. Suitable for partitioned variable structure
  5. Pre-installed wiring; edge sealing for moisture protection
Smart Dimming Film / Dimming Glass (PDLC)
Partitioned electrodes
  1. Zoned electrode control
  2. Geometric zones can be atomized independently.
  3. Crosstalk boundary hair
  4. Suitable for grid/modular systems
  5. Wider partition isolation lines; electrode alignment
Smart Dimming Film / Dimming Glass (PDLC)
Backlight diffusion
  1. Backlight + Diffuser
  2. More uniform atomization
  3. Bright spots are difficult to control
  4. Suitable for light and shadow training
  5. Use side lighting and diffused lighting; avoid direct spotlighting.
Smart Dimming Film / Dimming Glass (PDLC)
Silkscreen structural lines
  1. Screen printing/UV printing structural lines
  2. Enhanced structural readability
  3. Reflective superposition
  4. Suitable for partition marking
  5. Matte inks preferred; line width increased.
Smart Dimming Film / Dimming Glass (PDLC)
Stack depth
  1. Double-layer dimming misaligned stacking
  2. Enhanced Ghosting Depth
  3. Heavy; difficult to align
  4. Suitable hierarchical system
  5. Positioning hole control error; reducing the number of layers
Smart Dimming Film / Dimming Glass (PDLC)
Edge Packaging
  1. Edge banding strip/frame
  2. More durable and safer
  3. Dimensional tolerance
  4. Suitable for exhibition
  5. Uniform frame width; rounded corners
High-density cork
benchmark
  1. knife cutting/CNC
  2. Matte finish, gentle, sound-absorbing
  3. Thin bridges are prone to collapse; grains fall off the edges.
  4. Suitable for large geometric partitions
  5. Edge sealing; avoid sharp corners in dense pores
High-density cork
Layered Thickening
  1. Multi-layer stacking
  2. Thickness and Shadow Enhancement
  3. Accumulated alignment error
  4. Suitable for tiered levels
  5. First, make the positioning holes, then overlap the substrate; apply pressure to cure.
High-density cork
Embossed texture
  1. Hot-pressed textured board
  2. Texture rhythm enhancement
  3. Overpressure makes it brittle
  4. Suitable for background pattern training
  5. Multiple shallow presses; uniform texture direction
High-density cork
slotted embedding
  1. Grooved Embedded Thin Plate/Membrane
  2. Clear material contrast
  3. chipped groove edge
  4. Suitable for nested partitions
  5. Rounded corners; chamfered edges on inserts.
High-density cork
Surface coating
  1. Primer + Matte Top Coat
  2. Cleaner color blocks
  3. Eat the texture
  4. Suitable for color block training
  5. Apply thin coats multiple times; seal the edges first, then apply the topcoat.
High-density cork
splicing blocks
  1. Segmentation and splicing
  2. Seams become structural lines
  3. The gap is conspicuous
  4. Suitable for modular systems
  5. Design the seams in a rhythmic pattern; positioning clamps
Hempcrete
benchmark
  1. Cast into blocks using molds
  2. Lightweight and porous with strong texture
  3. Unsharp edges
  4. Suitable for block partitioning
  5. Boundary mold hard edge strip
Hempcrete
Layered casting
  1. Layered casting forms a hierarchy
  2. The hierarchy is more readable
  3. Delamination cracks
  4. Suitable for stepped structures
  5. Pour again after the mixture has partially set; vibrate to remove bubbles.
Hempcrete
Embedded skeleton
  1. Embedded mesh/steel wire skeleton
  2. Thin-walled is more reliable
  3. Exposed Arrancar
  4. Suitable for window panes and long bridges
  5. A protective layer is left between the skeleton and the surface.
Hempcrete
Surface frosting
  1. Polishing/brushing the surface
  2. The particles are more visible
  3. Falling off
  4. Suitable for texture contrast
  5. The area must be sealed and stabilized after grinding.
Hempcrete
Color paste partitioning
  1. Color paste/surface dyeing zone
  2. Color and texture layering
  3. Uneven blooming
  4. Suitable for zone training
  5. Make a small sample first; control the boundaries by zoning and masking.
Hempcrete
Sealing coating
  1. Mineral sealant
  2. Improved wear resistance
  3. Gloss Change
  4. Suitable for exhibition
  5. Apply thin coats multiple times; avoid clogging pores.
Basalt fiber composite
benchmark
  1. Fabric layering + resin curing
  2. High strength and heat resistance
  3. Edge burrs
  4. Suitable for frames and panels
  5. Edge sealing; stress is applied along the fiber direction
Basalt fiber composite
Vacuum pressing
  1. Vacuum bag compression
  2. The layers are more compact
  3. High equipment requirements
  4. Suitable for fine structures
  5. Control the amount of resin; ensure adequate venting.
Basalt fiber composite
Texture direction
  1. Change fiber orientation combination
  2. Increased directional rhythm
  3. Interlayer misalignment
  4. Suitable for strip/grid direction training
  5. Angular planning for each layer; reinforcement layers added to key areas.
Basalt fiber composite
aperture array
  1. Drilling/Hole Cutting Array
  2. Strong pore rhythm
  3. Fiber breakage and propagation
  4. Suitable for array structures
  5. Round the corners of the holes; increase the spacing between holes.
Basalt fiber composite
Surface spraying
  1. Primer + Matte Spray
  2. Cleaner color blocks
  3. Eat fine textures
  4. Suitable for color training
  5. Thin spraying multiple times; holes should be cleared first.
Basalt fiber composite
Polished top coat
  1. Polishing + Clear Top Coat
  2. The texture is clearer
  3. Obvious scratches
  4. Suitable for display pieces
  5. Grind to a high mesh count; then seal with a top coat.
Aluminum honeycomb panel
benchmark
  1. CNC cutting + edge banding
  2. Light yet strong, with a smooth surface
  3. Poor edge sealing and dust ingress
  4. Suitable for large geometric base plates
  5. Edge sealing is required; holes should avoid the edges of honeycomb cavities.
Aluminum honeycomb panel
Honeycomb exposed when the window is opened
  1. Opening the window reveals the honeycomb core
  2. Strong pore rhythm
  3. Edge burrs
  4. Suitable for window pane structure
  5. Rounded corners for windows; edge trim added.
Aluminum honeycomb panel
Folded edge reinforcement
  1. Folding/binding to form a frame
  2. Overall more upright
  3. The folded edge takes up space
  4. Suitable for frame structure
  5. Uniform fold radius; fold lines avoid window openings.
Aluminum honeycomb panel
Surface coating
  1. Lamination/Paper
  2. Unified texture
  3. Edge curling
  4. Suitable for color block partitioning
  5. First, degrease; then press the edges firmly and trim them.
Aluminum honeycomb panel
Powder coating
  1. Powder coating
  2. Clean and durable color blocks
  3. The edge of the hole is prone to clogging.
  4. Suitable for partitioned display
  5. Thin spraying in the perforated area; seal the edges first, then apply color.
Aluminum honeycomb panel
Modular assembly
  1. Assembly by sections and connectors
  2. Large structures can be made
  3. The seams are obvious.
  4. Suitable for modular systems
  5. Design the seam as a structural line; control the error of the positioning hole.
HPL High-pressure laminate
benchmark
  1. CNC cutting
  2. Stable color and wear-resistant
  3. The inner corners are prone to collapse
  4. Suitable for color block partition boards
  5. Rounded inner corners; chamfered edges on holes to prevent chipping.
HPL High-pressure laminate
Back reinforcement
  1. Aluminum/wood reinforcement
  2. Flatter and more stable
  3. Increased thickness
  4. Suitable for large panels
  5. Partial dispensing; pressure curing
HPL High-pressure laminate
Striped partition
  1. Slotted strips/wires
  2. Structural lines are more readable
  3. chipped groove edge
  4. Suitable for grid training
  5. Rounded corners; allowance for insert strips
HPL High-pressure laminate
aperture array
  1. Opening/Elongated Hole Array
  2. Strong rhythm
  3. Cracks at the edge of the hole
  4. Suitable for array structures
  5. Round the corners of the holes; increase the spacing between holes.
HPL High-pressure laminate
Edge wrapping
  1. Edge banding
  2. Cleaner borders
  3. Tolerance
  4. Suitable for display pieces
  5. Chamfer the corners first, then seal the edges; ensure consistent corner angles.
HPL High-pressure laminate
Matte finish
  1. Matte film/fine polishing
  2. Softer reflection
  3. Scratch risk
  4. Suitable for low-reflection displays
  5. Unify process direction; conduct small-scale testing first.
Tyvek DuPont paper
benchmark
  1. Cutting/Punching
  2. Lightweight, tough, and waterproof with fine texture
  3. The creases turned white
  4. Suitable for lightweight structures and pore arrays
  5. Leave a bridge width around the hole; avoid sharp-cornered holes.
Tyvek DuPont paper
Folds and pleats
  1. Indentation + folding
  2. Volume and Shadow Enhancement
  3. Linear whitening
  4. Suitable for folded surface construction
  5. First crease, then fold; avoid creases in areas with dense pores.
Tyvek DuPont paper
heat-sealed splicing
  1. Heat sealing/tape splicing
  2. Seams become structural lines
  3. Excessive deformation during heat sealing
  4. Suitable for modular splicing
  5. Temperature test strips first; joint width should be uniform.
Tyvek DuPont paper
Immersion printing ink
  1. Water-based dyeing/spray painting
  2. Soft color blocks
  3. uneven osmosis
  4. Suitable for color block training
  5. Apply thin washes multiple times; first fix the four edges.
Tyvek DuPont paper
Perforation gradient
  1. Micropores/Graduated Pore Density
  2. Density formation direction
  3. Too many holes make it easy to tear.
  4. Suitable for array training
  5. Hole spacing >= hole diameter; reduce holes in critical areas
Tyvek DuPont paper
Backlight Display
  1. Backlight + Diffuse Layer
  2. Fiber texture is enhanced by light
  3. Yellowing of heat source
  4. Suitable for light and shadow composition
  5. Cold light LED; diffuser plate added to prevent bright spots
Recycled pulp/paper-plastic
benchmark
  1. Compression molding
  2. Natural texture, matte finish
  3. Unsharp edges
  4. Suitable for block partitioning
  5. Mold hard edge reinforcement boundary
Recycled pulp/paper-plastic
Layered slurry
  1. Layered slurry spreading
  2. The hierarchy is more readable
  3. Delamination cracking
  4. Suitable for stepped structures
  5. Layered compaction; semi-dry then layered
Recycled pulp/paper-plastic
Embossed texture
  1. Textured mold embossing
  2. Increased rhythm
  3. Fine textures are prone to blurring
  4. Suitable for background pattern training
  5. Texture magnification; uniform pressing
Recycled pulp/paper-plastic
Window Embedded
  1. Window opening + embedded film
  2. Strong material contrast
  3. Window edges are prone to collapse
  4. Suitable for window lattice systems
  5. Rounded window corners; thickened window rims
Recycled pulp/paper-plastic
Staining partitions
  1. Pulp coloring zone
  2. Color blocks and textures superimposed
  3. Color difference
  4. Suitable for color training
  5. First, create a small sample; then control the boundaries by using partitioned masking.
Recycled pulp/paper-plastic
Sealing coating
  1. Varnish/wax sealant
  2. Durability Improvement
  3. Gloss Change
  4. Suitable for exhibition
  5. Apply thin coats multiple times; avoid clogging and liquid accumulation.
UV-curable coating
benchmark
  1. Coating + UV curing
  2. High surface hardness and clear boundaries
  3. Shrinkage stress
  4. Suitable for surface structure strengthening
  5. Apply thin coats multiple times; avoid thick coats which may cause cracking.
UV-curable coating
Masking zones
  1. Masking zone solidification
  2. Cleaner partition boundaries
  3. Light leaks and rough edges
  4. Suitable for zone training
  5. Masking, bonding, and pressing; line width enlargement
UV-curable coating
Thickness and thinness
  1. Thick/thin coating in sections
  2. Layering and gloss difference
  3. Thick cracks
  4. Suitable for hierarchical structures
  5. Thick layers are cured in stages; rounded corners at the edges.
UV-curable coating
Microtexture
  1. Texture sheet is cured after imprinting
  2. Sharp details
  3. Demolding difficulties
  4. Suitable for background rhythm
  5. Use a release agent; avoid sharp corners in the texture.
UV-curable coating
Transparent overlay
  1. Transparent layer overlaid with color filter
  2. Deeper
  3. bubble
  4. Suitable for light and shadow layering
  5. Slow-speed scraping; de-bubbling and then curing
UV-curable coating
Partial polishing
  1. Spot polishing/matte finish comparison
  2. Clear layering under the same color
  3. Scratch risk
  4. Suitable for comparative training
  5. Unify direction; first fine grinding, then polishing.
Blister PS/ABS sheet
benchmark
  1. Heated vacuum forming
  2. Slim and three-dimensional with clear contours
  3. Thin edges are prone to cracking
  4. Suitable for folded/bulk geometry
  5. Widen the edges; avoid sharp corners and small radii
Blister PS/ABS sheet
Mold texture
  1. Texture molding
  2. Changes in texture and gloss
  3. Demolding marks
  4. Suitable for background pattern training
  5. Texture direction is uniform; mold corners are rounded.
Blister PS/ABS sheet
Window backing
  1. Window opening + backing color swatch
  2. Pore color-changing blocks
  3. Cracks by the window
  4. Suitable for window pane structure
  5. Rounded window corners; reinforced window edges
Blister PS/ABS sheet
Hot bending line
  1. Localized thermal bending line
  2. Stronger fold
  3. Whitening Deformation
  4. Suitable for strip folding
  5. Test the temperature first; avoid the dense area with open windows by using a zigzag pattern.
Blister PS/ABS sheet
Layered misalignment
  1. Multi-layer misalignment
  2. Ghosting and Depth
  3. Alignment is difficult
  4. Suitable for repetitive systems
  5. Positioning holes/pillars; allow for edge tolerances
Blister PS/ABS sheet
Spraying matte finish
  1. Primer + Matte Spray
  2. Softer reflections and cleaner color blocks
  3. Paint film reveals details
  4. Suitable for color training
  5. Thin spraying multiple times; anti-clogging holes in the cavity area
3D printing SLS nylon
benchmark
  1. SLS printing (default parameters)
  2. It has good toughness and can be used to create complex pores.
  3. Rough surface texture
  4. Suitable for window panes and narrow bridge structures
  5. Reserve a powder cleaning channel; the aperture should not be too small.
3D printing SLS nylon
Dyeing and Coloring
  1. Nylon dyeing zones
  2. Color blocks are controllable
  3. Uneven staining
  4. Suitable for color training
  5. First seal, then dye; partitioned masking
3D printing SLS nylon
Polishing and rolling
  1. Tumbling/Polishing
  2. A smoother surface
  3. Eat the details
  4. Suitable for display-grade structures
  5. Reduce polishing in the fine bridge area; separate component processing
3D printing SLS nylon
Impregnation and sealing
  1. Impregnation resin sealing
  2. Improved strength and appearance
  3. Risk of clogging
  4. Suitable for porous structures
  5. First open the hole, then seal it; apply a thin immersion multiple times.
3D printing SLS nylon
Modular assembly
  1. Modular clips/screws
  2. The disassembly and assembly logic is clear.
  3. High tolerance requirements
  4. Suitable for modular systems
  5. Allow for a tolerance of 0.2~0.4mm; rounded corners.
3D printing SLS nylon
Spraying matte finish
  1. Primer + Matte Spray
  2. Color uniformity
  3. The edge of the hole is prone to clogging.
  4. Suitable for color block partitioning
  5. Thin spraying multiple times; holes should be cleared first.
Aluminum foam (metal foam)
benchmark
  1. Cutting + Deburring
  2. Strong porous texture, lightweight
  3. Frizz at the edges; dust
  4. Suitable for pore structure representation
  5. Seal the edges; wear protective gear
Aluminum foam (metal foam)
Backing contrast
  1. Adding a backing panel creates a contrast.
  2. Pores are more readable
  3. High alignment requirements
  4. Suitable for window lattice systems
  5. First, drill the positioning holes, then fix them; contrast the colors of the backing.
Aluminum foam (metal foam)
Partition sealing
  1. Partitioned resin sealing
  2. Comparison of different openwork designs using the same material
  3. Uneven sealing
  4. Suitable for zone training
  5. Thin coats applied multiple times; boundary masking control lines
Aluminum foam (metal foam)
Grinding and polishing
  1. Partial grinding and polishing
  2. Difference in gloss and layering
  3. Eat up the pores
  4. Suitable for comparative training
  5. Only polish the high points; lightly grind the pore areas.
Aluminum foam (metal foam)
Groove Beams
  1. CNC grooving creates rib lines.
  2. Stronger structural lines
  3. Edge cracking
  4. Suitable for outlines and grids
  5. Slot corner fillet; depth machining in stages
Aluminum foam (metal foam)
Coating coloring
  1. Transparent/Colored Sealing Coating
  2. Color and porosity superimposed
  3. plugging hole
  4. Suitable for color structure
  5. Apply thin coats multiple times; seal after opening the holes.
Bio-resin
benchmark
  1. Casting/Lamination Curing
  2. Transparent or semi-transparent, color adjustable
  3. Bubbles; yellowing
  4. Suitable for light and shadow and layering
  5. Stir slowly to remove bubbles; avoid strong light.
Bio-resin
interlayer inserts
  1. Insert fiber/paper/mesh
  2. Structural lines are visible in the material
  3. Interlayer bubbling
  4. Suitable for grid and linear structures
  5. First, apply a thin base layer; then add the inlays.
Bio-resin
Partition coloring
  1. Zoned dyeing casting
  2. Color block boundaries are controllable
  3. Boundary infiltration
  4. Suitable for color training
  5. Pour again after semi-setting; use isolation strips to control the boundaries.
Bio-resin
frosted matte finish
  1. Polishing/Atomization Treatment
  2. Softer reflection
  3. scratches
  4. Suitable for low-reflection displays
  5. Unify the direction of the grit number; grind step by step.
Bio-resin
Open window lattice
  1. Post-processing hole opening
  2. Strong pore rhythm
  3. Crack risk
  4. Suitable for window lattice systems
  5. Rounded corners; drilling in stages and cooling.
Bio-resin
Surface Seal
  1. UV protective top coat
  2. Durability Improvement
  3. Enhance gloss
  4. Suitable for exhibition
  5. Select a matte top coat; apply thin coats multiple times.
Transparent wood (treated wood)
benchmark
  1. Board cutting + edge banding
  2. Semi-transparent, with visible texture
  3. Brittle; hygroscopic
  4. Suitable for light and shadow geometric partitioning
  5. Edge packaging; avoids fine bridges and dense vias
Transparent wood (treated wood)
Layered misalignment
  1. Multi-layered staggered stack
  2. Enhanced Ghosting Depth
  3. Alignment error amplification
  4. Suitable for repetitive systems
  5. Positioning hole control error; reducing the number of layers
Transparent wood (treated wood)
Backlight Display
  1. Backlight + Diffuser
  2. The structure was light-enhanced
  3. bright spots
  4. Suitable for pore gradient
  5. Side lighting + diffused lighting; avoid direct spotlighting.
Transparent wood (treated wood)
Staining partitions
  1. Transparent staining/masking zones
  2. Color and texture overlay
  3. Uneven color absorption
  4. Suitable for color block training
  5. First seal the end face; then shield to ensure the boundary is clean.
Transparent wood (treated wood)
Window backing
  1. Window opening + backing color swatch
  2. Porous color blocks
  3. Cracks on the window
  4. Suitable for window pane structure
  5. Rounded window corners; widened window rim
Transparent wood (treated wood)
Surface matte
  1. Matte Top Coating
  2. Softer reflection
  3. Reduced light transmission
  4. Suitable for stable display
  5. Apply thin coats multiple times; create translucent comparison samples.
Paper-based electronics/flexible circuit paper
benchmark
  1. Flexible circuit board + paper substrate
  2. Slim and interactive
  3. Susceptible to moisture; broken wiring
  4. Suitable for geometric partitioning interaction
  5. Add a moisture-proof seal; avoid fold lines and areas with dense holes when routing cables.
Paper-based electronics/flexible circuit paper
Partitioned touch
  1. Zoned electrodes/touch pads
  2. Clear partition response
  3. Accidental touch; crosstalk
  4. Suitable for grid training
  5. Increase the spacing between zones; add isolation lines.
Paper-based electronics/flexible circuit paper
Folding structure
  1. Foldable geometry
  2. Overlay of structure and interaction
  3. Broken line
  4. Suitable for folded surface construction
  5. Avoid routing with zigzag lines; use serpentine routing for buffering.
Paper-based electronics/flexible circuit paper
Backlight layer
  1. Sandwich EL/LED backlight
  2. Photoreinforced structure
  3. Power consumption and heat dissipation
  4. Suitable for light and shadow partitioning
  5. Low power consumption solution; diffusion layer to prevent bright spots
Paper-based electronics/flexible circuit paper
Module splicing
  1. Modular circuit splicing
  2. Scalable size
  3. poor seam and contact
  4. Suitable for modular systems
  5. Unify interface standards; design seams as structural lines.
Paper-based electronics/flexible circuit paper
Surface Mount Packaging
  1. Transparent film encapsulation
  2. Durability Improvement
  3. Increased reflectivity
  4. Suitable for exhibition
  5. Use an anti-glare film; press the sealing edges tightly to prevent dust from entering.

Exploring the realization of geometric forms in various materials such as paper, wood, metal, glass, textiles, and ceramics, suitable for geometric abstract art. This involves comparing the texture, processing methods, and visual effects of different materials.

Arttao CMT 21L Static UniqueBuilt-in multilingual rule engine

After a language change, the UI and dynamic buttons reload in that language.

The report is generated directly in the current language. No second-pass translation scan.

Waiting…

The cross-media translation engine is used to study the translation rules of geometric abstract structures across different media. The system translates the expression form of the same geometric composition from one medium to another through methods such as structure preservation, proportion transformation, and material adaptation.

Returning to the pure essence of design, we delve deep into the relationship between tonal gradations and the conversion of graphic form and void. Supports high-definition bitmap export, ensuring that black and white compositions remain sharp and clear at any scale, making it suitable for structured thinking training.

AI Process Path Generator Generate a production path based on structure, materials, budget, and difficulty.

The AI process path generator is based on relationships between materials, steps, methods, and structures to help learners understand the complete process from conception to creation. Through path breakdown, hierarchical analysis, and logical combination, learners can gradually understand the conversion methods, implementation order, and expressive effects between different processes, thereby establishing a clear and systematic understanding of craftsmanship.