Every feature in Aksorn3D
all 126 of them on one page
Everything the software can do, grouped into 4 categories in the order you actually work: import your text, choose the structure, tune it to your material, and finish with files that go straight to a 3D printer or cutting machine. Every image on this page is a real screenshot from the software, not a mockup.
STL · DXF · 3MF · SVG
Pick a category
The categories follow the order you work in. Click an image to see the full screenshot, or use the link under each description to open that feature in the software.
Core tools — import, adjust and inspect the model
The tools every job uses, from typing text or uploading a file through to inspecting the 3D model and previewing the lighting before anything goes into production.
Upload SVG
Import a logo or vector lettering from an .svg file to build the 3D model from.
Open the software →Import an image
Accepts PNG, JPG or SVG and converts a logo or flat-colour artwork into a multi-colour relief model.
Open the software →Choose a typeface
Pick from several ready-made fonts that support Thai, English and Vietnamese.
Open the software →Upload your own font
Import a .ttf or .otf font file to build 3D letters in the exact typeface the job needs.
Open the software →Letter height
Set the real letter height in millimetres and see the model size update instantly.
Open the software →Letter spacing
Increase or reduce the gap between letters in millimetres to suit the sign.
Open the software →Generate the 3D model
Turns your text and settings into a three-dimensional piece and reports the real dimensions.
Open the software →Model colour
Pick a sample colour from the palette or set your own to judge the piece as a whole.
Open the software →Model edge lines
Turn on edge lines to see surfaces, seams and assembly ledges on the model more clearly.
Open the software →Night lighting preview
Simulates the lit sign in a dark scene, with brightness, light colour and effects such as fade, rainbow and blink.
Open the software →Explode the layers
Slides the material layers apart so you can see the structure and the assembly order.
Open the software →Reset the camera
Returns the view angle and zoom to their starting position after you have moved the model around.
Open the software →Show or hide the grid
Shows or hides the reference grid under the model to help judge position and viewing angle.
Open the software →Show or hide parts
Toggle the letter walls, mirror, LED tubes and back cover separately to inspect each layer.
Open the software →Recolour parts
Set a colour per layer to simulate materials and check how the piece is split up.
Open the software →3D model size
Shows the width, height and depth of the model in millimetres in real time.
Open the software →Model view controls
Drag to rotate, scroll to zoom, and right-drag to pan the view.
Open the software →Dark mode
Switch the interface between light and dark to suit your working environment.
Open the software →Toolbar position
Move the control panel to the left or right to lay the workspace out the way you prefer.
Open the software →Switch language
Change the interface between Thai, English and Vietnamese instantly.
Open the software →Sign styles — pick the structure that matches the job
Each style is a different physical structure: front-lit signs, neon, light boxes, desk pieces, everyday objects and gifts, ISO-thread nuts and bolts, involute gears that truly mesh, and letters that hug a column or curved wall. Choose one and carry on adjusting its parameters.
Front-lit with sloped back ledge
Builds front-lit letters with a back plate, walls, an angle-adjustable sloped ledge and an acrylic face.
Open this style in the software →Front-lit full 3D — front and back caps fit inside
Fully 3D printed with a solid face, hollow walls and a separate U-shaped back cap that seats inside.
Open this style in the software →Thin acrylic edge, open back
Puts a thin edge around the acrylic with no back plate, so light passes straight out the back.
Open this style in the software →Thin acrylic edge, plaswood back
Puts a thin edge around the acrylic and closes the back with a plaswood sheet inserted from behind.
Open this style in the software →Double LED (halo)
Creates a double wall around the letter for LED tape, producing a halo of light around the edge.
Open this style in the software →Double LED (fullcolor)
Makes a two-layer colour-separated lit sign using only a single sheet of acrylic.
Open this style in the software →Dual ledge (front and back)
Hollow-backed letters with a ledge for the acrylic at the front and a ledge for the plaswood back panel.
Open this style in the software →Infinity LED letters
Front and back mirrors reflect the light into a deep tunnel, with the LED locking ledge built into the same piece.
Open this style in the software →Back lid
Makes a solid separate base to close the back of hollow letters, with tabs that help hold it in place.
Open this style in the software →5D lit letters
Prints the front and back caps separately, with a seating ledge and a glowing strip around the wall.
Open this style in the software →Front lip letters
Adds a lip around the face edge, holds the acrylic inside, and closes the back with plaswood.
Open this style in the software →Back-lit edge (metal letters)
Builds a rim behind metal letters for halo lighting, with a double wall and a ledge for the plaswood.
Open this style in the software →Perforated face
Punches a pattern of holes for light to pass through, with a choice of hole shape and layout.
Open this style in the software →Pingpong light
Makes open-face marquee letters with a perforated middle plate, simulated bulbs and a fitted back cover.
Open this style in the software →Die-cut lightbox
Builds a die-cut lip, outer walls, light-diffusing acrylic and a back cover for a lightbox.
Open this style in the software →Multi-color front lightbox
Creates a flat multi-colour lightbox face from SVG or multi-line text, with a colour chosen per layer, plus raised art with a 45° chamfer, rounded or neon-dome edge set per colour.
Open this style in the software →3D mini
Small-faced letters with a flared conical base that stand up when printed, with no support material.
Open this style in the software →3D mini (solid print)
Uses the 3D mini cone shape but prints a fully solid face instead of using acrylic.
Open this style in the software →neon3d
Creates a rounded cross-section like a neon tube, hollow inside for a stiffening insert.
Open this style in the software →3D Classic
Classic chamfered face edge, hollow inside, with a ledge for the back panel.
Open this style in the software →Neon LED channel
Creates an open channel that follows the letter strokes for mounting neon flex.
Open this style in the software →Initial and name desk sign
A large initial letter with a name crossing it, split into two pieces in two colours for display.
Open this style in the software →Curved sweep desk sign
Bends the letters backwards like a sail and mounts them on a flat base for display.
Open this style in the software →Curved sweep desk sign v2
Tilts the letter faces up so they stay readable, and rolls the lower part into a fin that meets the base.
Open this style in the software →Multi-color relief
Converts a PNG or JPG into a base plate and colour-separated relief layers, ready for multi-colour 3MF printing.
Open this style in the software →Divider tray
Set the size, rows, columns, walls, floor, corner radius and magnet holes of the tray.
Open this style in the software →Ornate pattern letters
Two-colour, two-layer letters with 35 ready-made patterns, your own uploaded pattern, and a raised or cut-through finish.
Open this style in the software →Letter keychain
Makes the tag, the lettering and the ring as one piece, with four tag shapes and two-colour 3MF support.
Open this style in the software →3D keycap
Builds keycaps in 9 profiles with raised or engraved legends, fitting real Cherry MX and Kailh Choc switches.
Open this style in the software →Picture frame
Builds a frame from a preset shape or your own SVG/DXF, with a rabbet, back cover, easel feet and a hanging hole.
Open this style in the software →Nuts and bolts in 3D
A 3D nut and bolt generator with ISO metric threads — pick a size to get the full set of values, override any of them, and set the printing clearance.
Open this style in the software → ▶ Watch the nuts and bolts tutorial (1:35, Thai) ↗3D gears
An involute gear generator whose teeth truly mesh — spur, helical and herringbone gears, reduction pairs, rack and pinion, internal ring gears, planetary sets, GT2, HTD, MXL and XL timing pulleys, and ANSI and ISO chain sprockets. Center distance and tooth counts are calculated for you, with STL and 3MF export for 3D printing and DXF and SVG for laser cutting.
Open this style in the software →Curved surface letters for columns and curved walls
Make 3D sign letters whose backs follow a round or oval column, a tank, a cylindrical bottle or a curved wall traced from your own line, so they sit flush with no gaps. Mount them outside or inside the curve, with numbered STL and 3MF pieces, DXF and SVG cut sheets and a full-size installation template (Beta).
Open this style in the software →Dual-View Ambigram (Beta)
One printed solid that reads as two different words from two viewing angles 90° apart. Put the second view to the side (turn left–right; both words need the same number of letters) or above (one long row read from the front, then tipped up to read the other word — here the words need not be the same length). Type 2–8 characters from A–Z and 0–9 and the app intersects two perpendicular letter prisms into a single solid, so both silhouettes match the real letterforms including the counters in A, B, O and R. Exports STL and 3MF for 3D printing.
Open this style in the software → ▶ Watch the ambigram tutorial (6:19, Thai) ↗ ▶ Watch the ambigram V2 clip (0:36, Thai) ↗Screw-Cap Bottles & Jars
Hollow bottles and jars with a screw cap that really closes — round, square, polygon or oval. The threads are designed to print without supports, with a seal ring or an O-ring groove against spills. Enter the capacity you want and the size is calculated for you, then export STL and 3MF with the body and the cap as separate parts.
Open this style in the software →Bottle Light Box
A standing light-up sign shaped like a bottle — long-neck, square, wine bottle, bulging jar, or your own drawn outline. It comes with a removable base, an LED core and a screw cap, and anything taller than your printer is split with sleeve joints. LED length, wattage and adapter size are calculated for you, with STL and 3MF exported part by part.
Open this style in the software →Chain
Print-in-place chains that move straight off the printer with no assembly — octagon, round or curb links, or a real roller chain that meshes with sprockets. Set the length in centimetres and finish the ends as a ring, a hook or a closed loop. Chains longer than the bed are folded in a zigzag or split into segments automatically, then exported as STL and 3MF.
Open this style in the software →Sign bracket
3D-printed sign brackets — wall arms, ceiling hangers, shelf clamp rails and desk stands. Bars can be round, square, rounded or octagonal, or vintage scrollwork. Mount them with a screw plate (straight or countersunk holes) or with double-sided tape, and anything longer than the bed is split with joints automatically. Exports STL and 3MF already in print orientation.
Open this style in the software →Hooks
3D-printed hooks — S-hooks whose two loops can differ in size, J and L wall hooks with screw holes (straight, countersunk or tape), and a carabiner with a print-in-place spring gate. Bars can be round, square or hex, and you can lay out many hooks in a single print. Exports STL and 3MF.
Open this style in the software →Tube end caps
End caps for steel tube — insert plugs that go inside the tube, with fins and flex slots for a firm fit, or slip-over caps that cover the end. Round, square and rectangular tube are supported, and you can pick a standard steel size straight away. Choose a flat, chamfered or rounded head, print without supports, and export STL and 3MF.
Open this style in the software → ▶ Watch the clip (20s, Thai) ↗Leveling feet
Adjustable feet for tables and cabinets — a plug that goes inside the tube, a slip-over cap, or a plate screwed under a wooden top. Use a steel M6–M12 bolt or a fully printed thread, and finish with a cone pad, a star knob or a swivel ball that tilts to the floor. Exports STL and 3MF.
Open this style in the software →Floating letter pins
Snap-fit standoffs that float letters off the wall in two parts: a receiver fixed to the wall (screwed, pressed into a hole or taped) and a push pin glued behind the letter. Pick a dome lock that pushes in easily and comes apart again, a ridged shaft that grips harder, or a slotted arrow head that locks tightest. Lift height and every size are adjustable, and a four-level fit test kit lets you print a trial first. Exports STL and 3MF.
Open this style in the software → ▶ Watch the clip (20s, Thai) ↗Rubber stamp handles
A handle and base for ready-made rubber stamp sheets. Bases come round, oval, rectangular or with rounded corners and are sized to the rubber you have, with glue grooves underneath for a firm bond. Choose from five handle shapes — teardrop, ball, tamper, bell or cylinder — joined to the base by a printed thread so bases can be swapped. Prints without supports and exports STL and 3MF.
Open this style in the software →Pipe clamps & clips
Clamps for PVC pipe, electrical conduit and cables in four types — snap-in clips, U saddles, P-clips and multi-slot clips. Pick a standard pipe size or enter your own, then mount with screws or tape. Printed on edge so the layers follow the curve for strength, with no supports, and exports STL and 3MF.
Open this style in the software →Double-sided light box
A projecting light box readable from both sides with two multi-colour printed faces. The back mirrors the front automatically, or uses its own text or image. Set the box width or height, and pick a round, rectangle, oval, hexagon, octagon, diamond, heart, flower, star or shield shape, or upload your own. Choose a separate bezel, a bezel merged into the face, or plug-in faces with no bezel, plus a 5D glowing rim, an LED strip channel and a wall bracket on a dovetail rail locked with an M4 screw. Letters and artwork can stand raised on both faces with a 45° chamfer, a rounded edge or a neon-style dome, with the height set per colour. Includes 10 ready-made templates and exports a colour-separated 3MF ready to print, plus DXF/SVG for cutting acrylic.
Open this style in the software →Battery holder
Battery holders and packs for light-up signs in three types: nickel-weld pack spacers, a battery box with bays for the BMS, charge jack, switch and voltmeter, or a spring tray for swappable cells. Supports 18650, 21700, 26650, 14500, AA, AAA, C and D cells or a custom size. Pick a 3V, 5V, 12V or 24V template and the series and parallel count is worked out from the runtime or capacity you need. Lay cells out in a grid, honeycomb or single row, with nickel guide grooves, polarity marks, and a wiring diagram plus a guide in the export. Prints with no supports.
Open this style in the software →PVC pipe fittings (Beta)
21 3D-printed PVC pipe fittings: couplings, reducers, 90° and 45° elbows, tees, reducing tees, crosses, three-, four- and five-way corner joints for furniture frames, caps, BSP male and female threaded adapters, threaded elbows and tees, plugs, nipples, bushings and hose barbs. Uses Thai pipe sizes from ⅜″ to 4″ or a custom pipe size. Choose structural use or low-pressure water use, which gives thicker walls and a tighter socket fit. Prints with no supports (Beta)
Open this style in the software →Hinge (Beta)
A fully adjustable 3D-printed hinge in four types: a butt hinge with two leaves, a butterfly hinge, a concealed barrel hinge set into a cabinet edge, and a one-piece living hinge. Print it in one piece and it moves straight off the bed, or print the halves separately and add a printed pin or a steel rod. Countersunk screw holes, round or teardrop axle hole, prints flat with no supports (Beta)
Open this style in the software →Paper embosser (Beta)
A 3D-printed paper embosser made from your own text or logo. Put the paper between the raised male die and the recessed female die, squeeze, and the pattern is embossed into the sheet. Choose the folding version, printed in one piece with the hinge already inside, or the four-corner magnet version whose plates snap together by themselves. Set the pattern height, the clearance to match your paper thickness, and a 45° chamfer or rounded edge so the paper does not tear. Stiffening ribs on the back stop it flexing, and you can add two-colour lid art and a dust tray. Prints flat with no supports (Beta)
Open this style in the software →Deep customisation — control every dimension to match the real material
Once a style is chosen, each one has its own set of parameters: thickness, walls, ledges, fit clearance, and the details specific to that kind of work.
Front-lit letter structure
Set the back plate, walls, acrylic ledge, depth and face thickness to match the real job.
Open this style in the software →Infinity LED letters
Set the front and back mirrors, LEDs, back cover, light channel and locking rib to build the tunnel of light.
Open this style in the software →5D face shape
Choose a curved or chamfered letter face and adjust the crown to create layered depth with a glowing strip.
Open this style in the software →Letter front lip
Adjust the width and height of the lip that wraps the acrylic edge, and set the walls, ledge and back cover.
Open this style in the software →Pingpong light letters
Set the hole layout, size and spacing, the simulated bulbs, the middle plate and the back cover.
Open this style in the software →Multi-color relief
Choose the outline shape and keyring loop, the colour layer thickness, and edit the colour or height per object.
Open this style in the software →Ornate letter patterns
Add a ready-made pattern or upload SVG, PNG or JPG, and choose a raised solid or cut-through finish.
Open this style in the software →Letter keychain
Add multiple lines of text and choose the tag shape, letter style and ring position.
Open this style in the software →3D keycap
Design a single key or a whole set, choosing the profile, face, switch stem, base and keyring loop.
Open this style in the software →Divider tray
Set the size, number of compartments, walls, floor, corner radius, lid, stacking rim and magnet holes.
Open this style in the software →Initial and name desk sign
Place the name across the initial and adjust position, angle, locking groove, connectors, thickness and stand.
Open this style in the software →Curved sweep desk sign v2
Roll the letters by angle and radius, build the base and locking groove, and optionally make it front-lit.
Open this style in the software →Picture frame design
Pick a preset frame, upload an outline or use text, then set the size, moulding profile, back cover and stand or hanger.
Open this style in the software →Screw head and drive type
Choose the head style and drive type, then set the head diameter, head height, knurling around the head, and the drive socket size and depth.
Open this style in the software →Thread and screw point
Set the threaded length, thread angle, number of starts, left-hand or self-tapping thread, the point shape, and the assembly clearance for 3D printing.
Open this style in the software →Thumb screw
A round knurled head you can tighten with your fingers, no tool needed — good for parts you take apart often.
Open this style in the software →Countersunk flat head screw
A flat countersunk head with a hex socket drive that sits flush with the surface, for jobs where the head must not stand proud.
Open this style in the software →Drywall screw
A curved bugle head with a cross drive, a sharp point and the widely spaced thread used for fixing plasterboard.
Open this style in the software →Sign standoff
Builds a sleeve-and-stud sign standoff — set the sleeve diameter and length, the threaded hole depth, the front cap and the stud length.
Open this style in the software →Gear reduction pairs
Set the driver and driven tooth counts and the software works out the center distance and ratio, with both gears sharing one module. Includes 1:2 and 1:3 motor-reduction presets that add profile shift so small pinions are not undercut.
Open this style in the software →Helical gear pairs
Switch the tooth type to helical, then set a helix angle of 5–45° and a left or right hand. The teeth engage gradually, so they run quieter than spur gears, and in pair mode the driven gear gets the opposite hand automatically.
Open this style in the software →Herringbone gears
Two opposite helical halves joined into a herringbone, so their axial thrust cancels out — high torque without pushing the gear along its shaft. The preset uses module 2 with a 30° helix.
Open this style in the software →Rack and pinion
Build a pinion with a matching rack to turn rotation into straight-line travel. Set the rack length and base thickness, and the software shows the actual length, the distance from the gear center to the rack base, and how far the rack moves per turn.
Open this style in the software →Planetary gear sets
Enter the ratio you want and the number of planets, and the software finds sun, planet and ring tooth counts that actually assemble — a complete set with carrier, pins and base plate. Presets for 1:4 and 1:5 are included, and if an exact ratio is impossible it shows the closest one.
Open this style in the software →Internal ring gears
A pinion meshing inside an internal-tooth ring. Set the ring wall thickness and mounting ears with screw holes, and if the ring has too few extra teeth so the tips would clash, the software warns you and suggests the tooth count to use.
Open this style in the software →Gear hubs, spokes and bores
Choose a round, D-cut, keyway or hex bore, add a set-screw hole, a raised hub and an edge chamfer, and lighten the gear with holes or spokes like the steampunk preset. If the bore would eat into the tooth roots, the software shows the largest size you can use.
Open this style in the software →Gear backlash test kit
Print four test gear pairs at 0.10, 0.15, 0.20 and 0.30 mm backlash, with a pin base to hold the shafts. Spin each pair and keep the value that runs smoothest on your printer — the 0.15 mm default has been confirmed by a real test print.
Open this style in the software →Oval column letters
Switch the surface to an ellipse and set its width, depth and where the text sits on it — for oval columns or walls with an uneven curve. Front-lit builds and the lighting preview work just like any other style.
Open this style in the software →Mount inside or outside the curve
Wrap letters around the outside of a column or along the inside of a concave wall — the letter backs follow whichever side you choose, with an allowance for mounting tape or glue.
Open this style in the software →Flat face, curved back
Keep the letter face flat and curve only the back to hug the surface, so pieces print face-down easily. Add an acrylic face and a plaswood back with locking ridges, an optional lip and adjustable depth — the cut outlines for both sheets are calculated for you.
Open this style in the software →Fully curved letters
Curve both the face and the back of every letter. Choose a 3D-printed face, bent acrylic or solid letters; bent acrylic comes as a flat unrolled outline to heat-bend onto the curve, and pieces are automatically kept from colliding at the back. It looks the best, but is harder to print than the flat-face option.
Open this style in the software →Follow a curve you draw
Upload your own curved wall line as an SVG or DXF file drawn from above, then set its real-world width and where the text sits along it — for walls that are not a circle or an ellipse.
Open this style in the software →Solid letters, no cut sheets
Skip the acrylic and plaswood entirely: print each letter solid, with a clean face and a smooth curved back that sits flush on the wall — ready to mount with no cut sheets to deal with.
Open this style in the software →Ambigram arrangement
Two arrangements to choose from. Angled puts the piece in a straight row of blocks turned 45°, with both words readable from the front. Square-on keeps the blocks facing forward and steps them diagonally, so word A reads from the front and word B from the right. Both are the very same object, only rotated — identical volume and triangle count.
Open this style in the software →Three ambigram base shapes
A base joins every letter pair into one printable piece. Pick Contoured, whose edge follows the bottom of the letters, or Bar or Capsule, then set the plate 1–20 mm thick and the margin 0–30 mm. If the base still splits into separate plates, or a letter overhangs it, the app warns you and says how to fix it.
Open this style in the software →Curve quality and thin-wall warning
Set the maximum deviation from the true font outline between 0.02 and 0.30 mm — smaller is smoother but makes a bigger file — and set the thin-wall warning between 0.4 and 5 mm to match your nozzle and material. The app measures the thinnest point of every pair and reports it in millimetres.
Open this style in the software →Check both angles before printing
Angle A and Angle B move an orthographic camera to the exact reading position of each word, and Flat silhouette floods the piece in one flat colour with the shading removed, so you can confirm both letterforms are complete before spending filament.
Open this style in the software →Ambigrams from images or SVG
Instead of typing you can upload two pictures (.svg .png .jpg .webp) and get one solid that shows the first from one side and the second from the other. The app uses the combined silhouette of each picture and scales both to exactly the same height, so neither silhouette gets trimmed — handy for paired logos and keepsakes.
Open this style in the software →Where the second view sits
Read the second word from the side (a 90° turn left or right, with both words the same number of letters) or from above (one long row read from the front, then tipped up to reveal the other word, where the letter counts need not match). In the tipped-up mode the app matches the two widths for you — either by stretching the letters or by spreading the gaps — and tells you exactly how much the shorter word was stretched.
Open this style in the software →Production files — finish with files you can actually build from
Every job ends in files that go straight to a 3D printer or a cutting machine, plus tools that work out the LED requirements and produce a quotation for your customer.
STL as one combined file
Combines every letter into a single STL, best for signs that fit on the bed in one print.
Open the software →STL split per letter
Splits the letters into separate STL files, best for printers with a limited bed area.
Open the software →DXF assembly clearance
Shrinks the acrylic pieces so they seat properly on the ledge, adjustable from 0–1 mm in 0.05 mm steps.
Open the software →Quotation
Builds a quotation from the model — add customer details, edit line items and prices, add VAT, then save as an image or PDF.
Open the software →Download everything (ZIP)
Bundles the STL files for 3D printing, the DXF files for cutting, and a README into a single ZIP.
Open the software →Download DXF only
Downloads the cut lines for acrylic, bases or other sheet parts.
Open the software →LED summary
Calculates from the real light path and reports the run length per letter, number of runs, wattage, current and the switching supply size you need.
Open the software →LED wiring plan (Beta)
Choose the LED model, light colour and driver position, then get a job summary, circuit diagram, feed points and a parts list to hand to your installer.
Open the software →Export 3MF
Exports two-colour work with the colours embedded and laid out ready to print, or bundles the 3MF together with layer-separated STL files in a ZIP.
Open the software →DXF for perforated letters
Exports two DXF files in a ZIP, separating the perforated face sheet from the clear acrylic backing sheet.
Open the software →SVG for perforated letters
Downloads SVG and DXF for cutting acrylic or metal, keeping round holes as true circles.
Open the software →Pingpong bulb summary
Counts the bulbs actually placed, breaks the count down per letter, and works out wattage, current and the switching supply size you need.
Open the software →Picture frame export
Exports the STL, DXF and README set, or downloads just the STL or just the DXF for picture frame work.
Open the software →Full-size installation template
Get an SVG strip unrolled to the real size of the surface, marked with where every letter goes. Print it at 100%, wrap it around the column or lay it on the wall, then cut mounting blocks or mark the fixing points exactly.
Open this style in the software →Complete curved-letter file set
One download gives you everything: numbered STL pieces already in print orientation, a print-ready 3MF, DXF and SVG cut sheets for acrylic and plaswood (flat or unrolled to the curve), the installation template and a README with assembly steps. The 3D files match the real geometry, so you can develop the returns in other software or send the cut lines straight to a laser or CNC cutter.
Open this style in the software →Ambigram file set
Download the full ZIP with per-piece STL plus a 3MF that already has the base in its own colour, or take just the merged STL or just the 3MF. This style is 3D printing only, so there are no DXF or SVG cutting files.
Open this style in the software →Quick answers before you start
What features does Aksorn3D have, and how many are there?
This page lists 126 features in 4 categories: 21 core tools, 49 sign styles, 39 deep customisation panels and 17 export tools. Every image on the page is a real screenshot from the software.
Do I need to be a draughtsman or know CAD?
No. You type text or upload an SVG, choose the style that matches the job, then adjust values with sliders or by typing millimetres. The software builds the walls, ledges and assembly clearances for you, and the 3D model updates as you go.
Can the exported files go straight into production?
Yes. You get STL in millimetres for your slicer, DXF for cutting acrylic or plaswood, 3MF for two-colour work and SVG for perforated jobs, plus a README of the settings used, all in one ZIP.
How is it charged?
Credits, deducted only when you download a file. Typing text, choosing styles, adjusting values, viewing the 3D model and previewing the lighting are all free and unlimited. New accounts get 100 free credits.
Does it work out the LED requirements?
There are two tools for that. The LED summary calculates from the real light path and reports run length per letter, number of runs, wattage, current and the switching supply size. The LED wiring plan (Beta) produces a circuit diagram, feed points and a parts list to hand to your installer.
Does it really support Thai?
It supports Thai, English and Vietnamese, with vowels and tone marks placed correctly. Choose from several ready-made fonts, or upload your own .ttf/.otf file.
Can I design gears for 3D printing or laser cutting?
Yes. The Gears style builds involute gears whose teeth truly mesh — spur, helical and herringbone gears, reduction pairs, rack and pinion, internal ring gears, planetary sets, timing pulleys and chain sprockets. Set 4–300 teeth and a module of 0.2–10 mm, or switch to inches (diametral pitch), with a 14.5°, 20° or 25° pressure angle and a 0.15 mm default backlash. Export STL and 3MF for 3D printing and DXF and SVG for laser cutting, plus a spec sheet listing the pitch, tip and root diameters. Print a test piece before relying on it.
Can I make sign letters for a round column or a curved wall?
Yes. The Curved Surface Letters style builds 3D letters whose backs follow a round or oval column, a tank, a cylindrical bottle, or a curved wall traced from your own SVG or DXF line, mounted either outside or inside the curve. Choose flat face with a curved back (acrylic and plaswood, or printed solid) or fully curved letters. You get numbered STL and 3MF pieces, DXF and SVG cut sheets flat or unrolled to the curve, a full-size installation template and assembly steps in one download. The style is currently in Beta.
Can I make letters that read as two different words from two angles (an ambigram)?
Yes. The Dual-View Ambigram style builds a single solid that reads as one word from one angle and as another word from 90° away. The second view can sit to the side — turn the piece left or right, with both words the same number of letters — or above, where the piece is one long row read from the front and then tipped up to reveal the other word; in that mode the letter counts need not match, the app matches the two widths for you and reports exactly how much the shorter word was stretched. Type 2–8 characters from A–Z and 0–9 (Thai is not supported, because vowel marks above and below only carry material at certain heights, so the intersection would cut the base consonant into bands). Add one of three base shapes, and check both angles and the flat silhouette before printing — or upload two pictures instead of typing. Exports STL and 3MF for 3D printing. The style is currently in Beta.
Besides letters and signs, what other 3D-printable parts can it make?
Quite a few: ISO nuts and bolts, involute gears, screw-cap bottles and jars that really close, bottle-shaped light boxes, print-in-place chains that move with no assembly, sign brackets for walls, ceilings, shelves and desks, S, J and L hooks plus a carabiner with a print-in-place spring gate, end caps for steel tube in both insert and slip-over forms, adjustable feet for tables and cabinets that take a steel M6–M12 bolt or a fully printed thread, snap-fit standoffs that float letters off the wall, handles for ready-made rubber stamp sheets, and clamps for PVC pipe, conduit and cables. Everything is set in real millimetres and exports as STL and 3MF, ready to print.
Found the feature you need? Open it and try it
Typing text, choosing a style, adjusting parameters and viewing the 3D model are all free and unlimited. Credits are only deducted when you download a file.
Open Aksorn3D