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Uro Bangladesh

3D printing for architecture

3D ModelingYour Imagination

Uro Fab Support is a 3D printing workshop run by engineers in Dhaka. We print detailed scale models for architects, developers and design competitions, straight from your files.

Get a quoteSee what we print
A white 3D printed scale model of a cultural building with angled, cantilevered volumes, perforated facades and trees
A white 3D printed scale model of a cultural building with angled, cantilevered volumes, perforated facades and trees

  • 3D printed in-house

    On our own printers, in our workshop in Dhaka.

  • Prepared by engineers

    The people who design Uro's robots set up every print.

  • Print from your files

    STL, OBJ, 3MF, STEP, Revit, SketchUp or Rhino.

How we 3D print

A white 3D printed scale model of two towers joined by a red truss bridge, with trees at their foot

Printed layer by layer

Every model is 3D printed in fine layers on our own printers, so the detail in your drawings makes it into the model.

Get a quote

What we print

Scale models, from a private home to a city landmark.

A white 3D printed scale model of a stacked cultural building with roof gardens, perforated facades and a reflecting pool
Cultural buildingsPerforated facades, roof gardens and railings, printed in fine layers.
A white 3D printed scale model of two towers joined by a red truss bridge, with trees at their foot
TowersEvery floor, balcony and sky bridge, printed in parts and assembled.
A scale model of a modern house on a sloping site, with terraces, stairs and planted gardens
HomesTerraces, stairs and gardens, printed and finished by hand.
A white 3D printed scale model of a public building with a folded roof on slender columns, glazing and pools of water
Public buildingsLong roofs on slender columns, printed to stand true at scale.

Why Uro Fab Support

Made by engineers, finished like a presentation piece.

  • Engineered, not just printed

    Engineers set up every print, so parts fit, joints hold and the model survives the trip to your client.

  • Fine layers

    Floor plates, railings, facade fins and trees come out crisp at the scale you need.

  • Big sites, in parts

    Large models are printed in sections and assembled on a finished base.

  • No 3D file? No problem

    Our engineers model it from your plans and sections, then print it.

  • Close-up of a model's perforated facade and cantilevered glass room

    Facades

  • Close-up of a red truss bridge between two towers of a model

    Structure

  • Close-up of a model's terraced landscape, planters and trees

    Landscape

How it works

From your file to a finished model.

  1. 01

    Send your files

    A 3D model or your drawings, with the scale and size you need. We send back a price and a date.

  2. 02

    We prepare the print

    Our engineers check the model, set the scale and split big sites into parts that print cleanly.

  3. 03

    We 3D print it

    Layer by layer, on our own printers, in our workshop in Dhaka.

  4. 04

    Finished and delivered

    Cleaned up, finished in white and assembled on its base, ready to present.

We print from

  • STL
  • OBJ
  • 3MF
  • STEP
  • Revit
  • SketchUp
  • Rhino
  • PDF drawings
Get a quote

Also from the workshop

Robotics parts, circuit boards and the code that runs them.

  • CAD · Robot part and architectural model
    SketchExtrudeFilletHoleAssemblyChecked by an engineer

    Model

    • Servo bracket
    • Base plate
    • Side walls
    • Bolt holes ×6
    • Pavilion
    • Podium
    • Floor plates ×9
    • Wing
    Robot partSafety factor 2.4 · 128 g
    Architectural modelScale 1 : 200

    3D design

    Robotics parts and architectural models, designed in CAD by our engineers.

    Contact for 3D design
  • PCB layout · Sensor board
    Top view · 2 layers

    Layers

    Top copper
    Bottom copper
    Silkscreen
    Board outline
    Ground pour

    Design rules

    0 errors

    Board50 × 32 mm
    Nets42
    Export for manufacture

    PCB design

    Circuit boards from schematic to layout, ready to manufacture.

    Contact for PCB design
  • Firmware · motor_control.c

    firmware

    • src/
    • main.c
    • motor_control.c
    • sensors.c
    • radio.c
    • include/
    • config.h
    1// Keep the motor at the speed it is asked for
    2void motor_update(motor_t *m, float target) {
    3 float error = target - encoder_rpm(m->enc);
    4 m->integral += error * DT;
    5 float out = KP * error + KI * m->integral
    6 + KD * (error - m->last) / DT;
    7 m->last = error;
    8 pwm_write(m->pwm, clamp(out, -1.0f, 1.0f));
    9}
    10
    11void loop(void) {
    12 for (int i = 0; i < MOTORS; i++)
    13 motor_update(&motors[i], targets[i]);
    14}
    Serial monitorBuild passed · 14.2 kB

    [12.402] imu ok · temp 31.2 C

    [12.410] motor 1 · 4120 rpm · pwm 0.62

    [12.418] motor 2 · 4096 rpm · pwm 0.61

    Firmware development

    Embedded code for sensors, motors and controllers, tested on the hardware.

    Contact for firmware

Start a model

Have a model to print?

Send us your files or drawings and we will come back with a plan, a price and a date.

Get a quoteEmail contact@urobd.com