3D Printing for Education & Research

The problem you are actually solving

Research generates one-off requirements by definition. The fixture that holds your specific sample at your specific angle doesn't exist as a catalogue item, and never will.

The usual routes are both bad: a machine shop quote that eats a large part of a grant and takes weeks, or a graduate student improvising with laboratory clamps and tape.

Teaching has the same problem at a different scale: a model that makes a concept click is worth far more than a diagram, but only if a department can afford thirty of them.

Materials that suit this work

• PLA

  PLA

  Class sets and demonstration models. Cheapest per unit by a distance.

• PETG

  PETG

  Lab fixtures, chemically resistant and tough enough for daily handling.

• PC

  PC

  Anything near heat, or apparatus that must survive being dropped.

• PA-C

  PA-CF

  Structural rigs and anything under sustained load.

Not sure which applies to your part? Use the material selector , four questions and it tells you, with the reasoning.

The questions education & research customers actually ask

• We've no CAD and no one who can model it.

  Bring a sketch, a photograph with a ruler in frame, or the broken original. Our design service produces manufacturing-ready CAD from any of those, and you own the resulting files outright, including the STEP file, so you can modify it yourself later.

• Is it chemically resistant enough for lab use?

  PETG resists water and most common laboratory solvents and cleaning agents well. It isn't resistant to everything, strong solvents will attack it. Tell us what the part will contact and we'll advise, or tell you when no filament we stock is appropriate.

• Can you work within a departmental budget and purchase order?

  Yes. We accept purchase orders alongside UPI, bank transfer and card. The ₹350 order minimum is low enough for single fixtures, and the published volume discounts mean a class set of thirty is affordable.