MakerBot Replicator: Print Quality #3

We recently invited a guy into our organisation to conduct basic training on our MakerBot Replicator 3D printer for a bunch of department heads and other interested staff.

 

He also gave our machine a bit of a tune-up which has considerably improved print quality.

This post follows on from three previous posts: Replicator, Print Quality & Print Quality #2.

MakerBot Replicator: Print Quality #2

Having upgraded the Replicator's firmware, I was able to run a couple of test prints using acceleration.

This allowed me to print a TreeFrog in under 30 minutes.

Following on from my previous posts on the Replicator and Print Quality, I wanted to try a print with acceleration. But my first problem was locating the acceleration mode on the Replicator...
...it didn't have one.

MakerBot Replicator: Print Quality

What level of print quality can you expect from your new MakerBot Replicator?

 

Here are a few illustrations which I hope might help show the sort of results you can expect from this model of 3D printer.

...Or maybe you get better results, in which case, I have a problem!

Having levelled the Replicator platform and left all other settings at their default values (e.g. nozzle & platform temperatures) I selected the "whistle" from  the ReplicatorG software example list as a test piece.

The 3D Printer: Toy or Techno-Wonder?

I was lucky enough this week to get my sticky little hands on a 3D printer: the "MakerBot Replicator".  So what's all the fuss about?

First impressions are that this printer has been built using old parts from a flat-bed scanner, and housed in a primitive, makeshift, wooden chassis.

But on closer examination, the chassis is in fact a very sturdy structure, closed at the base and the back, but open on the other four sides.