Hvilke værktøjer skal jeg bruge til 3D-print?

If you are new to 3D printing, you may be wondering, what tools do I need? In this article, we’ll cover everything from screwdrivers to Oil-based paint pens and digital calipers. But before we get started, let’s take a look at some essential tools. Read on to discover how to use these tools for your 3D printing needs. Here are some of the most common ones.

Skruetrækkere

If you’re considering using 3D printing to create a DIY tool, you may want to consider purchasing a set of screwdrivers. Unlike the standard screwdrivers that come with your 3D printer, 3D printed screwdrivers are generally much smaller and lighter than metal models. As a result, they are ideal for jobs that don’t require excessive tension or weight. The pieces are also designed to fit into a standard 1/4″ handle.

Using standard screwdrivers can be very uncomfortable. The average wrench can twist its wrist 17,000 times. Even the fastest wrench can take five hours to turn the same set of screws, but a cordless screwdriver can cut that time in half. This means a 3D printed screwdriver is far more efficient. Moreover, it doesn’t require any post-printing assembly. These tools can also be customized to fit your specific needs.

Oliebaserede malingspenne

When it comes to painting on plastics, oil-based paint pens have the best results. They give an opaque, long-lasting mark that won’t wear away like ordinary ink markers. They also come in different colors and tip sizes, so you can pick one that matches the part or material you are working with. Oil-based paint pens also have no need for primer, which is a great feature if your project is going to last a long time.

If you’re just starting out, acrylic paints can be challenging to apply evenly. However, they are a great choice for beginners. You can purchase quality acrylic paints at your local craft store or online. The Apple Barrel PROMOABI Acrylic Craft Paint Set is one of the top-rated options available. It includes 18 bottles containing two ounces of paint. The paints can be applied using a brush or a spray.

Tang

Designprocessen for tang til 3D-printning kræver en anden tankegang end traditionel bearbejdning. Det kræver, at ingeniøren inkorporerer funktioner, der ikke er mulige ved bearbejdning. I dette tilfælde blev en medicinsk anordning som en tang redesignet ved hjælp af 3D-printede metalhulrum. Foster Corp. leverede den glasfyldte biobaserede polymer. Det tredimensionelt printede instrument blev derefter brugt til en operation.

For en brugerdefineret spids er kendskab til OpenSCAD en fordel. For en låsetang er kendskab til 3D-modelleringsprogrammer en fordel. For en generisk spids skal du fjerne støtten, hvis du ikke printer den med en låsemekanisme. Ellers skal du printe med spidsen pegende mod sengen. Når den er printet, burde tangen være klar til brug på operationsstuen. For mere komplicerede designs kan du lære, hvordan du laver brugerdefinerede spidser ved hjælp af 3D-printsoftware.

For a surgical instrument, 3D-printed forceps can be customized to fit the hands of the surgeon and the anatomy of the patient. These devices can be molded to fit the hand of a surgeon to enhance treatment outcomes. They also decrease the duration of the operation. They are useful in small-scale operations. This helps improve patient safety. They can be custom-designed to reduce operating time and improve the surgeon’s productivity.

Digital skydelære

A digital caliper for 3d printing can be very useful in a number of ways. One of the most important uses of a caliper is in checking the diameter of objects, such as screws, nuts, and holes. This tool is also useful in checking the diameter of filaments, as low-quality filaments can clog your printer’s extruder. To ensure a proper print, you should make eight measurements with one-meter separation between each one. The outer measurement clamps should hold the filament without crushing it.

De mest populære typer digitale skydelære er præcisionsskydelære, som måler dybden og bredden af objekter. Du kan også få en med halv præcision, som måler længden af et tyndt stykke træ. Nøjagtigheden af digitale skydelære er op til 0,001 tommer. Trinviseren er især nyttig, når du skal forbinde to faktorer, såsom en længde eller bredde. Nogle skydelære har indbyggede måletabeller, som gør det nemt at måle forskellige aspekter af din 3D-printede model.