Top 27 How Much Can You 3D Print With 1Kg Of Filament 27655 People Liked This Answer

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For a rough picture on what it can print, you would be able to print somewhere between 90 calibration cubes with 100% infill or 335 calibration cubes with just 5% infill. Some extra perspective, you could print around 400 average sized chess pieces with a 1KG spool of filament.Luckily, with the increase in popularity and manufacturing of resin, we have seen a significant decrease in the print. You can 3D print around 120 to 140 tabletop figurines or minis with 1 liter of resin, each model having a height of around 1 inch.A 1kg (2.20lbs) 3D printer filament generally lasts a month or two if you print a bunch of small objects. But it really depends on a few factors, like the size, material, quantity of prints, and infill.

Contents

How much can you print with 1KG resin?

Luckily, with the increase in popularity and manufacturing of resin, we have seen a significant decrease in the print. You can 3D print around 120 to 140 tabletop figurines or minis with 1 liter of resin, each model having a height of around 1 inch.

How long does a 1KG roll of filament last?

A 1kg (2.20lbs) 3D printer filament generally lasts a month or two if you print a bunch of small objects. But it really depends on a few factors, like the size, material, quantity of prints, and infill.

How long is 1KG of PLA filament?

Based on our calculations, around 335 meters of filament in a 1-kilogram spool of PLA filament with a diameter of 1.75 millimeters. Please note that these calculations assume that the filament diameter is perfectly consistent throughout its length.

How much filament is on a 1KG spool?

1.75 mm filament length for 1 kg spool: ~ 330 meters / ~ 1080 feet.

How long does 1kg of resin last for 3D printing?

In most cases, 3D printing resins expire within 12 months. However, sunlight, heat, and chemical contaminants may make them unusable within days or weeks. Read on for more insights into the shelf life of 3D printing resin.

Is resin more expensive than filament?

Is resin more expensive than filament? While resin prints are more detailed in general, the cost of purchasing resin compared to filament is higher, and can often be over double the cost of filament per print.

How much does 1kg of filament cost?

One factor that many forget about when calculating the cost of the filament is wasted time and materials. Yes, you can get a 1kg spool of no-name filament for $20 – a cost of $0.020/gram.

How much filament does a 3D printer use per hour?

A 3D printer consumes approximately 7.5g of filament per hour when printing at a 0.2mm layer height, which results in a filament cost of 15 cents per hour assuming that the filament spool costs $20 for 1kg, and an average of 1.58 cents per hour in power consumption.

How many meters is 1kg of PLA?

For example, the density of PLA filament is 1.24 grams per CM^3. This means we know how many meters in a kilogram of PLA 1.75mm to be 335.3 meters.

Can you drink out of PLA?

don’t drink hot things from it, but don’t drink anything from it just incase. Well, natural PLA is made out of corn and safe around corn. However, as it has been stated, it may be safe the first time around, but due the tiny crevices, bacteria can easily build up and become unsafe.

How long will PLA last?

PLA in water can generally last 47 to 90 days, which is pretty much faster to decompose than PET material. PLA objects in water can even break down faster with high temperatures.

How much filament is needed to print a helmet?

Before you start printing, make sure that you have enough filament to complete the build! You’ll need 1.2 pounds of PLA to finish this giant helmet, so it’s a good idea to weigh how much filament is on your spool.

Is it expensive to 3D print?

3D printing can cost anywhere from $3 up to thousands of dollars. It’s hard to get the exact cost of a 3D print without a 3D model. Factors such as material, model complexity, and labor affect the price of 3D printing. 3D printing services can sometimes cost more than an entry level 3D printer.

How much weight can PLA hold?

It’s also best to keep the lid off as PLA is sensitive to high temperatures. PLA is an environmentally friendly, compostable filament that prints easily at low temperatures and looks great. It’s also pretty strong. It’s pretty darn impressive that PLA survived up to a 285 lb lift.

What is the largest object to be 3D printed?

What is this? “The largest solid 3D printed object measures 2.06 m³ (72.78 ft³) of 3D printed material, and was made by the University of Maine Advanced Structures and Composites Center (USA) in Orono, Maine, USA, on 10 October 2019. The boat is named 3Dirigo, after the state of Maine’s motto, ‘Dirigo’.”

How many Litres is 1kg of resin?

Resin = 1.16kg per litre.

How long do resin prints last?

They say the durable resin has the longest lifespan of around 6-8 months.

How long can a resin print sit before cleaning?

A 3D resin print can sit indefinitely before cleaning if the model is in an isolated environment that does not cure the photopolymer. However, you should clean your resin print as soon as possible if it’s exposed to ultraviolet light or radiation, solvents, heat, and humidity.

How long do resin prints take to print?

A typical exposure cycle is around 10 to 15 seconds per layer. The shorter your object, the faster it will print.

How Many Parts Can Be Printed with 1kg of Filament | كم نموذج يمكن طباعته من 1كغم فلمنت

How Long Does 1Kg of 3D Printer Filament Last? – Printing It 3D

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Most searched keywords: Whether you are looking for How Long Does 1Kg of 3D Printer Filament Last? – Printing It 3D Updating I will talk about everything you need to consider to determine how long your filament material will last, amd also give you examples of how users gauge their filament consumption based on their 3D projects.
Table of Contents:

Exactly How Long Is the Filament in a 1Kg Spool

Factors That Affect How Long Your 1Kg Filament Will Last

How Many 3D Objects Can I Print With 1Kg of Filament

How Can You Make Your Filament Last Longer

Conclusion

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How Long Does 1Kg of 3D Printer Filament Last? – Printing It 3D

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Most searched keywords: Whether you are looking for How Much Can You Print with 1KG of Filament: Know the Secret – 3D Printing & Laser Cutting – MakeMendel Updating In this article, you will learn a few more important things regarding how much you can print with 1KG of filament.
Table of Contents:

In-Depth Calculation on How Much Can You Print with 1KG of Filament

How to Estimate If I Have Enough Filament for My Model

Frequently Asked Question (FAQ)

Last Words!

How Long Does a 1KG Roll of 3D Printer Filament Last? – 3D Printerly

I’ve been 3D printing this same roll of 1KG PLA for a while now and I was thinking to myself, just how long does a 1KG roll of 3D printer filament last? There are clearly going to be differences from person to person, but I set out to find out some average expectations.

The average 1KG spool of filament lasts users just over a month before it needs replacing. People who 3D print on a daily basis and create larger models could use 1KG of filament in a week or so. Someone who 3D prints a few small objects from time to time could stretch a 1KG roll of filament for two months and more.

There’s some more information below which is relevant to answering this question such as the amount of common objects you can print and how to make your filament last longer. Keep reading to find out!

If you are interested in seeing some of the best tools and accessories for your 3D printers, you can find them easily by clicking here (Amazon).

How Long Does a 1KG Roll of Filament Last?

This question is quite similar to asking someone ‘how long is a piece of string?’ If you have a long list of items that you have been wanting to print and they are of a bigger size, infill percentage and you want large layers, you can go through a 1KG roll pretty quickly.

The timing for how long a roll of filament will last really depends on how often you are printing and what you are printing. Some will tell you a roll of filament lasts them a few days, others will tell you one 1KG roll lasts them a few months.

Some big projects such as costumes and props can easily use over 10KG of filament, so 1KG of filament won’t last you barely any time at all.

If you have one big print, you could technically use up a whole 1KG roll of filament in just one day, with a big nozzle such as a 1mm nozzle.

It depends on your flow rates and the models you are printing. Your slicer software will show you exactly how many grams of filament it will take to complete.

The piece below is almost 500g and lasts around 45 hours of printing.

When the same piece has the nozzle size changed from 0.4mm to 1mm, we see a drastic change in the amount of printing hours to just under 17 hours. This is around a 60% decrease in the printing hours and the filament used even increases from 497g to 627g.

You could easily add settings which use tons more filament in less time, so it’s really about your flow rates out of the nozzle.

If you are a low volume printer and like to print smaller items, a spool of filament can easily last you a month or two.

A high volume printer on the other hand, who likes to print bigger objects will go through that same filament in a few weeks or so.

A lot of people are involved in the D&D (Dungeons and Dragons) game, which are primarily made up of miniatures, terrain and props. For each print, it can easily take around 1-3% of your 1KG spool of filament.

One 3D printer user described that in 5,000 hours of printing in the past year, they had gone through 30KG of filament with near constant printing. Based on those numbers, that is 166 printing hours for every KG of filament.

This would measure up to about 2 and a half 1 KG rolls per month. It is a professional field that they are in so it their large filament consumption makes sense.

Using a bigger 3D printer like an Artillery Sidewinder X1 V4 (Review) compared to a Prusa Mini (Review) is going to make a big difference in how much filament you use. When you are limited in your build volume, you have no choice but to print smaller items.

A 3D printer with a large build volume leaves more room for ambitious, larger projects and prints.

How Many Things Can I Print with 1KG Spool of Filament?

For a rough picture on what it can print, you would be able to print somewhere between 90 calibration cubes with 100% infill or 335 calibration cubes with just 5% infill.

Some extra perspective, you could print around 400 average sized chess pieces with a 1KG spool of filament.

If you measure how long your 3D printer filament lasts in printing hours, I’d say on average you could get around 50 printing hours.

The best way to determine this would be to download some slicer software such as Cura and open a few models that you can see yourself printing. It will give you direct estimates for how much filament will be used.

This chess piece below in particular uses 8 grams of filament and takes 1 hour and 26 minutes to print. That means my 1KG spool of filament would last me 125 of these pawns before it ran out.

Another take away is that 1 hour and 26 minutes of printing, 125 times would give me 180 printing hours.

This was at a speed of 50mm/s and increasing it to 60mm/s changed the time from 1 hour 26 minutes to 1 hour 21 minutes which translates to 169 printing hours.

As you can see, a fairly small change can decrease 11 printing hours, technically making your 3D printer filament last less time but still printing the same amount.

The goal here is not about increasing or decreasing printing hours, but being able to print out more objects for the same amount of filament.

The average for a miniature is less than 10 grams per mini so you could print over 100 minis before your 1KG spool of filament will run out.

You could also technically account for prints that fail, since there’s always potential for that to happen and be of no use to you. If you’re lucky most of your failed prints happen at the initial first layers, but some prints can go wrong a few hours in!

Check out my post on Great Ways to Stop 3D Prints Moving While Printing, so your prints fail a lot less!

How Do I Make My 3D Printer Filament Last Longer?

The best way to make your rolls of filament last longer is to slice your objects in such a way that it uses less plastic. There are several ways to cut down on plastic production which over time can save you a substantial amount of filament.

Many factors affect how long a roll of filament lasts, such as the size of your prints, infill density %, use of supports and so on. As you’ll realize, a 3D printed part such as a vase or pot uses very small amounts of filament because the infill is non-existent.

Play around with the settings to lower your filament usage per print to make your filament last longer, it will take some trial and error to really get good at this.

Find Ways to Reduce Support Material

Support material is widely used in 3D printing but models can be designed in such a way where it doesn’t require support.

You can also make use of 3D printing software to efficiently reduce support material. You can create custom supports in a software called Meshmixer, the video below by Josef Prusa goes into some nice detail.

I found out about this awesome feature by researching the Best Free 3D Printing Software, which is an epic list of slicers, CAD software and more.

Reduce Unnecessary Skirts, Brims & Rafts

Most 3D printer users will use a skirt before each print, and this makes a lot of sense so you can prime your nozzle before printing. You can remove the number of skirts you set if you do more than 2, even one can be enough a lot of the time.

If you don’t already know, skirts are the extrusion of material around your print before it gets to printing the actual model, though skirts use such a tiny amount of filament it doesn’t matter.

Brims and rafts, on the other hand, can usually be reduced or removed altogether in many cases, as they do use up more filament. They can be very useful for certain prints, so balance out the savings with the benefits carefully.

If you can figure out where you can remove them, you can save a lot of filament in the long run and a nice amount for each 1KG roll of filament.

Make Better Use of Infill Settings

There’s a massive trade-off in using high infill percentages versus 0% infill and it will allow your filament to go a long way.

Most slicers will default to an infill of 20% but many times you’ll be fine with 10-15% or even 0% in some cases. More infill doesn’t always mean more strength, and when you get to very high infill settings, they can even start to become counterproductive and unnecessary.

I printed a 3D model of Deadpool with just 5% infill using the Cubic pattern, and it’s pretty darn strong!

Infill patterns can definitely save you filament, the honeycomb, hexagon, or cubic patterns are usually good picks to do this. The fastest infills to print are going to be the ones that use the least material and the hexagon infill is a great example.

You’ll not only save material and time, but it’s a strong infill pattern. The honeycomb pattern is widely used in nature, main example being the honey bee.

The fastest infill pattern is probably the Lines or Zig Zag and are great for prototypes, figurines or models.

Print Smaller Objects or Less Often

This is an obvious way to make your 3D printer filament last longer. Simply scale your objects down if they are non-functional prints and don’t necessarily need a larger size.

I understand wanting larger objects but you have to understand there will be a trade-off, so keep that in mind.

For example, if you only print items that use up 10g of filament at a time and you print twice a week, a 1KG roll of filament would last you 50 weeks (1,000 grams of filament/20g per week).

On the other hand, if you’re into projects that use up 50g of filament at a time and you print every day, that same filament is going to last you just 20 days (1000g of filament/50g per day).

Another simple way to make filament last longer is to print less often. If you print a lot of non-functional items or a bunch of items that collect dust (we’ve all been guilty of this) maybe dial it down a bit if you really want to make your filament roll to go a long way.

Imagine over one-year span, you managed to save 10% of filament using certain techniques, if you use 1KG of filament per month and so 12KG of filament per year, a 10% saving would be just over a whole roll of filament, at 1.2KG.

You might think there are drawbacks of doing this such as making weaker parts, but if you use proper methods you can actually strengthen parts as well as save filament and printing time.

How Much Filament Do You Need for a Print?

How Long in Meters/Feet) is a 1KG Roll of Filament?

According to Rigid Ink, based on PLA having a density of 1.25g/ml a 1KG spool of PLA would measure up at around 335 meters for 1.75mm filament and 125 meters for 2.85mm filament. In feet, 335 meters is 1,099 feet.

If you wanted to put in a cost per meter of PLA filament, we have to assume a specific price which I can say on average is around $25.

PLA would cost 7.5 cents per meter for 1.75mm and 20 cents per meter for 2.85mm.

If you love great quality 3D prints, you’ll love the AMX3d Pro Grade 3D Printer Tool Kit from Amazon. It is a staple set of 3D printing tools that gives you everything you need to remove, clean & finish your 3D prints.

It gives you the ability to:

How Long Does 1 Liter & 500ml of 3D Printer Resin Last? – 3D Printerly

I know that there are many people wondering just how long a bottle of 500ml or 1 liter of resin would last them. This article will aim to answer that question, so you have a better idea of how long your bottles of resin should last you.

Keep on reading for more information about how long 3D printer resin should last you, and even how to make it last you longer.

How Much Can You 3D Print with 1 Liter of Resin?

The question of how much you can 3D print with 1 liter of resin used to be a very important one because resin was so expensive in the past.

Luckily, with the increase in popularity and manufacturing of resin, we have seen a significant decrease in the print.

You can 3D print around 120 to 140 tabletop figurines or minis with 1 liter of resin, each model having a height of around 1 inch. If you 3D print cubes with a 1cm x 1cm dimension, then you can print 500 cubes of that size. Larger models can require 100ml+ of resin in one go.

The best way to determine how much you can 3D print with 1 liter of resin is to import an STL model into your chosen slicer software, then reading how many milliliters of resin will be used.

The SLA slicer that most people gravitate to is between PrusaSlicer, ChiTuBox, and my personal favorite, Lychee Slicer.

When you work out the amount of resin you’ll use for one print, you take 1000ml, and divide the number of ml for the print.

A simple chess rook of about 53mm in size can be printed using only 11ml of liquid resin. This indicates that you can print around 90 to 91 chess rooks of 53mm in size with 1 Liter of resin (1000ml / 11ml = 90.91).

Don’t forget to include the proper orientation and supports for the most reliable results.

Most SLA users use resin to print miniatures or small-sized models but require a lot of detail in them.

The fact that how much you can print with 1 liter of resin is directly dependent on the size and details of your designed model.

The video below goes through just how much each resin 3D printed miniature costs, giving a good insight to how far your resin can go.

How Long Does 500ml of Resin Last?

500ml of resin can last the average user around 2 weeks of normal use when printing small models on a regular basis. You could use 500ml of resin in a few really large 3D prints, which could take 2 or 3 days. 1 liter of resin can last you anywhere from 5 days to a month of printing.

It depends on the layer height you are using for your objects, because a 0.025mm layer height is going to need twice as many layers as a 0.05mm layer height 3D print.

Depending on the orientation of the model, the number of supports, the scale/size of the model, your success/failure rate, 500ml of resin can last you a month or so, or just a few days.

You can print a complete chess set including a few failures or mistakes, and you will end up sparing some liquid resin as well.

The Chess Set (SLA/DLP) files from Thingiverse is a good representation of a real life example. When you hollow the models with a 1.5mm wall thickness, and add a 2mm hole for resin draining, the set of 16 pieces takes around 156ml of resin.

With 500ml of resin, you’d be able to 3D print around 3 complete chess set pieces.

The exact answer to how long 500ml of resin lasts depends on different factors especially the size of your print.

This Reddit user shows how much you can 3D print with 250ml of resin.

Things such as the failure or printing mistakes you make during the process, whether your print is hollow or filled 100%, and the number of times you strain the vat can affect your level of resin usage, especially in the early stages of SLA 3D printing.

In the future with more experience, you reduce the usage of resin to print more by following some tips that will be discussed later.

How Does 1 Liter of Resin Compare to 1 kg of Filament?

Looking at the output mass with the same amount of resin and filament, you will get more output mass from 1 kg of filament as compared to 1-liter liquid resin.

Resin is a little more dense as compared to filament so when you compare 1 liter of resin to 1kg of filament, that resin is going to convert to less than 1kg in weight of the liquid resin.

For resin, you are looking at around 1.1 grams in weight per millimeter of liquid.

For Monocure 3D Rapid Clear Resin, they state a resin density of 1.12g per ml.

When you convert resin ml into grams, you get around 900grams of resin.

On the other hand, resin 3D printers mostly specialize with smaller objects, hence the smaller build plate, so 1 liter of resin may actually strength further than 1kg of filament in terms of how long it’ll last.

As the resin 3D printers are mostly used to print smaller objects, the printing use of 1-liter resin and 1 kg filament will be similar. If you are printing the exact same objects, with the same size, the filament may perform better.

You do have to take other factors into account such as infill, hollowing, supports, and more.

I think the comparison is pretty close and really depends on your overall experience and preparation techniques.

Many people don’t realize that you can get away with less support with SLA or resin printing, but this comes about with more experience.

If we talk in terms of the cost and dollars that you will spend on both products, the filament will clearly win the comparison.

UV resin is known to be more expensive than filament of any type, usually, the price of UV resin is about twice or even 3 times more than the filaments’ average price.

I think in the near future, we will start to see the price become a lot closer in comparison.

1 liter of resin most likely won’t go as far as 1 kg of filament. It’s a lot easier to waste resin compared to the solid filament, and infill can really make a difference.

Utilizing your software efficiently and angling the model efficiently on the build plate, you can mitigate the amount of support and can get printed volume the same as you get from 1 kg of filament.

There are many tutorials where they can correctly guide you on how to produce successful resin 3D prints.

How Do You Make Resin Last You Longer?

The best and most useful method is to design and angle your 3D print model in a way that reduces the amount of resin to print that model.

There are different ways to reduce the amount of resin, and you can start by reducing the support and this can only be done if you angle the print efficiently.

Many print settings can also help you in this regard. The size of your print, details, structure, and many other factors can affect the resin usage. Below are some of the best tips that can help you to print more models using less amount of resin.

Angle Model in a Way that Reduces Supports

Print Smaller Objects if Possible

Try to Reuse the Clean UV Resin

Hollow Your Resin Models

Avoid Spills and Wiping up Too Much Resin

Angle Model in a Way that Reduces Supports

Supports are essential in resin 3D printing but the amount of the resin used for supports can be reduced.

You should use different types of software such as ChiTuBox, Lychee Slicer, or PrusaSlicer to add support. The software will allow you to see a visualization and angle the model in a way that reduces the need for support.

PrusaSlicer is known to use a large amount of supports, but they do work really well in reducing failures in your resin prints. I’ve had many 3D prints fail because of bad support settings and incorrectly calibrated UV power settings.

Having more supports and bracings can compensate for other bad settings, so it can actually end up saving you resin in the long-run. With more experience and tutorials, you can really improve your support placement and reduce overall resin used, making it last longer.

Print Smaller Objects if Possible

The larger your model is, the more resin it will consume. In some cases, you want to print some large models on your 3D printer, but doing this regularly will definitely cause you to use up a lot more resin.

Wherever you can reduce your model size, I would advise it if you want your resin to last longer.

As the example is mentioned above, a chess rook that is 53mm in size can be printed using 11ml of resin, but the same rook may use more than twice the resin when printed in 110mm in size.

Some people think doubling the size of an object means you’ll use double the resin, but you might be surprised to know that it increases at a much higher rate.

I illustrated this in my article about The Best Layer Height for 3D Printing which you can check out.

The difference between a 3D benchy at a 0.1mm layer height and the same benchy at a 300% scale is 2 hours and 56 minutes compared to 40 hours and 8 minutes. That’s about 13x higher rather than the 3x you might have thought.

Try to Reuse the Clean UV Resin

UV resin can be reused, you only have to ensure that there are no residues of cured resin.

Reusing the resin may cause issues but if you take it out of the vat, clean it properly, and mix it with the fresh resin, the results will be pretty good. Shake the resin bottle well so that fresh and used resin can form a great mixture.

Hollow Your Resin Models

Similar to infill with FDM filament printers, you have material on the inside of your models. Many people leave their resin models full, without hollowing out the model.

Hollowing your models can save plenty of resin over time, and depending how big of a wall you give your objects, they can still be as strong as you need them to be.

The general wall thickness for hollowing a resin 3D print is around 1.5mm to 3mm so give that a go and see how it works for you.

If you do want that extra strength for your resin prints without requiring such a large wall thickness, you’ll want to get a strong resin like the Siraya Tech Blu Strong & Precise Resin from Amazon.

You can also go with the Siraya Tech Tenacious Flexible & Impact Resistance Resin from Amazon also.

Avoid Spills and Wiping up Too Much Resin

Take some extra care when handling your resin to ensure it’s not spilling unncessarily or needing to be wiped up all the time. You want to have a good workstation where you have plenty of space and accessories to help you streamline the resin printing process.

Many people love having an all-in-one solution for washing and curing such as the ELEGOO Mercury Plus 2-in-1 Wash & Cure Machine from Amazon.

Does 3D Printer Resin Expire?

3D printer resin does expire after a while, usually having a shelf life or expiry date within 1 year or 365 days. Other premium brands have expiry dates of up to two years. Keeping your resin sealed properly in a cool, dark place should help it last longer.

You want to try your best to keep resin out of the light and not in a warm place to prolong its life. They will last longer if they have been left unopened for a while as well. Avoid putting your resin in an area like a window seal or where sunlight directly shines.

3D printer resin shelf life is one of the most common questions asked by UV resin users. Usually, all UV resin manufacturers claim that the shelf life of their resin is 12 months.

Most brands should have a production and expiry date on the bottle, but others only mention the production date, and you can assume that it will expire after one year.

Even though your resin has an expiry date, some people have 3D printed their expired resin successfully.

There are many users who have claimed that they are using 18 months old resin and the prints are coming out flawlessly.

The expiry date is mentioned because with the passage of time the substance like light receptors inside the resin may evaporate and this will require more time to cure properly.

Even if you face this problem you can alleviate this problem by mixing it with some newer or fresh resin to balance it out more.

Just make sure you keep UV resin in the best suitable environment away from the sunlight, and you can use UV 3D printer resin even after its expiration date. Don’t forget to shake well before using the resin.

How Much Resin Do You Need for 3D Printing?

If you are wondering how much resin a 3D printer uses, you are not alone. Many people wonder exactly how much resin you need to pour in the resin vat in order to create a final 3D print model.

You want to have enough resin in the vat to where it can flow and fill in the areas where your model is printing. Ideally, you want to have an excess amount of resin in the resin tank to keep on the safe side. Try to keep your vat filled up about 1/3 of the way up, and don’t fill it too high since it can overflow.

When you want to add more resin, you can pour it right on top of the build plate since it lowers right down into the vat and drips off onto the FEP film where your print is being cured.

Sometimes you’ll run into a situation where you are on your last bit of resin and still want to complete a 3D print. Since the resin has to flow back onto where your print is, the best method of success means having an even pool of resin inside the vat.

Once you start to see gaps and spaces in your resin, you’ll start to find that the resin doesn’t reach your model, meaning it won’t properly cure below your model resulting in a failed print.

How Long Does 1Kg of 3D Printer Filament Last?

Filament materials for fused deposition modeling (FDM) 3D printers usually come in two standard diameter sizes: 1.75 millimeters (0.07 inches) and 2.85 millimeters (0.11 inches). They are also generally sold in 500-gram (17.64-ounce) and 1-kilogram (2.20-pound) spools. But how long does 1kg (2.20lbs) of 3D printer filament last?

A 1kg (2.20lbs) 3D printer filament generally lasts a month or two if you print a bunch of small objects. But it really depends on a few factors, like the size, material, quantity of prints, and infill. The slicer software helps take the guesswork out by saying how much filament to use for each project.

In this article, I will talk about everything you need to consider to determine how long your filament material will last. I will also give you examples of how users gauge their filament consumption based on their 3D projects.

Exactly How Long Is the Filament in a 1Kg Spool?

There are different types of filament materials and thermoplastics used in 3D printing. And different kinds of filaments have different densities. As such, a 1kg (2.20lbs) roll of filament means varying lengths, depending on what specific material it is.

Generally, a 1kg (2.20lbs) spool of filament with a 1.75mm (0.07in) diameter can be 327.4 to almost 400 meters (12,890 to 15,740 inches) long, while a 2.85mm (0.11in) filament can be anywhere from 123.4 to 150.7 meters (4,858 to 5,933 inches) long.

It is also important to know the different properties of various filament materials because these things could affect the flow rate of your printer.

ABS

Acrylonitrile butadiene styrene or ABS filament is a very durable thermoplastic commonly used in additive manufacturing and rapid prototyping environments. It has higher temperature resistance, machinability, flexibility, and strength, all of which make it an ideal material for engineering and mechanical applications.

Density of ABS: 1.04 g/cm3

1.04 g/cm3 Length per kg of a 1.75mm (0.07in) ABS: 399.8 meters (15,740 inches)

399.8 meters (15,740 inches) Length per kg of a 2.85mm (0.11in) ABS spool: 150.7 meters (5,933 inches)

PLA

Polylactic acid or PLA is a thermoplastic that is made from ecological and renewable resources like tapioca roots, sugarcane, or cornstarch. Because of its more environment-friendly origins and because it is easy to work with, PLA has become a popular choice and gained wide acceptance in the 3D printing industry. This material is a semi-crystalline polymer with a lower melting temperature than ABS.

Density of PLA: 1.24 g/cm3

1.24 g/cm3 Length per kg of a 1.75mm (0.07in) PLA: 335.3 meters (13,201 inches)

335.3 meters (13,201 inches) Length per kg of a 2.85mm (0.11in) PLA: 126.4 meters (4,976 inches)

ASA

Acrylonitrile styrene acrylate or ASA filament is an all-purpose 3D printing thermoplastic suitable for various applications. Its chemical makeup is similar to ABS plastic, but it has better mechanical properties, it is UV-resistant, and it has better aesthetics. This material also comes in more colors than the other filament materials.

Density of ASA: 1.07 g/cm3

1.07 g/cm3 Length per kg of a 1.75mm (0.07in) ASA: 388.6 meters (15,299 inches)

388.6 meters (15,299 inches) Length per kg of a 2.85mm (0.11in) ASA: 146.5 meters (5,768 inches)

Nylon

Nylon is a versatile yet extremely durable 3D printing material. It makes an excellent 3D printing material because it has superior layer adhesion, which is essential in making strong prints for working prototypes and end-use applications. Higher-grade nylon materials are chemically and thermally stable, allowing 3D prints to keep their shape throughout a wider temperature range.

Density of nylon: 1.08 g/cm3

1.08 g/cm3 Length per kg of a 1.75mm (0.07in) nylon: 385 meters (15,157.5 inches)

385 meters (15,157.5 inches) Length per kg of a 2.85mm (0.11in) nylon: 145.1 meters (5712.6 inches)

Polycarbonate

Polycarbonate or PC filament is a strong, impact-resistant, and heat-resistant thermoplastic material with various applications, including medical ones. It has good electrical insulation properties and boasts high optical clarity. It also absorbs moisture in the air and can become unprintable within 24 hours if exposed to humidity.

Density of PC: 1.20 g/cm3

1.20 g/cm3 Length per kg of a 1.75mm (0.07in) PC: 346.5 meters (13,641.7 inches)

346.5 meters (13,641.7 inches) Length per kg of a 2.85mm (0.11in) PC: 130.6 meters (5,141.7 inches)

PMMA

Polymethyl methacrylate or PMMA is a strong, transparent, and lightweight thermoplastic. This material is also called acrylic, and it is used as a stronger, impact-resistant, and less fragile alternative to glass. Its density is half that of glass, but it has comparable UV absorption properties and transparency. When printed correctly, this filament provides great light diffusion.

Density of PMMA: 1.18 g/cm3

1.18 g/cm3 Length per kg of a 1.75mm (0.07in) PMMA: 352.3 meters (13,870 inches)

352.3 meters (13,870 inches) Length per kg of a 2.85mm (0.11in) PMMA: 132.8 meters (5,228 inches)

HIPS

High Impact Polystyrene or HIPS filament is a dissolvable thermoplastic that is frequently used as support material because it can be removed easily and cleanly with a limonene solution. HIPS does not require cutting, scraping, sanding away, or any other removal method.

This filament is quite similar to ABS. You can experience the real magic of using this type of filament if your 3D printer has a dual extruder and you use it as an easy-to-remove and easy-to-dissolve support material.

Density of HIPS: 1.07 g/cm3

1.07 g/cm3 Length per kg of a 1.75mm (0.07in) HIPS: 388.6 meters (15,299 inches)

388.6 meters (15,299 inches) Length per kg of a 2.85mm (0.11in) HIPS: 146.5 meters (5,767.7 inches)

PVA

Polyvinyl alcohol or PVA filament is a water-soluble, non-toxic, and 100% biodegradable support material ideal for dual- or multi-extrusion printing. This material will give you the convenience and freedom to design complex geometrical models that require supports.

The supports can then be safely dissolved in ordinary tap water. This filament reliably adheres to PLA and nylon. It has good thermal stability and therefore gives your print better degradation resistance.

Density of PVA: 1.19 g/cm3

1.19 g/cm3 Length per kg of a 1.75mm (0.07in) PVA: 349.4 meters (13,756 inches)

349.4 meters (13,756 inches) Length per kg of a 2.85mm (0.11in) PVA: 131.7 meters (5,185 inches)

TPU

Thermoplastic polyurethane or TPU is a highly flexible, durable, and easy-to-use filament. However, the relative softness of TPU could mean that it is difficult for an average extruder to handle. Instead of smoothly feeding into the hot end of the extruder, TPU’s flexibility causes it to knot up and bend in the print head’s excess spaces.

Density of TPU: 1.20 g/cm3

1.20 g/cm3 Length per kg of a 1.75mm (0.07in) TPU: 346.5 meters (13,641.7 inches)

346.5 meters (13,641.7 inches) Length per kg of a 2.85mm (0.11in) TPU: 130.6 meters (5,141.7 inches)

PETG

PETG is a co-polymer that is a combination of polyethylene terephthalate and glycol. It’s an extremely durable and tough yet flexible and easy-to-use 3D printing material. It combines the relative ease of use of PLA and the rigidity and strength of ABS, making it a common choice for food packaging and medical applications.

PETG also boasts high break resistance and can stand up to cutting, sanding, grinding, and other post-processing techniques, making it ideal for prototyping.

Density of PETG: 1.27g/cm3

Length per kg of a 1.75mm (0.07in) PETG: 327.4 meters (12,889.8 inches)

Length per kg of a 2.85mm (0.11in) PETG: 123.4 meters (4,858 inches)

Here’s how long a 1-kg spool of filament is in table format:

Filament Type Density Length Per 1kg(Diameter Size: 1.75mm) Length Per 1kg(Diameter Size: 2.85mm) ABS 1.04 g/cm3 399.8 meters 150.7 meters PLA 1.24 g/cm3 335.3 meters 126.4 meters ASA 1.07 g/cm3 388.6 meters 146.5 meters Nylon 1.08 g/cm3 385.0 meters 145.1 meters Polycarbonate 1.20 g/cm3 346.5 meters 130.6 meters PMMA 1.18 g/cm3 352.3 meters 132.8 meters HIPS 1.07 g/cm3 388.6 meters 146.5 meters PVA 1.19 g/cm3 349.4 meters 131.7 meters TPU 1.20 g/cm3 346.5 meters 130.6 meters PETG 1.27 g/cm3 327.4 meters 123.4 meters

If you have already used up some of the filament in a 1kg (2.20lbs) spool and would like to know how long your remaining filament is, you can use this filament calculator.

Factors That Affect How Long Your 1Kg Filament Will Last

Some people will say that a 1kg (2.20lbs) roll of filament lasts them a few weeks, while others will say that it lasts them a few months. And that’s because the amount of time it takes for your roll of filament to run out depends on a few things.

Other than the type of filament material you are using, these factors include the kind of objects you are printing, how small or big these objects are, how often you will be printing, and the infill or internal mass of these objects.

If we are talking about big projects like cosplay props and costumes, you can easily use up several 1kg (2.20lbs) spools of filament. Of course, how quickly each 1kg (2.20lbs) roll runs out would also depend on the size of your 3D printer and its nozzle or extruder.

If your 3D printer, build area, and extruder are small, you can only print big objects one part at a time, and these parts will be assembled later. So, it may take a few days to use up 1kg (2.20 lbs) of filament.

However, if you are printing large objects using a large printer with a much larger extruder, 1kg (2.20lbs) of filament could quickly run out in one day.

For example, a certain piece or part that needs almost 500 grams (17.64 ounces) of filament takes 45 hours or almost two days to print using a 0.4mm (0.02in) nozzle. That means two similar pieces take 1kg (2.20lbs) of filament in 90 hours.

But if you change the nozzle size to 1mm (0.04in), the number of hours it takes to print this same piece is reduced to less than 17 hours. Yet along with the 60% decrease in total printing hours in this example, filament consumption increases to 627 grams (22.12 ounces).

Changing to a bigger nozzle may make the printing process faster, but it can also be expected to use up more filament. This is because while the finished product would look the same, its inner structure or design changes. Your print may need more support, or its infill pattern may change.

Meanwhile, if you like printing miniatures and tiny objects, like Dungeons & Dragons figures, and if you print in low volumes, a 1kg (2.20lbs) roll of filament could last you one or two months. For example, a D&D item can use up around one to 3% of a 1kg (2.20lbs) filament spool.

How Many 3D Objects Can I Print With 1Kg of Filament?

To give you a picture of what you can print with 1kg (2.20lbs) of filament, it’s somewhere between 335 calibration cubes with only 5% infill and 90 calibration cubes with solid or 100 percent infill.

Calibration cubes are simple geometric cubes that are common test prints to help fine-tune the settings of a 3D printer.

You can also print around 400 chess pieces of average size with 1kg (2.20lbs) of filament. Or, you can print 125 pieces of 8-gram (0.28-ounce) chess pawns, which takes one hour and 26 minutes of print time each.

The good thing is that if you don’t want to do all these computations and all the guesswork, your slicer software always gives you an estimate of how much filament each project will use.

This way, you can just subtract how many grams of filament are consumed by your current print from the kilogram of filament roll. And knowing this will allow you to estimate how many more projects you can print and how many printing hours you have left until your spool needs to be replaced.

How Can You Make Your Filament Last Longer?

There are different ways to make your 3D printer filament last longer. One is to reduce the size of your 3D prints if that is possible. You can also reduce your use of supports, skirts, rafts, and brims to cut down on your plastic consumption. Reducing your infill is another trick, too.

You can play around with your printer’s settings or with your slicer software so you can lower your use of filament. This could be trial and error at first, but the more you learn about 3D printing, the easier it will be for you to do these things. You can pick patterns for your infill to ensure that while your print is not solid inside, it is also not weak and hollow.

Conclusion

How long your 1kg (2.20lbs) roll of 3D printer filament will last depends on several things, so there is never an absolute number of hours or days. Instead, you can estimate how many similar objects you can print by taking note of how much filament they need.

Based on the number of hours it took to finish printing the first object, you’ll get an idea of the total number of printing hours for a 1kg (2.20lbs) spool.

Computations are trickier when printing objects of various sizes, though even more so if you need different-size nozzles for each print.

So you have finished reading the how much can you 3d print with 1kg of filament topic article, if you find this article useful, please share it. Thank you very much. See more: 3d printer filament usage calculator, how much filament is used in 3d printing, how much filament does a benchy use, how much is 3d printing filament, how long does 1kg of filament last, how much can you print with 1kg of resin, 3d printing with old filament, how much does 1kg filament print reddit

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