ABS, or acrylonitrile butadiene styrene, remains a stalwart choice for 3D printing enthusiasts needing robust and durable parts. While PLA might dominate the beginner-friendly market, ABS’s strength and temperature resistance make it invaluable for functional prints. However, navigating the ABS filament market can be a bit of a minefield, with prices varying wildly. Let’s explore the brands you’ll encounter and what influences their cost.
At the more budget-friendly end of the spectrum, you’ll often stumble upon eSUN ABS+. eSUN has a strong presence on Amazon UK, offering a wide range of colours at competitive prices. They’ve built a reputation for providing reliable, if not always exceptional, ABS. Their ABS+ variant is often touted as an improved formula, aiming to reduce warping, a common ABS printing headache. While it might not match the performance of premium brands, eSUN provides a decent starting point for those on a tight budget.
Another contender in the affordability arena is SUNLU ABS. Similar to eSUN, SUNLU aims to provide value for money. Their ABS is generally well-received for its strength and decent print quality. You’ll often find deals and multi-packs, appealing to those printing in bulk. However, some users report variations in quality control, so reading reviews is crucial.
Moving up the price ladder, you’ll find brands like Overture ABS. Overture distinguishes itself by focusing on user experience, offering features like well-wound spools to minimise tangles and resealable bags for filament storage. Their ABS is known for its consistent diameter and relatively low warping tendency. While slightly pricier than eSUN or SUNLU, Overture’s attention to detail can save you time and frustration.
For those demanding high-performance ABS, Polymaker PolyLite ABS is a notable option. Polymaker is renowned for its innovative materials and rigorous testing. Their PolyLite ABS aims to offer superior strength and heat resistance. However, this comes at a premium price point. If your project demands exceptional durability or operates in high-temperature environments, Polymaker’s ABS is a worthwhile investment.
It’s crucial to remember that amazon is a marketplace, meaning you’ll encounter a diverse range of sellers. Always scrutinise seller ratings and reviews before purchasing. Look for sellers with a proven track record and positive feedback. Also, be aware that “ABS+” is not a standardised term, and therefore varies from brand to brand.
Several factors influence ABS filament prices:
Raw material quality: Higher-grade raw materials contribute to better print quality and consistency.
Manufacturing process: Precise extrusion and quality control measures increase production costs.
Additives and formulations: Specialised additives for enhanced properties, such as reduced warping, add to the cost.
Brand reputation: Established brands with a strong reputation often command higher prices.
Packaging and spool quality: Well-designed packaging and high-quality spools can also contribute to the overall cost.
When selecting ABS on amazon, consider these points:
Project requirements: Determine the strength and temperature resistance needed for your project.
Budget: Balance your budget with your quality expectations.
Reviews: Read customer reviews to gauge filament quality and consistency.
Seller rating: Purchase from reputable sellers with positive feedback.
In conclusion, there are a diverse range of ABS filaments, catering to various budgets and needs. By understanding the factors influencing prices and carefully evaluating your options, you can find the perfect ABS to bring your 3D printing projects to life.
If you’ve ever browsed 3D printer filaments online, you’ll have encountered a plethora of brands, each promising the perfect print. But who are the companies behind these spools, and what drives their popularity? Let’s delve into the stories of some of the most prominent players.
One of the most ubiquitous names is eSUN. This Chinese company has become a staple for budget-conscious 3D printing enthusiasts. Founded in 2002, eSUN has grown into a major player in the global 3D printing materials market. Their success stems from a focus on producing a wide range of filaments at competitive prices. While they may not always be at the cutting edge of material innovation, they excel at providing reliable, consistent filaments for everyday printing. Their broad product portfolio, encompassing PLA, ABS, PETG, and more, caters to a wide range of users. They’ve managed to create a large consumer base by providing a reliable and cost-effective product.
Similarly, SUNLU has carved out a significant niche in the budget-friendly filament market. Another Chinese manufacturer, SUNLU, has gained traction by offering competitive pricing and frequent deals, particularly on multi-packs. They’ve also been quick to adapt to market trends, expanding their range to include speciality filaments like glow-in-the-dark and marble PLA. SUNLU has become a go-to for hobbyists and makers who prioritise value for money. Their constant sales and variety of colours ensures that they always have a product that appeals to a wide variety of customers.
For those seeking a step up in quality, Overture has emerged as a popular choice. While still offering competitive prices, Overture focuses on quality control and user experience. Their filaments are known for their consistent diameter and minimal tangling, thanks to well-designed spools. They also provide thoughtful packaging, often including resealable bags and filament clips. Overture distinguishes itself by focusing on the user experience, making the process of printing more reliable and less frustrating.
Moving into the premium segment, Polymaker stands out for its innovation and commitment to high-performance materials. They’ve invested heavily in research and development, resulting in a diverse range of filaments with unique properties. From their PolyTerra PLA, designed with sustainability in mind, to their PolyMax ABS, engineered for exceptional strength, Polymaker pushes the boundaries of 3D printing materials. Their focus on providing engineering-grade materials has made them a favourite among professionals and serious hobbyists.
It’s worth noting that amazon’s marketplace model means that many of these brands are sold through various third-party sellers. Therefore, it’s always important to check seller ratings and reviews before purchasing. These companies, and the many sellers who utilise amazon’s marketplace, have contributed to the growth of 3D printing by making filament more accessible and affordable. As the technology continues to evolve, these companies will undoubtedly play a crucial role in shaping the future of 3D printing materials.
PETG, or polyethylene terephthalate glycol-modified, has cemented its place as a 3D printing workhorse. Offering a robust balance of strength, flexibility, and ease of printing, it’s a go-to for functional parts and projects requiring a bit more durability than PLA. But with a dizzying array of brands and prices, how do you separate the wheat from the chaff? Let’s delve into the PETG offerings you’ll find online.
One of the most consistently popular and budget-friendly options is eSUN PETG. Known for its reliable performance and wide colour selection, eSUN provides a solid foundation for your PETG printing. For those dipping their toes into PETG, or those needing large volumes of filament for prototyping, eSUN offers excellent value. You’ll find it readily available in 1kg spools at competitive prices. While it may not boast the same level of specialised formulations as premium brands, its consistency makes it a dependable choice for general use.
In a similar price bracket, you’ll encounter brands like SUNLU PETG. Similar to eSUN, SUNLU provides a good balance of affordability and quality. Their PETG is generally well-regarded for its ease of printing and decent strength. You’ll often find deals and multi-packs, making it an attractive option for those printing regularly. Keep an eye out for their colour variations, as they often offer unique shades.
For those seeking a step up in quality and consistency, Overture PETG is a popular choice. Overture emphasises quality control and offers features like spool winding designed to minimise tangles, a common frustration with some cheaper filaments. Their PETG is known for its smooth surface finish and good layer adhesion. While slightly pricier than eSUN or SUNLU, the improved consistency and reduced print failures can justify the extra cost.
If you’re looking for specialised PETG formulations, you might encounter brands like Polymaker PolyLite PETG. Polymaker is known for its innovative materials and rigorous testing. Their PolyLite PETG offers enhanced strength and temperature resistance compared to standard PETG. However, this comes at a higher price. If your project demands high performance, Polymaker’s offerings are worth considering.
It’s essential to remember that amazon is a marketplace, meaning you’ll encounter a wide range of sellers. Pay close attention to customer reviews and seller ratings before making a purchase. Look for sellers with a proven track record and positive feedback.
When choosing PETG, consider these factors:
Price: Balance your budget with your quality expectations.
Colour: Ensure the colour matches your project requirements.
Reviews: Read customer reviews to gauge filament quality and consistency.
Seller rating: Purchase from reputable sellers with positive feedback.
Diameter consistency: Check for reviews mentioning consistent filament diameter.
Ultimately, the best PETG for you depends on your specific needs and budget. Whether you’re a hobbyist printing functional parts or a professional creating prototypes, there are a plethora of options to explore. Happy printing!
PLA, or polylactic acid, has become the darling of the 3D printing world. It’s biodegradable, relatively easy to print, and offers a wide range of colours and finishes. But when you delve into the world of PLA filament, you quickly realise that prices vary wildly. Why is that, and what are you actually paying for? Let’s take a closer look at the cost spectrum of this popular thermoplastic.
PLA is a thermoplastic aliphatic polyester derived from renewable resources like corn starch or sugarcane. This makes it a more environmentally friendly option compared to petroleum-based plastics like ABS. Its lower melting point and minimal warping make it ideal for beginners and hobbyists. However, the exact composition and manufacturing process can significantly impact the final product and, consequently, its price.
At the budget-friendly end of the spectrum, you’ll find brands like eSUN and SUNLU. These filaments often offer excellent value for money, providing consistent prints for general use. You can typically find 1kg spools for around £15-£20. These brands are popular among hobbyists and those who print large volumes of prototypes or functional parts. While they may not offer the same level of colour vibrancy or specialised finishes as premium brands, they are perfectly adequate for most everyday printing needs.
Moving up the price ladder, you’ll encounter mid-range brands like ColorFabb and Polymaker. These manufacturers focus on specialised materials and advanced formulations. ColorFabb, for instance, offers filaments with unique properties, such as “nGen,” which combines the ease of printing of PLA with the strength and temperature resistance of ABS. Polymaker offers a wide range of engineering-grade PLAs, such as PolyTerra, which is made with a significantly reduced carbon footprint. Expect to pay upwards of £20-£30 for a 1kg spool of these filaments.
At the premium end of the market, you’ll find brands like Prusament and Fillamentum. These manufacturers often prioritise quality control and consistency, resulting in fewer print failures and more reliable results. Expect to pay between £50-£60 for a 1kg spool. Prusament, for example, is renowned for its tight tolerances and rigorous testing, ensuring a consistent diameter throughout the filament. Fillamentum offers a wide range of colours and special effect filaments, like their “Timberfill” line, which mimics the look and feel of wood.
So, what drives these price differences? Several factors come into play:
Raw Material Quality: Higher-grade raw materials can lead to better print quality and consistency.
Manufacturing Process: Precise extrusion and quality control measures increase production costs.
Colourants and Additives: Specialised colours, additives for enhanced properties, and unique finishes add to the cost.
Brand Reputation and Marketing: Established brands with a strong reputation often command higher prices.
Packaging and Spool Quality: Well-designed packaging and high-quality spools can also contribute to the overall cost.
Ultimately, the best PLA for you depends on your specific needs and budget. If you’re a beginner or printing simple models, a budget-friendly option will likely suffice. However, if you require consistent quality, specialised materials, or unique finishes, investing in a mid-range or premium brand may be worthwhile. Always consider the project you’re working on and weigh the cost against the desired outcome. Happy printing!
3D printing has democratised manufacturing, allowing individuals and businesses to create custom parts and prototypes. However, the cost of materials, particularly 3D printing filament, can quickly add up. Understanding how to calculate the filament cost per print is essential for budget-conscious creators who want to optimise their spending and maximise their return on investment. This guide provides a practical approach to calculating 3D filament cost per print, empowering you to make informed decisions.
Understanding the variables: filament weight, spool price, and print settings
Calculating filament cost per print involves considering several variables.
Filament Weight: The weight of the filament used in a print is the most critical factor. This is typically measured in grams (g). Most slicing software, such as Cura or PrusaSlicer, provides an estimated filament weight for each print.
Spool Price: The price of the filament spool is another essential variable. This information is readily available from online retailers or manufacturers.
Filament Density: Different filament types have varying densities, which can affect the weight of the filament used. However, for most PLA prints, the density is relatively consistent.
Print Settings: Print settings, such as infill density, wall thickness, and support structures, can significantly impact filament usage. Higher infill densities and thicker walls require more filament.
The formula: calculating filament cost per print
The formula for calculating filament cost per print is relatively straightforward:
Filament Cost Per Print = (Filament Weight (g) / Spool Weight (g)) x Spool Price (£)
For example, if you use 50g of filament from a 1kg spool that costs £20, the calculation would be:
Filament Cost Per Print = (50g / 1000g) x £20 = £1
Cost per print can vary widely depending on spool price. For an example, let’s take a look at this guy:
If printed in entry-level PLA like the amazon basics one in blue below at £13 per 1kg spool, the cost per print would be £0.65.
Using slicing software for filament weight estimation
Slicing software plays a crucial role in estimating filament weight. Most slicing programs provide an estimated filament weight for each print, allowing you to calculate the cost before starting the print.
Cura: Cura displays the estimated filament weight in the “Print Information” panel.
PrusaSlicer: PrusaSlicer also provides an estimated filament weight in the “Print Statistics” panel.
Simplify3D: Simplify3D offers a comprehensive “Print Information” panel that includes estimated filament weight.
Tips for minimising filament waste and reducing print costs
Optimise print settings: Reduce infill density, wall thickness, and support structures to minimise filament usage.
Use infill patterns: Choose infill patterns that provide structural integrity while minimising filament usage.
Design efficient models: Design models that require minimal support structures and optimise for printability.
Calibrate your printer: Properly calibrated printers produce fewer errors and reduce filament waste.
Recycle failed prints: Failed prints can be recycled into new filament, reducing waste and saving money.
Beyond filament cost: considering other expenses
While filament cost is a significant factor, it’s essential to consider other expenses associated with 3D printing.
Electricity costs: 3D printers consume electricity, which can add up over time.
Maintenance costs: Regular maintenance and replacement of parts are necessary to keep your printer running smoothly.
Post-processing costs: Post-processing techniques, such as sanding, painting, and finishing, can add to the overall cost.
By understanding the variables, choosing filaments cost-effectively, using slicing software, and implementing cost-saving strategies, you can effectively calculate 3D filament cost per print and optimise your spending.
The world of 3D printing has exploded in popularity, and with it, the demand for 3D printing filament. Whether you’re a hobbyist crafting trinkets or a professional prototyping designs, understanding the fluctuating prices of 3D filament is crucial. So, why do these prices vary, and what trends can we expect in 2025?
Filament type
Firstly, the type of filament you choose significantly impacts the price. PLA, the most common and user-friendly option, tends to be the most affordable. However, special filaments like carbon fibre-reinforced materials or high-temperature filaments command a premium. This is due to the specialised raw materials and complex manufacturing processes involved.
The quality of the filament plays a vital role. A cheap, low-quality filament might seem appealing, but it can lead to printing issues, wasted material, and ultimately, higher costs in the long run. Reputable brands that invest in quality control often charge more, but they offer consistent diameter, fewer impurities, and better overall performance.
For example at the premium end, Prusa Research is known for its meticulous quality control of its Prusament filament, which is manufactured in-house. They provide detailed information about their filament, including dimensional accuracy and manufacturing data. They are known for very tight tolerances, with a dimensional accuracy of +/- 0.02mm as compared to the more commonly found industry standard of +/- 0.05mm. They are the only manufacturer that gives customers the option to fully inspect parameters of every filament spool, by scanning a QR code on the spool to see all details online.
However, you’ll pay for this attention to detail! Prusament PLA filament comes in at an eye-watering five times the cost of the no-frills amazon brand PLA.
Raw material costs fluctuate. The price of plastics and other raw materials used in filament production is subject to market forces, including oil prices and global supply chain disruptions. Recent events have demonstrated how quickly these factors can impact prices.
Manufacturing processes also contribute to price variations. Some manufacturers employ advanced techniques to ensure consistent filament diameter and reduce defects, which adds to their production costs. Additionally, the scale of production matters. Large-scale manufacturers can often achieve economies of scale, allowing them to offer lower prices.
Brand recognition
The brand itself is a significant factor. Established brands with a strong reputation for quality and reliability often charge a premium. This is partly due to their investment in research and development, as well as their marketing and distribution networks.
Some of the some of the most recognised and well-established brands in the 3D printing filament industry include Polymaker, eSUN and Hatchbox.
Looking at current trends, we’ve seen a slight increase in 3D filament prices in recent months. This is largely attributed to global supply chain issues and rising raw material costs. However, the market is also becoming more competitive, with new manufacturers entering the fray and established brands offering discounts and promotions.
For 2025, it’s expected that the price of standard filaments like PLA will remain relatively stable, with occasional fluctuations due to market forces. However, the demand for specialised filaments is growing, and we may see more innovation and competition in this segment.
In conclusion, understanding 3D filament prices requires considering a multitude of factors, from material type and quality to manufacturing processes and market trends. By staying informed and making smart purchasing decisions, you can ensure you’re getting the best value for your money.
3D printing enthusiasts are always on the lookout for materials that enhance both the visual appeal and functionality of their prints. Among the many filament options available, silk PLA has gained significant popularity for its glossy, metallic-like finish that makes prints look premium straight off the printer. But when it comes to purchasing silk filaments, many users face a dilemma: Is it worth paying for more expensive silk filament brands, or will budget options suffice?
What is silk PLA filament?
Silk PLA is a modified version of standard PLA (polylactic acid) filament, infused with additives that enhance its sheen, smoothness, and overall finish. These filaments are known for their ability to create visually striking prints with a reflective surface, making them ideal for decorative objects, figurines, vases, and artistic models.
Compared to standard PLA, silk filaments often have slightly reduced strength and may require adjustments in printing settings such as slower speeds and lower temperatures to achieve optimal results. However, their aesthetic appeal makes them a favourite for projects where appearance matters most.
Expensive vs. budget silk filaments: what’s the difference?
With a wide range of silk PLA options available, prices can vary significantly. While some brands charge a premium for their filaments, others offer more budget-friendly alternatives. Here are some key differences to consider when deciding whether to invest in a pricier silk filament:
Print quality & consistency
Premium brands like Polymaker, Prusament, and eSun often provide better colour consistency, reduced stringing, and improved layer adhesion. Lower-end brands might suffer from uneven extrusion, which can cause inconsistencies in the final print’s appearance.
Material composition & strength
Cheaper silk filaments might have higher concentrations of modifiers, which can weaken prints, making them more brittle. More expensive filaments often achieve a balance between glossiness and durability, ensuring prints are not just beautiful but also functional.
Diameter tolerance & printing reliability
High-end silk filaments maintain tighter diameter tolerances (e.g., ±0.02mm), reducing the chances of clogging and ensuring smoother extrusion. Budget filaments may have less precise tolerances, leading to inconsistent feeding and potential nozzle blockages.
Colour & visual effects
While both expensive and budget silk filaments offer vibrant colours, premium brands tend to provide richer hues, unique blends, and multi-tone options. Some advanced silk filaments also offer dual-colour or rainbow effects that change appearance based on the viewing angle. Additionally, multi-colour silk filaments are available, providing stunning gradient effects that enhance the visual appeal of prints.
Is it worth paying more?
If you’re printing decorative models where appearance is the top priority, investing in a higher-quality silk filament can save time and frustration, reducing post-processing and ensuring better results. However, if you’re printing simple objects and don’t mind occasional inconsistencies, a budget silk filament can still provide excellent results with proper settings.
Ultimately, the choice depends on your needs, printer capabilities, and budget. If reliability, smooth extrusion, and vibrant colour depth matter to you, premium silk PLA is worth the extra cost. If you’re experimenting or printing non-critical designs, budget options can still deliver great-looking prints with some fine-tuning.
Here are some of our top picks for silk filaments:
3D printing has revolutionised industries and empowered hobbyists with the ability to create virtually anything. However, the type of filament you use significantly impacts the quality, durability, and functionality of your prints. In this guide, we’ll explore the most popular 3D printer filament brands, their applications, cost and where to find them.
PLA (Polylactic Acid)
PLA is the go-to filament for beginners and casual users because it’s easy to print, environmentally friendly and works well for decorative objects, prototypes, and non-functional models. Common applications include:
Uses
Prototyping: PLA allows quick iteration of designs
Educational projects: Safe and easy for students to use
Home decor: Great for creating vases, ornaments, and sculptures (for inside use)
Pros
Low warping
Biodegradable (made primarily from corn starch and sugarcane)
Vibrant and varied colour options
Cons
Brittle compared to other filaments
Limited heat resistance
Want to try?
Here are two cost-effective options from leading brands.
Carbon fibre filaments used in 3D printing are typically made by infusing tiny carbon fiber strands into a base thermoplastic material (e.g. PLA, PETG). Carbon fibre filaments combine strength and lightweight properties.
Uses
Perfect for:
Drone frames: Lightweight yet durable.
Automotive components: Racing parts and brackets.
Sporting goods: High-performance gear like bike parts.
Pros
High strength-to-weight ratio
Stiff and rigid
Cons
Abrasive (requires a hardened nozzle)
Expensive
Want to try?
Here are two cost-effective options from leading brands.
Selecting the right filament depends on your project’s requirements, budget, and printer capabilities. Ask yourself:
Is strength a priority? Nylon or carbon fiber may be the best choice.
Need something beginner-friendly? Start with PLA.
Printing functional parts? ABS or PETG offers durability.
Caring for your filaments
No matter which filament you choose, proper storage is key. Most filaments are hygroscopic, meaning they absorb moisture from the air, leading to poor print quality. To maintain filament quality, store them in airtight containers with silica gel packets. For long-term storage, use filament dryers.
Selecting the right filament is crucial for achieving quality prints. However for amateur ethusiasts and professionals alike, money talks. Here we compare five low-cost filaments available in 1kg spools, focussing on both price and performance.
Polylactic Acid (PLA) filaments dominate the 3d printing bargain bin as they are relatively cheaper to manufacture than other filament types. PLA is derived from renewable resources such as corn starch or sugarcane, making it more sustainable and cost-effective to produce. In contrast, filaments made from other materials are petroleum-based, which makes their production costs more sensitive to fluctuations in oil prices.
Some of the cheapest filaments available are listed below.
According to the product description, this is actually a PLA+ filament (enhanced formulation for strength and flexiblity) rather than a basic PLA.
Key Features:
Price: £12.79/kg
Diameter: 1.75mm
Weight: 1kg spool
Material: PLA+
Dimensional accuracy: +/- 0.05mm
Colour options: Grey; black; cold white; fire engine red; white
The colour options are limited, and this filament refill requires a reel for use, that needs to be purchased seperately (and some users commented that it is difficult to fit). It is compatible with a range of 3d printers.
75% of users gave this fialment a five star rating.
“I see a lot of comments out on the net with advice to steer clear of stuff like this. It’s cheap and of course has to be rubbish because of that.
Being the adventurous sort on a tight budget I ignored common advice and bought some. That was three years ago. Since then I have purchased several more rolls and a a few of these multipacks (when they are available).
To be fair to Amazon they don’t make any claims to this being premium PLA. Are there better ones? Absolutely there are. For many you pay quite a bit more as well. On a budget, this PLA is just fine. I get perfectly satisfactory prints with high detail and reliable replication across different prints… So far, I have found this PLA to be one of the most consistent and reliable at this price range.”
ELEGOO is a popular filament in the UK, and this bargain basement price is for PLA+ (modified to make it stronger and more flexible) rather than just regular PLA.
Key Features:
Price: £14.99/kg
Diameter: 1.75mm
Weight: 1kg spool
Material: PLA+
Dimensional accuracy: +/- 0.02mm
Colour options: More than 20 colours
Users comment positively on this filament’s quality and functionality. One user commented “”…The value for money is outstanding, especially considering the performance and reliability it provides….”
The underdog of the filament scene, this small Canadian company offers a basic PLA filament at prices to compete with the big dogs.
Key Features:
Price: £19.99/kg
Diameter: 1.75mm
Weight: 1kg spool
Material: PLA
Dimensional accuracy: +/- 0.03mm
Colour options: Black; dark blue; dark violet; gold; lake blue; lavender; orange; pink; purple; sakura pink; translucent yellow; translucent natural; white; wood; yellow
Though less purchased (and reviewed) nearly three quarters of users gave this filament a five star rating, and the vast majority rated it positively on value for money.
Silk filaments give a glossy, metallic finish, and some can be found in multiple colours that give a dramatic gradient or marbled effect. This Chinese Sovol brand is one of the cheapest multi-colour silk filaments available.
Two thirds of users gave this filament a five star review and several commented on the striking colours it produced compared with other, more expensive, silks.
You know the importance of choosing the right filament for your projects – rubbish in, rubbish out… The quality of filament directly impacts print outcome, whether you’re creating intricate designs or functional prototypes. With hundreds of options available, selecting the best filament can be overwhelming.
Here we highlight the top-selling 3D printer filaments on amazon UK, along with summarising user feedback to help you make an informed decision. We receive a small commission on any purchases you make through clicking links here. We’re amateur 3D printing enthusiasts – thanks for your support!
PLA (Polylactic Acid) is one of the most commonly used 3D printing filaments. This basic eSUN filament is the #1 best-selling filament on amazon UK. Known for its ease of use, PLA is perfect for beginners and offers a smooth finish for detailed prints.
Key Features:
Diameter: 1.75mm
Weight: 1kg spool
Material: PLA
Dimensional accuracy: +/- 0.05mm
Colour options: Various colours available
User Feedback:
Customers describe this filament as strong, durable and long-lasting. It also comes in a range of colours. However, this basic filament has been rated as lower quality than others and some describe problems with adhesion, leading to prints lifting off the print bed.
This is another economical eSUN PLA filament available on amazon UK.
Key Features:
Diameter: 1.75mm
Weight: 1kg spool
Material: PLA
Dimensional accuracy: +/- 0.03mm
Colour options: Various colours available
User Feedback:
Users like this filament for its budget-friendly combination of affordability and performance. They describe its ease of use, smooth prints, and reliable layer adhesion. However, some criticise its brittleness.
ELEGOO is filament brand well represented in the amazon UK top 10. PLA+ is a modified version of PLA that is generally considered stronger and more flexible than regular PLA. This ELEGOO PLA+ is designed to be stronger, more durable, and has enhanced heat resistance, making it a good choice for more advanced prints.
Key Features:
Diameter: 1.75mm
Weight: 1kg spool
Material: PLA+
Dimensional accuracy: +/- 0.02mm
Colour options: Various colours available
User Feedback:
Customers are pleased with this filament’s print quality, reliability, and performance. They note that it prints efficiently, delivers durable results, and operates smoothly without problems. Many view it as a great value.
Customers find this entry-level PLA filament user-friendly and capable of delivering good print results. They value its quality, functionality, and affordability. However, opinions vary regarding its overall quality, adhesion performance, and tendency to string.
This is a rapid filament from ELEGOO, another modification of standard PLA filament which melts quickly. This allows projects to be printed at faster speeds without compromising on quality.
Key Features:
Diameter: 1.75mm
Weight: 1kg spool
Material: PLA+
Dimensional accuracy: +/- 0.02mm
Colour options: Various colours available
User Feedback:
Users confirm this filament prints smoothly at high speeds without tangling or stringing. This filament is seen as good value for money.
This is a Polyethylene Terephthalate Glycol (PETG) filament. PETG is a synthetic thermoplastic polyester that provides significant chemical resistance, durability, and excellent formability. PETG is preferred over PLA for durable, functional parts exposed to demanding conditions.
Key Features:
Material: PETG
Diameter: 1.75mm
Dimensional accuracy: +/- 0.03mm
Colour options: Various colours available
Size: 1kg spool
User Feedback:
Users praise this PETG filament for quality and colour range, making it a good everyday filament. As expected, users comment on its durability relative to PLA.
This ELEGOO PLA filament produces a matte, low gloss and smooth finish. This type of filament is ideal for decorative items, figurines and display models where hiding layer lines is important.
Key Features:
Material: PLA
Diameter: 1.75mm
Dimensional accuracy: +/- 0.02mm
Colour options: Various colours available
Size: 1kg spool
User Feedback:
Customers are satisfied with the print quality of the filament, producing clean lines. The filament performs well in stringing tests and has no problems with adhesion. However, some customers have encountered issues with matte filaments shedding on the bed.
This Eryone dual-colour silk filament is made from two individual colours, extruded into one filament strand. The main advantage of dual-colour filaments is their ability to create visually interesting prints with clear colour transitions, particularly when used in designs that take advantage of the colour pattern, like vases or geometric shapes. However, they can be tricky to get right. Print quality depends heavily on the print design, slicer settings, and filament quality, with potential issues like inconsistent colour distribution or visible seams between colour changes.
Key Features:
Material: PLA
Diameter: 1.75mm
Dimensional accuracy: +/- 0.03mm
Colour options: Various colours available
Size: 1kg spool
User Feedback:
Customers describe this filament as bright, shiny, and vibrant. It is easy to use and reliable. However, some mention that the gold shade differs from that advertised.
This is an acrylonitrile butadiene styrene (ABS) filament from Creality. ABS is a thermoplastic material used to create 3D printed parts that are durable and resistant to heat and impact. However, ABS is harder to use in 3D printing compared to PLA, so it’s not the best option for beginners.
Key Features:
Material: ABS
Diameter: 1.75mm
Dimensional accuracy: +/- 0.03mm
Colour options: Various colours available
Size: 1kg spool
User Feedback:
Customers find this filament functional with good adhersion. However, some have mixed opinions on print quality, stringing, and filament quality. Some users warned about the necessity of proper ventilation while printing, as ABS fumes can cause eye irritation, nausea, and headaches.
Choosing the right 3D printer filament is crucial for achieving high-quality prints. Whether you’re working with PLA, PLA+, rapid PLA+, PETG, or ABS, the filaments listed above are some of the best-selling options on amazon UK. Consider the type of projects you’re planning to work on, read through user feedback, and choose the filament that best suits your requirements. Happy printing!
