Formlabs Nylon 12 White Powder

Formlabs Nylon 12 White Powder, 10 кг

Новият бял няйлон (white nylon) от Formlabs съчетава всички отлични качества и свойства на досегашния биосъвместим сив найлон 12. С него създавате функционални прототипи и части за крайна употреба, които могат лесно да се боядисат за по-завършен външен вид, както и медицински изделия и модели с висок контраст и детайлност.

Описание

Защо да изберете бял найлон (white powder) от Formlabs?

Възползвайте се от всички предимства на добре познатия Nylon 12, но с по-голяма възможност за персонализиране, произвеждайки бели детайли.

Бели детайли – светли, ясни и чисти части в бял цвят с висок контраст.
Възможност за персонализиране
Универсален термопласт с изключителни възможности и висока точност при работа за изработка на детайлни и сложни части.
Биосъвместимост – бялото е индустриалният стандарт за медицински устройства и приложения.

Приложения

Персонализирани, брандирани протротипи – Изберете бял Nylon 12 както за функционално създаване на прототипи, така и за крайно производство на детайлни бели части с висок контраст, които могат да се боядисат в персонализирани цветове, за да съответстват на естетиката на Вашата марка.
Биосъвместими медицински изделия и модели
Изработка на малки серии части за крайна употреба
Здрави и химически устойчиви фиксатори, инструменти и приспособления за монтаж.

Неустоими цени

3D принтирането сега е по-достъпно дори за големи обеми на печат благодарение на специалните отстъпки от Formlabs за големи SLS поръчки. Научете повече директно с наш представител.

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Материали за 3D принтиране

PETG (glycol modified polyethylene terephthalate) is a popular, easy to use and versatile material. Thanks to its properties, which include good printability, toughness, chemical resistance and wear resistance, it is suitable for a wide range of applications – from assembly aids to functional prototypes.

Why bet on UltiMaker PETG:

Good chemical resistance to greases, oils, alcohol, acids and bases.
Resistance to humid environments and temperatures up to 76 °C.
Toughness and wear resistance.
Available in 14 colors, including clear and fluorescent, UltiMaker PETG is suitable for a variety of applications, from color marking to transparent parts.

Recommended material combinations:
PETG + PETG, PETG + PVA, PETG + Breakaway.

PET CF (with carbon fiber filling) features the same reliable printing as PETG, but has increased stiffness, chemical resistance and temperature resistance (up to 180 °C after annealing). It is a suitable composite material for 3D printing in an industrial environment for functional prototypes and production aids.

Why bet on UltiMaker PET CF:

You can use PET CF in a wide range of applications emphasizing higher durability – from functional prototypes to production aids and spare parts.
Comes in multiple colors, easy to use and versatile. This makes it an ideal choice for composite printing on UltiMaker S series printers.
If you want to get the maximum properties of the material, you can anneal the part after pressing according to the manufacturer’s recommendations . You will increase mechanical properties (stiffness +10% and strength +30%) and temperature resistance (from HDT ~80 °C to HDT ~180 °C). Annealing transforms your PET CF print into a fully semi-crystalline state.

Recommended material combinations:
PET CF + PET CF, PET CF + PVA, PET CF + Breakaway.

PLA (lactic acid) is the ideal material for fast and reliable printing of parts and prototypes, enabling both beginners and advanced printers to achieve excellent surface quality. It is produced from organic and renewable resources.

Why choose UltiMaker PLA:

Good tensile strength.
Excellent execution of surfaces and highly accurate details.
It prints easily even at higher speeds.
User-friendly for office or home environments.
Ideal for models and prototypes with high aesthetic quality requirements.
Suitable for creating metal castings using the fusible model method.
Wide range of colors.

Recommended material combinations:
PLA + PLA, PLA + PVA, PLA + Breakaway.

Tough PLA from UltiMaker is a technical material based on PLA, but with toughness comparable to ABS. It is ideal for reliably printing large, technically oriented models, functional prototypes, tools and production aids. It has in common easy and safe use with ordinary PLA.

Why choose UltiMaker Tough PLA:

Impact resistance comparable to ABS, hardness surpassing ABS.
Unlike ordinary PLA, less fragile, with a more matte surface.
More reliable for printing larger models than ABS, without delamination or twisting.
Heat resistance corresponds to PLA, prints should not be exposed to temperatures above 60 °C.
Can be used in combination with PVA and Breakaway materials for complex parts with temporary supports.

Recommended material combinations:
Tough PLA + Tough PLA, Tough PLA + PVA, Tough PLA + Breakaway.

Nylon (polyamide) is a popular choice for manufacturers across the industry. It offers a high strength-to-weight ratio, abrasion resistance, flexibility and durability. It is an ideal choice for tools, functional prototypes or consumer products.

Why bet on Nylon:

Impact and abrasion resistance meeting the requirements of industrial production.
Durability.
High strength to weight ratio.
Low coefficient of friction.
Good resistance to corrosion from alkaline and organic chemicals.
Reduced moisture absorption compared to competing Nylons.
Easy to print.

Recommended material combinations:
Nylon + PVA, Nylon + Breakaway.

CPE (copolyester) materials are chemically resistant, strong, tough and dimensionally stable. In addition, CPE+ can handle temperatures up to 100 °C and has even higher impact resistance. The materials are suitable for mechanical parts and functional prototypes.

Why bet on UltiMaker CPE or CPE+:

Excellent chemical resistance.
Superior toughness and dimensional stability.
Good cohesion of the layers, especially when the printing chamber door is closed.
Low emissions of ultrafine particles and volatile organic compounds during printing.
Intended for small series production and functional parts.
It also includes a transparent design of the material.

Recommended material combinations:
CPE + CPE, CPE + PVA, CPE + Breakaway; CPE+ + Breakaway.

ABS (acrylonitrile butadiene styrene) is a globally popular, strong, impact-resistant, dimensionally stable material that can handle temperatures up to 85 °C. It is a good choice for complex parts and functional prototypes.

Why bet on UltiMaker ABS:

Excellent mechanical properties.
Excellent cohesion of the layers, especially when the printing chamber door is closed.
Resistance to temperatures up to 85 °C.
Designed for strength prototypes and functional parts.
It allows achieving better aesthetic results than competing ABS.
Developed with the aim of minimal twisting and the best possible adhesion to the mat.

Recommended material combinations:
ABS + ABS, ABS + Breakaway.

PC (polycarbonate) makes it possible to print solid and durable parts that maintain dimensional stability at temperatures up to 110 °C. The material is suitable, for example, for molds, tools, functional prototypes and small series production.

Why choose UltiMaker PC:

Highly tough (especially in opaque versions).
It withstands temperatures and maintains its shape up to 110 °C.
It has flame retardant properties.
Dimensionally stable.
Strong cohesion of the layers, especially when using the door closing the printing chamber.
Good adhesion to the mat, especially when using the Advanced 3D Printing set (adhesive mat).
Translucent variant for models with a requirement for transparency.

Recommended material combinations:
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Durable PP (polypropylene) stands out for its high toughness, exceptional resistance to material fatigue or low friction. It also resists the effects of chemicals, electricity and adverse temperatures. That is why it is one of the most used plastics ever. You will appreciate it not only with electrical components or perhaps clips and suspensions.

Why bet on UltiMaker PP:

Highly tough and fatigue-resistant material. It retains its shape even after deformation.
Smooth surfaces with low friction.
Partially flexible. Translucent.
Chemically resistant to alkalis and acids, including a range of industrial cleaners.
Highly electrically resistant, suitable as an insulator.
Lightweight, with a high strength-to-weight ratio.
With excellent layer cohesion.
Recyclable, with low environmental impact.
3D printing with the Advanced 3D Printing kit (adhesive pad) is recommended.

Recommended material combinations:
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TPU (thermoplastic polyurethane) combines the properties of rubber and plastic. It is a semi-flexible and chemically resistant material with very strong layer cohesion that is suitable for a wide range of production projects.

Why choose UltiMaker TPU 95A:

Exceptional wear and tear resistance.
High impact strength.
Strength 95 according to Shore-A classification.
Up to 580% elongation before breaking.
Good corrosion resistance to many common industrial oils and chemicals.
Developed for easier 3D printing (usually more demanding for flexible materials).

Recommended material combinations:
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PVA (polyvinyl alcohol) is a water-soluble material for temporary support in multi-material 3D printing. It allows you to 3D print models with complex shapes, complicated shapes with cavities, etc.

Why bet on UltiMaker PVA:

Good temperature stability and lower air moisture absorption compared to competing PVA.
Excellent adhesion to PLA, Nylon and CPE during dual-material 3D printing.
Safe dissolution in ordinary water (no need for dangerous chemicals).
Biodegradable without the formation of unwanted substances.

Recommended material combinations:
PLA + PVA, Tough PLA + PVA, Nylon + PVA, CPE + PVA.

Breakaway is a special material for multi-material 3D printing. The supports printed from it can be quickly mechanically broken off, so that no further complicated cleaning is necessary.

Why bet on UltiMaker Breakaway:

It provides a high-quality surface even for models that need temporary supports.
There is no need to grind the supported surfaces or dissolve the supports. Print the model and simply break off the supports.
Guaranteed adhesion in combination with ABS, Nylon, PLA, CPE or CPE+.
Longer service life and less absorbency of the open packaging of the material compared to PVA.
Ideal in combination with absorbent materials and in models that do not contain complicated cavities.

Recommended material combinations:
Tough PLA + Breakaway, PLA + Breakaway, ABS + Breakaway, Nylon + Breakaway, CPE + Breakaway, CPE+ + Breakaway.

Техническа спецификация

Материал	Formlabs Nylon 12
Технология	SLS 3D принтиране
Разфасовка	10 кг
Работи с	Formlabs Fuse 1+
Якост на огъване	56 MPa
Максимална якост на опън	47 MPa
Модул на опън	1.95 GPa
Приложения	универсално; медицински изделия
Температура на топлинна деформация 1.8 MPa	87 °C
Температура на топлинна деформация 0.45 MPa	177 °C

Поръчай опаковка от 10 кг за 2656.69 лв с вкл. ДДС