Feature	Wert
Material	Thermoplastische Elastomere auf Urethanbasis
Farben	15
Empfohlene Drucktemperatur (Hot-End)	195º – 215º c
Empfohlene Heizbetttemperatur	> 18º c
Empfohlene Druckgeschwindigkeit	25 – 60 mm/s
Dichte	0.96 g/cm3
Wärmeformbeständigkeit	100 º c
Wärmeformbeständigkeit	100 º c
Schmelztemperatur	165º c
Zersetzungstemperatur	> 240º c
Schlagfestigkeit	n/a
Maximale Dehnung	600.00%

Feature	Wert
Material	Polylactide
Farben	1
Empfohlene Drucktemperatur (Hot-End)	190º – 210º c
Empfohlene Heizbetttemperatur	20º – 60º c
Empfohlene Druckgeschwindigkeit	50 – 70 mm/s
Dichte	0.93 g/cm3
Wärmeformbeständigkeit	70º c
Wärmeformbeständigkeit	70º c
Schmelztemperatur	160º c
Zersetzungstemperatur	> 270º c
Schlagfestigkeit	n/a
Maximale Dehnung	40.00%

Feature	Wert
Material	Polylactide
Farben	5
Empfohlene Drucktemperatur (Hot-End)	190º – 210º c
Empfohlene Heizbetttemperatur	20º – 60º c
Empfohlene Druckgeschwindigkeit	50 - 100 mm/s
Dichte	1.24 g/cm3
Wärmeformbeständigkeit	70º c
Wärmeformbeständigkeit	70º c
Schmelztemperatur	160º c
Zersetzungstemperatur	> 240º c
Schlagfestigkeit	10 Kg-cm
Maximale Dehnung	145.00%

PLA’s ultimate generation: Elixir PLA is a PLA filament for 3D printing which incorporates an innovative polymer which gives it a special and unique characteristics.

Higher Strength: Elixir PLA has a higher impact resistance than regular PLA filaments making it perfect for prints that require extra resistance.

Captivating shine: The polymer used in the Elixir PLA makes the pieces to have a very special shine, very different from the rest of PLA filaments. Many pieces which will be at sight like pieces for decoration, fashion or any other and they can benefited from this unique finish, which will not go unnoticed in the eyes of anyone.

All the good things about PLA Tech: In addition of being compatible with most printers, because it is easy to extrude and it does not require a hot bed, Elixir PLA provides a perfect finish even on larger pieces since it does not present warping. Elixir PLA is biodegradable and it does not emit harmful or annoying vapors when printed.

The new Elixir PLA incorporates the latest advances in 3D filament manufacture, so its dimensional stability is maximum and the variation in the minimum diameter with a tolerance of 0.03/0.05 mm. It also coils with Optiroll technology that guarantees a perfect yarn without knots, facilitating a constant and smooth feed of the extruder.

For the manufacture of this filament only 100% virgin PLA NatureWorks pellets of USA origin are used. The dyes used have been specially selected for colors to retain their properties after printing.

After being extruded the Elixir PLA of FFF world is subjected to a process called DryX2. It is a redundant drying method in which the filament passes through two drying chambers to completely remove moisture. This thorough dehumidification guarantees the absence of bubbles that affect the print and the consistency of the filament. Once dry it is vacuum-packed with desiccant material.

It is packaged in a special anti-stress box that protects it during shipping and isolates it from light. It is then stored at constant temperature and humidity until it is sent to our customers.

PLA is a thermoplastic filament of vegetable origin made from a polymer obtained from corn starch with properties similar to those of polyethylene terephthalate (PET), which is used to make containers but is also biodegradable.

It is considered as the easiest material to print and therefore is sometimes recommended for beginners. This is because it has much better adhesion than ABS allowing it to be printed even without "warm bed". Now for optimal results it is recommended to use hot bed at 60º and lacquer.

For optimum finishes it is recommended to use a layer fan when printing with PLA.

Due to its vegetal origin, it is respectful with the environment and gives off a pleasant sweet aroma when it is printed with it.

PLA is a hygroscopic material that tends to absorb moisture. For this reason we recommend that it be stored in an airtight bag with desiccant material and stored in a dry and dark place while it is not in use.

Feature	Wert
Material	Polylactide
Farben	15
Empfohlene Drucktemperatur (Hot-End)	190º – 210º c
Empfohlene Heizbetttemperatur	20º – 60º c
Empfohlene Druckgeschwindigkeit	50 - 100 mm/s
Dichte	1.24 g/cm3
Wärmeformbeständigkeit	70º c
Wärmeformbeständigkeit	70º c
Schmelztemperatur	160º c
Zersetzungstemperatur	> 235º c
Schlagfestigkeit	8 Kg-cm
Maximale Dehnung	145.00%

The new PLA Tech incorporates the latest advances in 3D filament manufacture, so its dimensional stability is maximum and the variation in the minimum diameter with a tolerance of 0.03/0.05 mm. It also coils with Optiroll technology that guarantees a perfect yarn without knots, facilitating a constant and smooth feed of the extruder.

For the manufacture of this filament only 100% virgin PLA NatureWorks pellets of USA origin are used. The dyes used have been specially selected for colors to retain their properties after printing.

After being extruded the PLA Tech of FFF world is subjected to a process called DryX2. It is a redundant drying method in which the filament passes through two drying chambers to completely remove moisture. This thorough dehumidification guarantees the absence of bubbles that affect the print and the consistency of the filament. Once dry it is vacuum-packed with desiccant material.

It is packaged in a special anti-stress box that protects it during shipping and isolates it from light. It is then stored at constant temperature and humidity until it is sent to our customers.

PLA is a thermoplastic filament of vegetable origin made from a polymer obtained from corn starch with properties similar to those of polyethylene terephthalate (PET), which is used to make containers but is also biodegradable.

It is considered as the easiest material to print and therefore is sometimes recommended for beginners. This is because it has much better adhesion than ABS allowing it to be printed even without "warm bed". Now for optimal results it is recommended to use hot bed at 60º and lacquer.

For optimum finishes it is recommended to use a layer fan when printing with PLA.

Due to its vegetal origin, it is respectful with the environment and gives off a pleasant sweet aroma when it is printed with it.

PLA is a hygroscopic material that tends to absorb moisture. For this reason we recommend that it be stored in an airtight bag with desiccant material and stored in a dry and dark place while it is not in use.

Feature	Wert
Material	Acrylnitril-Butadien-Styrol-Copolymer
Farben	8
Empfohlene Drucktemperatur (Hot-End)	240º – 250º c
Empfohlene Heizbetttemperatur	100º c
Empfohlene Druckgeschwindigkeit	40 - 80 mm/s
Dichte	1.05 g/cm3
Wärmeformbeständigkeit	88º c
Wärmeformbeständigkeit	88º c
Schmelztemperatur	200º c
Zersetzungstemperatur	> 260º c
Schlagfestigkeit	18 Kg-cm
Maximale Dehnung	20.00%

ABS is an engineering thermoplastic obtained by chemical processes to combine acrylonitrile, butadiene and styrene and to obtain a material with excellent mechanical properties. This is why its use is widespread in highly technological industries such as automotive or aerospace. It is also one of the most used materials in FFF technology 3d printers.

The properties of the ABS make it ideal for parts that require a postprocessing, since they allow to sand them, to drill them and, in general, to work them without problem. It is also soluble in acetone, which allows the welding of parts using glue. The latter characteristic also allows to use the acetone to give a superficial treatment to the pieces and that they present a polished and glossy finish.

To improve adhesion to the printing platform, it is recommended to use a warm bed at a temperature of approximately 100 °. It is highly recommended to treat the printing surface by applying lacquer or kapton tape. If it is not enough you should use the "brim" in the slicing program.

For optimum adhesion between layers, it is advisable that the temperature changes of the room where the printer is kept are minimal as well as to neutralize possible drafts.

Following the two tips above will also minimize the warping.

FFF World's new ABS++ is a thermoplastic filament of great hardness and impact resistance manufactured in a wide range of colors. FFF World ABS++ is specially formulated to be used in 3d FFF printers and obtain optimum adhesion and finish.

The new ABS ++ incorporates the latest advances in 3D filament manufacture, so its dimensional stability is maximum and the variation in the minimum diameter with a tolerance of 0.03/0.05 mm. It also coils with Optiroll technology that guarantees a perfect yarn without knots facilitating a constant and smooth feed of the extruder.

For the manufacture of this filament only 100% virgin ABS pellet ChiMei Corp. of Taiwan origin is used. The dyes used have been specially selected for colors to retain their properties after printing.

The ABS++ is subjected to a drying process to be subsequently vacuum packed with desiccant material. It is packaged in a special anti-stress box that protects it during shipping and isolates it from light. It is then stored at constant temperature and humidity until it is sent to our customers.

Feature	Wert
Material	Acrylnitril-Butadien-Styrol-Copolymer
Farben	2
Empfohlene Drucktemperatur (Hot-End)	240º – 250º c
Empfohlene Heizbetttemperatur	100º c
Empfohlene Druckgeschwindigkeit	40 – 90 mm/s
Dichte	1.05 g/cm3
Wärmeformbeständigkeit	88º c
Wärmeformbeständigkeit	88º c
Schmelztemperatur	200º c
Zersetzungstemperatur	> 260º c
Schlagfestigkeit	16 Kg-cm
Maximale Dehnung	25.00%

Feature	Wert
Material	Polylactide
Farben	1
Empfohlene Drucktemperatur (Hot-End)	190º – 210º c
Empfohlene Heizbetttemperatur	20º – 60º c
Empfohlene Druckgeschwindigkeit	50 - 100 mm/s
Dichte	1.24 g/cm3
Wärmeformbeständigkeit	70º c
Wärmeformbeständigkeit	70º c
Schmelztemperatur	160º c
Zersetzungstemperatur	> 235º c
Schlagfestigkeit	8 Kg-cm
Maximale Dehnung	145.00%

PLA reinforced with carbon fiber: PLA carbon is our PLA filament with carbon fiber. It incorporates a percentage of strands of carbon fiber between 5-10 μm in diameter, which are trapped between the layers during printing, giving different mechanical characteristics to the printed pieces with this filament.

Improved rigidity: Carbon fiber makes the parts more rigid and therefore they get deformed less. Any application that can benefited from an extra rigidity can be done using PLA Carbon.

Lighter parts: Carbon fiber makes the filament lighter, making it suitable for lightweight parts. Carbon fiber stands out for its lightness and therefore is used extensively in the aerospace and automotive industry.

Easy to print: Being PLA-based is easy to print, it has no warping and does not need hot bedding.

Ideal for drones: The features of the PLA carbon, the lightness and strength, make it suitable for drones construction which require heavy and light chassis.

The new Carbon PLA incorporates the latest advances in 3D filament manufacture, so its dimensional stability is maximum and the variation in the minimum diameter with a tolerance of 0.03/0.05 mm. It also coils with Optiroll technology that guarantees a perfect yarn without knots, facilitating a constant and smooth feed of the extruder.

For the manufacture of this filament only 100% virgin PLA NatureWorks pellets of USA origin are used. The dyes used have been specially selected for colors to retain their properties after printing.

After being extruded the Carbon PLA of FFF world is subjected to a process called DryX2. It is a redundant drying method in which the filament passes through two drying chambers to completely remove moisture. This thorough dehumidification guarantees the absence of bubbles that affect the print and the consistency of the filament. Once dry it is vacuum-packed with desiccant material.

It is packaged in a special anti-stress box that protects it during shipping and isolates it from light. It is then stored at constant temperature and humidity until it is sent to our customers.

PLA is a thermoplastic filament of vegetable origin made from a polymer obtained from corn starch with properties similar to those of polyethylene terephthalate (PET), which is used to make containers but is also biodegradable.

It is considered as the easiest material to print and therefore is sometimes recommended for beginners. This is because it has much better adhesion than ABS allowing it to be printed even without "warm bed". Now for optimal results it is recommended to use hot bed at 60º and lacquer.

For optimum finishes it is recommended to use a layer fan when printing with PLA.

Due to its vegetal origin, it is respectful with the environment and gives off a pleasant sweet aroma when it is printed with it.

PLA is a hygroscopic material that tends to absorb moisture. For this reason we recommend that it be stored in an airtight bag with desiccant material and stored in a dry and dark place while it is not in use.

Feature	Wert
Material	Polyethylenterephthalat Glycol
Farben	6
Empfohlene Drucktemperatur (Hot-End)	240º – 260º c
Empfohlene Heizbetttemperatur	70º – 85º c
Empfohlene Druckgeschwindigkeit	40 – 60 mm/s
Dichte	1.27 g/cm3
Wärmeformbeständigkeit	70º c
Wärmeformbeständigkeit	70º c
Schmelztemperatur	200º c
Zersetzungstemperatur	> 280º c
Schlagfestigkeit	15 Kg-cm
Maximale Dehnung	140.00%

Feature	Wert
Material	Polylactide
Farben	4
Empfohlene Drucktemperatur (Hot-End)	190º – 215º c
Empfohlene Heizbetttemperatur	20º – 60º c
Empfohlene Druckgeschwindigkeit	50 - 100 mm/s
Dichte	1.25 g/cm3
Wärmeformbeständigkeit	70º c
Wärmeformbeständigkeit	70º c
Schmelztemperatur	160º c
Zersetzungstemperatur	> 230º c
Schlagfestigkeit	5 Kg-cm
Maximale Dehnung	145.00%

FilaMETAL is a PLA filament with metallic particles suitable for 3D printing FFF.

The metallic load that incorporates makes that the printed pieces with it have a metallic finish without the need for post-processing.

For the manufacture of this filament only 100% virgin PLA NatureWorks origin USA pellets are used. The dyes used have been specially selected for colors to retain their properties after printing.

Since it is a PLA this filament can be used in the total practice of the printers of the market since its characteristics and the parameters with which it is printed are similar.

PLA is a thermoplastic filament of vegetable origin made from a polymer obtained from corn starch with properties similar to those of polyethylene terephthalate (PET), which is used to make containers but is also biodegradable.

It is considered as the easiest material to print and therefore is sometimes recommended for beginners. This is because it has much better adhesion than ABS allowing it to be printed even without "warm bed". Now for optimal results it is recommended to use hot bed at 60º and lacquer.

For optimum finishes it is recommended to use a layer fan when printing with PLA. It depends on the hot-end used, also cooling here is necessary.

Due to its vegetal origin, it is respectful with the environment and gives off a pleasant sweet aroma when it is printed with it.

PLA is a hygroscopic material that tends to absorb moisture. For this reason we recommend that it be stored in an airtight bag with desiccant material and stored in a dry and dark place while it is not in use.