Online 3D printing
professional
Do you want to 3D print your project?
Turn your ideas into real objects with our professional 3D printing service.
Whether you are a designer, engineer, or hobbyist, our state-of-the-art 3D printing technology allows you to create prototypes, custom components, and unique objects quickly and easily.
Contact us and request a quote: here!
Why 3D printing?
Through our professional 3D printing service, it is possible to bring designs and 3D models to life, create customized and unique objects, reduce production costs, shorten product development time, and improve design flexibility.
Three-dimensional printing technology enables functional prototyping and testing of ideas quickly and efficiently. In addition, 3D printing promotes sustainability by enabling the use of recyclable materials and thus reducing production waste.
This is an innovative solution that opens up new opportunities in many fields, from industry to medicine, from architecture to design. 3D printing is the key to turning imagination into reality.
How does our professional 3D printing service work?
3D printing technologies
We perform our 3D printing services online using 4 different printing technologies. If you are in doubt about which one best suits your needs, we are here to help and advise you.
Kentstrapper Professional 3D Printers
FFF filament 3D printing
Fused thermoplastic materials layer objects with millimeter precision. Unlimited creativity to make your ideas cost-effective. Ideal for even large prototypes
Extraordinary details and high-quality finishes. Cured photosensitive materials create intricate and detailed objects. Ideal for jewelry, model making, action figures and design.
Amazing speed and precision. Molten thermoplastic powder creates strong, solid objects. Ideal for mass production, functional prototyping and complex components.
Durable, high-precision components made of metal. Ideal for functional prototyping, production of complex and customized parts with exceptional detail and strength.
The materials for 3D printing
We offer 3D printing using different types of materials. If you are in doubt about which material is best for your needs, we are here to help you choose.
PLA (FFF)
Pla is a thermoplastic material derived from biological resources.
The great advantage of this filament is its ease of printing due to which it can be processed at a very competitive cost. It is possible to paint the printed model and finish it manually.
*Keep in mind that the support material is printed with the model and must then be removed.
PLA Galaxy (FFF)
Galaxy PLA Filament is a filament with intense metallic colors, based on Formfutura's Plast EasyFil compound, with an incredible amount of aluminum-silver flakes. The high content of aluminum flakes gives objects printed with Galaxy PLA a fantastic reflective and shiny surface.
Due to the high amount of aluminum-silver flakes also the parts will result without visible layers. Despite the high aluminum-silver content, it is not abrasive and will not damage the printer nozzle.
PLA Tough (FFF)
Tough PLA is a 3D printer filament with approximately 750% higher impact resistance than regular PLA filaments.
Tough PLA filament is a high-performance PLA that combines durability with ABS-like strength properties while being a significantly stiffer 3D printing material than ABS filaments. Tough PLA exhibits excellent layer adhesion that allows 3D printed objects to achieve mechanical strength properties similar to those of injection molding.
Main features:
Impact resistance of 29.8 kJ/m2
Excellent machinability properties allowing multiple post-processing techniques such as drilling, sanding, cnc, tapping, etc.
Excellent layer adhesion.
PLA Stone Effect (FFF)
Stone-effect PLA filament for 3D printing offers a unique solution for creating objects with an authentic stone look and feel. This material combines the performance of PLA with the natural aesthetics of stone, enabling prints with a grainy texture and realistic appearance.
Stone effect PLA filament is lightweight, easy to print and biodegradable, while maintaining the ecological characteristics of traditional PLA. Its special composition, enriched with stone particles, offers a wide range of colors and textures that mimic different varieties of stone, such as marble, granite or terracotta.
Prints made with stone-effect PLA filament are ideal for design projects, interior decoration, model making and more. They offer a sophisticated look and natural feel to any 3D printed object.
With stone-effect PLA filament, you can bring to life unique, customized creations that stand out for their natural appeal and extraordinary texture. Explore the potential of 3D printing and create objects that look like they were carved from stone with stone effect PLA filament.
PLA Wood Effect (FFF)
Wood-effect PLA filament for 3D printing offers a natural and warm wood-like appearance. Made from a combination of biodegradable PLA and recycled wood powder, this material offers a unique and authentic finish. You can create objects with woody textures and tones, making your designs even more appealing. Wood-effect PLA filament is easy to print with good adhesion between layers and low deformation. It is ideal for decorative models, furniture prototypes, jewelry and more, adding a natural and elegant touch to your 3D printed objects.
PETG (FFF)
PETG is a tough material that allows for strong and durable prints as well as giving a glossy finish to prints.
Among the main features we can appreciate: low friction rate, low shrinkage rate, excellent adhesion coefficient between layers.
PETG has some interesting properties:
- Is resistant to alkalis and acids and hydrophobic: does not absorb water.
- Is more flexible than ABS
- is ideal for printing large objects that also require mechanical, chemical and impact resistance.
- is also suitable for printing outdoor objects and lends itself well to post-production processing and finishing.
PETG CARBON (FFF)
PETG filament loaded with 15 percent carbon fiber is an advanced 3D printing material that combines the excellent properties of PETG with the strength and lightness of carbon fiber. This combination offers an ideal solution for the production of functional and durable parts.
Carbon fiber-filled PETG filament has higher stiffness, tensile strength and impact resistance than conventional PETG. The presence of carbon fiber gives prints a distinctive appearance with a matte surface and professional finish.
Due to its high strength and durability, carbon fiber-filled PETG filament is suitable for applications requiring strong and lightweight components, such as mechanical parts, functional prototypes, and automotive or aerospace parts.
Printing with this filament requires a slightly higher temperature than traditional PETG, but it offers excellent layer adhesion, minimizing the risk of delamination. In addition, the carbon fiber gives the material better heat dissipation and dimensional stability.
Choosing PETG filament loaded with 15 percent carbon fiber for your 3D prints means achieving the perfect combination of strength, light weight, and surface quality. Explore the potential of 3D printing with this advanced material and create parts that stand out for their reliability and superior performance.
Flexible TPU (FFF)
TPU filament is a material used for 3D printing that offers unique and versatile characteristics. It is a type of thermoplastic polyurethane that combines the flexibility of rubber with the ease of processing of thermoplastics.
TPU is known for its excellent elasticity and wear resistance, making it ideal for the production of flexible objects and components that require some deformation. It is widely used for the production of gaskets, bearings, insoles, protective sleeves, and prototype footwear models, but it also has applications in other industries, such as automotive and electronics.
ABS (FFF)
ABS filament is one of the most popular materials for 3D printing due to its exceptional mechanical properties and versatility. This thermoplastic offers a unique combination of strength, durability and flexibility, making it ideal for a wide range of applications.
ABS filament is distinguished by its high resistance to impact and breakage, making it suitable for the production of durable and functional parts. It can withstand relatively high temperatures and offers good thermal stability, allowing prints to retain their properties even in hot or sunny conditions.
In addition, ABS is a relatively easy material to process and finish. Operations such as sanding, polishing, or painting can be performed to achieve a smooth and professional surface finish.
However, ABS requires a 3D printer with a heated chamber, as it tends to contract during cooling, causing problems such as warping or delamination. Therefore, it is important to have a proper print temperature setting and solid adhesion to the print bed.
ABS filament is widely used for creating functional parts, prototypes, automotive components, parts for electronics and many other projects. Its versatility and strength make it a reliable choice for many 3D printing applications.
Choosing ABS filament means getting the perfect combination of strength, durability and processability, enabling you to make high-quality prints that meet your specific needs. Explore the possibilities of 3D printing with ABS filament and create solid, functional objects with ease.
ASA (FFF)
ASA filament is a material used for 3D printing that offers a combination of mechanical properties and weather resistance. It is a thermoplastic polymer derived from acrylnitrile, styrene and acrylate.
ASA is known for its high resistance to weathering, such as UV light, humidity and temperature variations. This resistance makes it suitable for outdoor applications, where the printed object could be exposed to harsh environmental conditions without experiencing degradation or color fading over time.
In addition to its weathering resistance, ASA also offers good impact and deformation resistance, making it a suitable material for the production of strong and robust objects. It is commonly used for making automobile parts, outdoor equipment, parts for the electrical and electronics industries, and other items that require good dimensional stability.
NYLON (FFF)
Nylon filament is a popular material used in 3D printing that offers a unique combination of strength, flexibility and durability. Nylon is a thermoplastic polymer known for its high mechanical and chemical resistance.
Nylon filament is widely used for the production of functional items that require good resistance to wear, impact and mechanical stress. It is suitable for the production of gears, machine parts, structural supports and abrasion-resistant components. In addition, nylon is a flexible material that can deform without breaking, making it suitable for creating objects that require some elasticity.
NYLON CARBON (FFF)
15% carbon-filled nylon filament is a special variant of nylon used in 3D printing that offers additional enhancing properties. This type of filament combines the characteristics of nylon with the addition of carbon fibers, which give the material greater stiffness and strength.
The presence of carbon fibers in the nylon-carbon filament increases its stiffness and strength, making it ideal for the production of structural components that require greater stability and mechanical strength. The addition of carbon gives the material better resistance to impact, wear and tear, and stress, allowing it to make more durable and robust objects.
Nylon-carbon filament can be used for the production of machine parts, sports equipment, functional prototypes, automotive components and other applications that require greater stiffness and strength than traditional nylon. The presence of carbon fibers also gives the material better thermal conduction, allowing for better heat dissipation.
POLYPROPYLENE CARBON (FFF)
he carbon-filled polypropylene filament is a material used in 3D printing that combines the characteristics of polypropylene with the addition of carbon fibers. This combination offers a number of unique properties and improvements over traditional polypropylene.
Polypropylene is a thermoplastic polymer known for its light weight, good chemical resistance and low density. The addition of carbon fibers to polypropylene further improves its mechanical properties, giving the material greater stiffness, strength and dimensional stability.
Carbon-filled polypropylene filament is widely used in the production of lightweight yet robust components that require resistance to impact, stress, and high temperatures. It is particularly suitable for automotive, aerospace and industrial applications where light weight and strength are critical.
The addition of carbon fibers to polypropylene also gives the material greater thermal conductivity than conventional polypropylene, allowing for better heat dissipation. This can be advantageous for applications requiring improved thermal control or heat resistance.
Standard Nylon (MJF)
STANDARD NYLON (MJF)
PA12
Nylon MJF (Multi Jet Fusion) Fast is an ideal thermoplastic material for producing static parts quickly and efficiently. Its mechanical and chemical properties make it suitable for applications where aesthetic and mechanical properties are less important.
Properties:
- Solid mechanical properties: MJF Fast nylon offers a tensile strength of 44 MPa and elongation at break of 12%. However, it is recommended to consider a lower strength of 40 MPa in the Z axis.
- Blasting and Cleaning: We use an automatic blasting and cleaning cycle to ensure a good finish of parts.
- Wide choice of colors: We offer the natural color gray, UV-resistant colors such as black, and the possibility of painting in all 213 RAL shades.
- Chemical resistance: MJF Fast nylon has excellent chemical resistance to oils, greases, aliphatic hydrocarbons and alkalis.
- Thermal stability: The material offers good thermal stability, ensuring resistance to temperature changes.
- Certifications: MJF Fast nylon complies with USP Class I-VI and US FDA guidelines for biocompatibility. It has also obtained RoHS, REACH, PAHs, UL 94 and UL 746A certifications.
- MJF Fast nylon is particularly suitable for the production of static parts such as housings, enclosures, and components that require chemical and thermal resistance. Choose MJF Fast nylon to get functional parts quickly, without compromising the quality and strength of the material.
Nylon For High Mechanical Performance (MJF)
NYLON TOP MECHANICAL (MJF)
PA12
Nylon MJF (Multi Jet Fusion) is a tough thermoplastic material suitable for producing high-density parts. Its excellent mechanical properties, combined with high dimensional accuracy, make it ideal for mass production.
Properties:
- Outstanding mechanical strength: Tensile strength of 53 MPa and elongation at break of 19%.
- Manual optimization: Our manual skills enable us to maximize the mechanical and aesthetic quality of the component.
- Sandblasting and Cleaning: We use an automatic sandblasting and cleaning cycle, followed by manual reprocessing to ensure an excellent finish.
- Wide choice of colors: We offer the natural color gray, UV-resistant colors such as black, and the possibility of painting in all 213 RAL shades.
- Chemical resistance: MJF nylon has excellent chemical resistance to oils, greases, aliphatic hydrocarbons and alkalis.
- Thermal stability: The material offers good thermal stability, ensuring resistance to temperature changes.
- Certifications: MJF nylon complies with USP Class I-VI and US FDA guidelines for biocompatibility. It has also obtained RoHS, REACH, PAHs, UL 94, UL 746A and Statement of Composition certifications for toy applications.
MJF nylon is particularly suitable for the production of complex parts, housings, enclosures, and watertight applications where a combination of strength, precision, and chemical resistance is required. Choose MJF nylon for high-quality components that meet your mechanical and aesthetic requirements.
Flexible Tpu (MJF)
IMITATION RUBBER TOP (MJF)
TPU
TPU (Thermoplastic Polyurethane) Similgomma Top material offers exceptional elasticity, making it similar to rubber. It is ideal for the production of high-quality functional and flexible plastic parts.
Properties:
- Excellent elasticity and strength: TPU Similgomma Top offers a tensile strength of 16 MPa and elongation at break of 17%. Parts molded with this material can deform and recover easily without losing elastic properties.
- Manual optimization: Our experts perform manual optimization to maximize the mechanical and aesthetic quality of the component.
- Sandblasting and Cleaning: We use an automatic sandblasting and cleaning cycle, followed by manual reprocessing to ensure an excellent finish.
- Wide choice of colors: We offer the natural color gray and UV-resistant colors such as black.
- Chemical Resistance: TPU Similgomma Top has good chemical resistance, allowing for longer service life in applications requiring contact with chemicals.
- Long-term stability: The material offers excellent long-term stability, maintaining its elastic properties and strength over time.
- High detail resolution: TPU Similgomma Top enables good detail resolution on printed patterns.
TPU Similgomma Top is the ideal choice for parts that require a combination of flexibility, strength and durability. It is perfect for applications where functional and flexible plastic is essential for optimum performance. Choose TPU Similgomma Top for high-quality parts that meet your elastic and functional needs.
Standard Resin (MSLA)
If you are looking for a reliable resin for 3D printing, perfect for basic or static applications, you have made the right choice. This material is inexpensive, versatile and offers three color options with a smooth surface. Its stability ensures reliable results, enabling precise and accurate prints without spending too much. However, for demanding mechanical applications, you may want to opt for more suitable materials. Also, it is important to consider that resin models should remain within the dimensions of 274 x 155 x 400 mm and that the support material must be removed after printing. You can paint the model to customize it, and if it is not painted, it is recommended to keep it out of direct sunlight to avoid fading. With this resin choice, you will get great value for your money because of its good resolution and versatility.
Tough Resin (MSLA)
Meltable Resin (MSLA)
Meltable resin for 3D printing with MSLA technology is an innovative material that offers multiple creative possibilities. In addition to enabling the creation of high-quality prints with a smooth and detailed finish, this resin also has the unique feature of being castable in a wax-like manner.
This means that prints made from this resin can be used as templates for lost-wax casting, a common process in the production of metal parts. 3D prints made from castable resin can be coated with a layer of ceramic and then cast, enabling metal objects of high precision and strength.
This feature makes MSLA castable resin particularly attractive to those who wish to create jewelry, watch components, prototype metal parts, and more. It offers the chance to explore the world of metal object manufacturing through 3D printing technology, opening up new creative and production opportunities.
Whether you are a designer, a jeweler, or an engineer, MSLA's 3D printing meltable resin offers a versatile and innovative option for making high-quality, precise objects in both resin and cast metal.
Steel (DMLS)
Silver (DMLS)
The material is Argeto composed of 92.5 percent pure silver and 7.5 percent from another metal, usually copper. Sterling Silver is a standard alloy for jewelry and is wearable on the skin. Silver is a metal with high electrical and thermal conductivity, shines when polished, and is very malleable. The quality of a silver model is comparable to regular jewelry pieces.
Gold (DMLS)
The material is a 14k or 18k Gold, the whole model will be made of solid gold. The quality of a gold model is comparable to regular jewelry pieces.
Brass (DMLS)
Bronze (DMLS)
Bronze is an alloy composed mainly of copper. Bronze is a convenient material for printing metal models. A PU coating provides additional protection to the model.
Copper (DMLS)
Copper is a metal known for its reddish color. Copper is a convenient material for printing metal patterns, with high thermal and electrical conductivity.
Why choose Kentstrapper
Choosing Kentstrapper 3D printing service means relying on our experience of more than 15 years in the 3D design and printing industry. We guarantee you a unique and quality service that is reliable and customized to make the most of your designs.
- Fast delivery time
- Cutting-edge technologies
- Full customization
- Experience and expertise
- Wide range of materials
- Reliability and quality
Send us your file for 3D printing
Send us your project
Send your files with WeTransfer
If your file is larger than 50MB and you need to send it to us, we recommend using WeTransfer. It is free, fast, and does not require you to create an account.
- Go to wetransfer.com
- If a prompt appears, click "Accept" to continue.
- Click on "Add your files" and select from your computer the file you want to send.
- Nel campo “Email del destinatario”, inserisci: servizi@kentstrapper.com
- In the "Your Email" field, enter your email address.
- (Optional) Add a message if you want.
- Click on "Transfer."
Wait for the upload to complete. Upon completion, you will receive a confirmation email when the file has been delivered.
Important: Be sure to stay connected to the internet while uploading, especially if the file is very large.
Don't you have the 3D model?
If you do not have a 3D model, but would like to 3D print your design, our technicians are ready to help you in transforming your idea into a file suitable for 3D printing.
Contact us and you will get the support you need to carry out your project.
Fill out the form to the left or use our contact information:
KENTSTRAPPER SRL
Via Antonio del Pollaiolo, 130
50142 Florence FI
Tel. +39 0554476656
Cell. +39 3515202246
info@kentstrapper.com