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Materials
There are more than 30 processing materials in Weerg and they are offered in a constantly updated list to offer the latest available technologies.
Compare the data sheets of each material to discover their properties, the sectors in which they are used and to understand which of the many is right for you.
Processings
The technologies with which the chosen material is processed are listed under the heading Processings.
Weerg's know-how and machine park enable optimal processing with each technology.
3D Printing
3D Printing, or Additive Manufacturing, is a set of production processes and technologies that are currently revolutionizing the industry.
The wide choice of technologies and materials makes it excellent for both rapid prototyping and for cutting costs and time-to-market of new products created in medium to large runs.
Milling, turning and other types of CNC processing are carried out in Weerg by a HERMLE machine park, fully automated and with 5-axis continuous machining stations.
Multi Jet Fusion (MJF) technology from HP produces finished parts with excellent mechanical properties, good detail and high repeatability. The best alternative to injection molding for medium production runs.
Fused Deposition Modeling (FDM) printing technology allows thermoplastic polymers with unique mechanical, thermal and chemical properties to be processed. By using specific support materials, the full potential of this technology can be maximized.
Masked Stereolithography (MSLA) is a variant of SLA that allows resin parts to be produced even faster at a lower cost. It is used to process high-performance resins for industrial use.
Finishes allow you to change the appearance and look of the parts produced with our online manufacturing services.
The wide choice of solutions allows you to customize and create unique items produced either by 3D printing or CNC machining from solid material.
Printing modes
Printing modes are settings that affect some mechanical properties such as load at break and elongation at break.
Tolerances, surface quality and minimum thickness of parts do not change based on this choice.
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A Weerg technician ensures that the following variables are checked in your file:
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Please use the configuration notes to make any specific requests explicit. Possible difficulties will be communicated by e-mail by our experts.
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An automatic analysis is being carried out on the file to detect any critical issues. The result will indicate if the file is suitable to be placed into production.
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The automatic analysis carried out on the file has not detected any thicknesses below 1 mm. It means that the file is suitable to be put into production.
In order to achieve better tolerances and surfaces, our technicians will orient your parts according to their judgement, to prepare them for printing, understanding their functionality and aesthetics.
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Attachments
When there are specific requests and/or tight tolerances for CNC machining orders, it is possible to attach the related tables in .pdf or .dwg format.
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Minimum tolerance
Mechanical processings are suitable for applications where the required tolerances are very tight.
The versatility of our equipment allows you to choose between 3 tolerance levels: ±0.05mm, ±0.07mm, ±0.10mm.
The height indicates the length of the Z-axis. It is recommended to maintain the maximum height allowed by the chosen material for maximum savings.
Build Density
The density represents the level of optimisation of your build: it has a limited impact on the final cost and is given to you by the program you used to nest your 3D Build.
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Nylon PA12
Polyamide 12,
Nylon 12
Nylon PA12 MJF is a versatile material that allows you to quickly produce prototypes and functional parts (from 1 to 10.000 parts in 3 days). It is a real alternative to injection moulding and offers you absolute design freedom.
Polyamide 12,
Nylon 12,
HP 3D High Reusability PA 12 W
It has characteristics very similar to those of the classic Nylon PA12 but it is white. This feature makes it much easier to dye and paint the pieces in bright, light colors.
It is more flexible and impact resistant than PA12, and is more environmentally friendly; moreover is resistant to many chemicals, offers excellent wear and abrasion resistance, and has low friction properties.
Nylon PA12 CF (carbon fiber) is a high-performance material used industrially for metal replacement practices. Among its excellent mechanical properties, it is characterized by a high lightness and rigidity. Processed with FDM 3D Printing, it allows remarkable design freedom.
A strong, stiff and heat-resistant composite combining the properties of carbon fiber and nylon. It has excellent chemical resistance, low friction, and high impact strength. It is lightweight, making it attractive for aerospace and automotive applications.
Nylon PA 12 Glass Beads,
Nylon PA 12 40% Glass Beads
The Nylon PA12 GB is added 40% with glass beads to improve stiffness and resistance to wear and heat resistance. Perfect for automotive, industrial, and consumer applications, these glass beads are the perfect choice for your needs.
Translucent resin finds applications in all contexts where the need for a translucent material is functional to the project, working with light or with models that have to show their internal operation.
Dimensional stability, smooth surface and HDT 238°C. This resin is designed to withstand high temperatures and is the perfect choice for a wide range of applications.
Perfect resin for all industrial mechanical applications: it presents itself as an extremely ductile, resilient and elastic material with an excellent degree of detail. Used in industry for the manufacture of final parts subject to stresses and shocks and for functional prototypes.
An improved chemical formula for an improved Acrylonitrile Butadiene Styrene ABS resin to get better mechanical properties compared to the standard resin
This 3D printing resin is the perfect balance of quality, resolution and price, making it the ideal choice for the ones who are looking for a reliable and cost-effective general purpose resin. Available in 3 colors.
This thermosetting resin is formulated to reproduce the mechanical properties of Polypropylene. High ductility and resilience are the characteristics that distinguish it and make it excellent in applications with repeated stress and vibrations.
PEEK is a polymer used in the industrial and aerospace field thanks to its exceptional mechanical properties, very similar to those of some metal alloys: in its filament-worked version, it allows to obtain complex geometries, freeing the Designer of most of the design constraints and limitations of traditional manufacturing technologies.
PEEK CF has the highest mechanical properties among the materials achievable with Additive Manufacturing, allowing it to be applied in Metal Replacement practices in more extreme contexts and environments.
PEEK (Polyetheretherketone) glass-filled is a strong, lightweight composite with excellent chemical and thermal resistance. It is widely used in electric, aerospace, and automotive applications, offering superior strength and stiffness.
Our services include PEEK CNC machining on industrial grade PEEK. It offers 100% infill and tight tolerances for the most demanding industrial applications.
ABS Food made for food use and using innovative FDM technologies in the room at a controlled temperature, meets the need for a material with the highest health certifications and thus able to be used in contact with foodstuff and beverages, for example in the production of household appliances.
ABS Medical created for use in the medical field and made using innovative FDM technologies in the room at a controlled temperature, satisfies the need for a material with the highest health certifications, which can be used in medical contexts.
An improved chemical formula for an improved Acrylonitrile Butadiene Styrene ABS resin to get better mechanical properties compared to the standard resin
Excellent corrosion resistance and versatility. This austenitic alloy is easy to weld, machine, and sanitize, making it a top choice for industries like food and beverage, pharmaceuticals, and architecture.
UNI X5CrNiMo17,
12 / EN X5CrNiMo17,
12,
2 / 1.4404 / BS 316S31 / AFNOR Z7CND17,
12,
02 / UNE F3534
Highly versatile and corrosion-resistant material that is ideal for use in harsh environments and applications where strength and durability are required.
C45 steel (AISI 1045) is the best choice for strength and versatility! Exceptional tensile strength, excellent machinability and remarkable versatility.
Lightness, ease to weld and high chemical resistance are the main features of this alloy. It is used for parts to be joined together or if excellent corrosion resistance is required over long periods, such as in marine environments.
Versatile alloy with an excellent combination of mechanical and physical properties. Thanks to its suitability for machining and welding and its good chemical resistance, it is ideal for a wide variety of applications.
Brass is an easy-to-work material from which precise parts can be obtained. It can also be hot worked by deformation. Its use is widespread in the creation of small parts and components for hydraulic and heating systems.
C101 copper stands out for its electrical and thermal conductivity properties. Ideal for electronic and electrical applications in consumer products or in applications related to heat exchangers and cooling systems.
The CuSn12 is a high-performance alloy in the mechanical applications of wear parts. It has excellent characteristics for the casting of very complex moulds, which make it an excellent candidate for the production of raw products. Easy to work and weld is a versatile material.
Nylon 6 + MOS2 is a high-performance material, which is well suited for mechanical applications even in harsh environments and in the presence of contaminants. Easy to work with, it presents an excellent solution for the realization of high-performance and resilient components.
POM-C is a performance polymer that lends itself well to mechanical applications thanks to its good mechanical properties combined with chemical resistance, wear and creep. Its characteristics also make it suitable for applications in the food sector.
Our services include PEEK CNC machining on industrial grade PEEK. It offers 100% infill and tight tolerances for the most demanding industrial applications.
Use CNC-machined PVC parts to achieve the full potential of your projects. They will be durable, cost-effective and more corrosion-resistant parts than other materials.
Aluminium alloy 2011 is mainly used in precision parts such as screws and bolts. It is composed by additions of aluminium and copper that improve its hardness and strength.
TPU material offers a unique combination of softness and flexibility, making it the perfect choice for applications requiring a flexible and durable material.
PPS GF (glass-filled polyphenylene sulphide) is a composite material that combines the outstanding properties of PPS together with the reinforcing effects of glass fibres. This high-performance thermoplastic offers higher mechanical strength, better dimensional stability and greater wear resistance than unfilled PPS.
A synthetic fluoropolymer that is known for its resistance to high temperatures, chemicals and corrosion. Used in many industrial and consumer applications due to its non-stick properties, very low friction coefficient and excellent electrical insulation properties.
Explore CNC machined polyethylene, the leading thermoplastic polymer with outstanding chemical resistance, electrical insulation, and tensile strength. From films to piping systems, elevate your projects with this industry-leading material.
ECOtech is designed for GREEN and high-performance applications. With excellent flexural strength, minimal warping, and a high-quality surface finish, it offers durability, stability, and an optimal basis for post-processing techniques, reaching a new standard for performance materials of the industry.
11SMnPb37 (1.0737) is a high-quality, non-alloyed free-cutting steel designed for machining applications like turning, milling, and drilling, commonly used for precision mechanical components, it offers excellent machinability, faster production, and a better surface finish on machined components.
The components with Soft Touch Black Finish are painted with a combination of products for which the surface is soft to the touch and opaque. To achieve this effect, this paint adds a uniform thickness of material of about 100 microns on your parts.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The painting can be applied to components produced in HP MJF and is created by spraying an industrial two-component product in two or more coats. The coating is partially uniform and increases in thickness by about 100 microns. However, the porosity of the material may be visible, especially on the non-aesthetic side, as it is a characteristic feature of the printing technology.
The components produced in PEEK have a crystalline structure in the amorphous state once removed from the printer's construction plan. They can undergo an annealing heat treatment in a thermostatic stove in which, through a controlled cycle, the material is given time to crystallize and create an organized semi-crystalline structure. This treatment markedly improves the mechanical properties and thermal resistance of the material.
The Top Black™ finish retains the iconic surface stone effect of MJF technology with the advantage of making it homogeneous over the entire area, eliminating any unwanted traces or residues.
The new dyes used for this special finish provide longer-lasting protection, even from UV rays, preventing the colour from fading over time.
The Top Black™ line of finishes represents the best aesthetic and technical solution for products manufactured by Additive Manufacturing.
After months of development, the first of these finishes was born: Top Black™ for Nylon produced with MJF technology.
Iconic stone surface for optimum grip;
UV-resistant finish that is homogeneous over the entire object and does not fade over time;
Repeatable result over time and even for long runs;
Metal materials produced by machining can be sandblasted to even out the surface, remove tool marks and improve the fatigue performance of components. With this finish, sharp edges may be slightly bevelled as a result of surface sanding.
Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Gloss Blue Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Anodizing is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal components.
The process is called anodizing because the part to be treated constitutes the anodic electrode of an electrolytic cell. Anodizing increases corrosion and wear resistance and provides better adhesion to primers and glues than bare metal. Anodic films can also be used to achieve different aesthetic effects, either with thick, porous coatings that can absorb dyes, or with thin, transparent coatings that add interference effects of reflected light waves.
Gloss Red Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Anodizing is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal components.
The process is called anodizing because the part to be treated constitutes the anodic electrode of an electrolytic cell. Anodizing increases corrosion and wear resistance and provides better adhesion to primers and glues than bare metal. Anodic films can also be used to achieve different aesthetic effects, either with thick, porous coatings that can absorb dyes, or with thin, transparent coatings that add interference effects of reflected light waves.
Gloss Green Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Anodizing is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal components.
The process is called anodizing because the part to be treated constitutes the anodic electrode of an electrolytic cell. Anodizing increases corrosion and wear resistance and provides better adhesion to primers and glues than bare metal. Anodic films can also be used to achieve different aesthetic effects, either with thick, porous coatings that can absorb dyes, or with thin, transparent coatings that add interference effects of reflected light waves.
Matte Blue Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Anodizing is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal components.
The process is called anodizing because the part to be treated constitutes the anodic electrode of an electrolytic cell. Anodizing increases corrosion and wear resistance and provides better adhesion to primers and glues than bare metal. Anodic films can also be used to achieve different aesthetic effects, either with thick, porous coatings that can absorb dyes, or with thin, transparent coatings that add interference effects of reflected light waves.
Matte Red Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Anodizing is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal components.
The process is called anodizing because the part to be treated constitutes the anodic electrode of an electrolytic cell. Anodizing increases corrosion and wear resistance and provides better adhesion to primers and glues than bare metal. Anodic films can also be used to achieve different aesthetic effects, either with thick, porous coatings that can absorb dyes, or with thin, transparent coatings that add interference effects of reflected light waves.
Matte Green Anodizing is applicable to aluminium alloys and plays both the role of changing the colour of the object, but above all of protecting it, creating a protective barrier against chemical attacks and oxidation. It has a thickness of 10 microns in the interior and 20 microns for the exterior.
Anodizing is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal components.
The process is called anodizing because the part to be treated constitutes the anodic electrode of an electrolytic cell. Anodizing increases corrosion and wear resistance and provides better adhesion to primers and glues than bare metal. Anodic films can also be used to achieve different aesthetic effects, either with thick, porous coatings that can absorb dyes, or with thin, transparent coatings that add interference effects of reflected light waves.
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