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3D printing and CNC processing services

The most advanced technologies at your disposal to ensure the best results using the most suitable material for all of your projects.

3D Printing

MJF Multi Jet Fusion

MJF technology

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Multi Jet Fusion (MJF) technology is a 3D dust-bed printing system developed by HP. Unlike SLS technology, this technology does not require a laser to sinter the material. A powder bed is deposited inside the print build and heated to a fixed temperature. A melting agent is deposited on these powders where the material will have to melt and a finishing liquid is deposited on the contours of the level to improve the resolution of the parts. Subsequently, the lamps slide over the level distributing the heat, the deposited agent absorbs the heat and helps distribute it evenly. This process is repeated for each level: in addition to guaranteeing the perfect adhesion of the layers, it allows for a fixed production time and a consequent reduction of costs.

Fused Deposition Model

FDM technology

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Fused deposition modelling or FDM creates the components layer by layer by depositing discrete material via a 0.40 mm diameter nozzle. The print head moves in XY and deposits a single layer. Subsequently the printing plane, the Z axis, moves downwards to allow the deposition of the next layer. The printing plate and chamber are both heated and temperature controlled throughout the production process to ensure printing success and process repeatability over time.

Masked Stereolithography

MSLA technology

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Masked Stereolithography (MSLA) is a 3D printing or additive manufacturing process that uses UV-sensitive liquid resins as a material. These UV rays are used to impress a selected area (through a mask) of the print area that will then solidify. Level after level, the desired object will be created, from the bottom up. The peculiarity of this 3D technology is the high degree of definition that can be achieved as each level is only 50 µm high. The resins are characterized by an extremely homogeneous and smooth finish. Finally, many industrial resins offer interesting performances such as Tough Resin or High Temp Resin.

Our 3D printing materials

Nylon PA 12

Polyamide 12 - Nylon 12

  • 3D MJF Multi Jet Fusion

Nylon PA 12 (Polyamide 12) guarantees good mechanical properties along all axes as well as resistance to chemical agents and moisture ...

Nylon PA 11

Polyamide 11 - Nylon 11

  • 3D MJF Multi Jet Fusion

Nylon PA 11 (Polyamide 11) guarantees good mechanical properties on all axes as well as resistance to chemical agents and moisture ...

Nylon PA 12 + Carbon Fiber

Nylon 12 CF - PA12CF - Nylon 12 Carbon Fibre

  • 3D FDM Fused deposition modeling

Nylon PA 12 CF is a composite material, made by reinforcing the Nylon base with Carbon Fibre. The result is a stable material, with high ...

Nylon PA 6 + Carbon Fiber

Nylon 6 CF - PA6CF - Nylon 6 Carbon Fibre

  • 3D FDM Fused deposition modeling

PA 6 CF Nylon is a composite material, made by reinforcing the Nylon base with Carbon Fibre. The result is a stable material, with high ...

Nylon PA12 40% GB

Nylon PA 12 Glass Beads - Nylon PA 12 40% Glass Beads

  • 3D MJF Multi Jet Fusion

Nylon PA 12 40%GF (Polyamide 12) guarantees good mechanical properties on all axes as well as resistance to wear, chemicals and moisture ...

ABS-like resin

Draft Resin - Grey Resin

  • 3D MSLA Stereolithography

ABS-like resin tracks ABS performance but is characterized by increased stiffness and hardness. It allows you to achieve a high degree of ...

Clear Translucent Resin

Translucent Resin - Translucent Resin

  • 3D MSLA Stereolithography

Clear Resin is made after processing with a Translucent finish or frost effect, which guarantees a pleasant and homogeneous aesthetic ...

High Temp Resin

High Temperature Resin

  • 3D MSLA Stereolithography

The High Temp Resin (for high temperatures), with its HDT 0.45MPa of 190°C, is the most thermally efficient resin at the thermal level ...

Tough resin

Heavy duty resin

  • 3D MSLA Stereolithography

Tough resin (or resistant) boasts excellent resilience, its mechanical properties include elasticity and the ability to flex without ...

Polypropylene PP

PP

  • 3D MJF Multi Jet Fusion

Polypropylene (PP) has always been used in the manufacturing industry for the mix of mechanical properties with good elasticity and low ...

PEEK

Polyether ether ketone

  • 3D FDM Fused deposition modeling

PEEK is a polymer that can be both amorphous and semi-crystalline. The latter is characterized by greater mechanical resistance to the ...

PEEK CF

Peek Carbon Fibre - Peek Carbon

  • 3D FDM Fused deposition modeling

PEEK CF is a carbon fibre reinforced composite material that makes it high performance. Compared to PEEK, it has extraordinary ...

ABS food

ABS Food

  • 3D FDM Fused deposition modeling

This specific ABS (acrylonitrile-butadiene-styrene) has been made to be compatible for all uses in food contact contexts. Like other ABSs, ...

ABS medical

Medical ABS

  • 3D FDM Fused deposition modeling

This specific ABS (acrylonitrile-butadiene-styrene) has been made to be compatible for all uses in medical and health settings. Like other ...

What is 3D Printing?

Industrial additive manufacturing, or 3D printing, provides materials suitable not only for the creation of prototypes, but also of final parts produced in large numbers. Polymers with high mechanical performance, resistant to high temperatures and the action of chemical agents mean you can always identify the most suitable material for each application. It is defined as Additive Printing because the material is added only as and when necessary, avoiding waste. For this reason, it is an extremely economical production technology, which however produces a really high final quality.

3D Printing Technologies

Of all the main 3D Printing technologies, the most famous is definitely Fused Deposition Modelling, or FDM. This technology deposits the filament through a nozzle to create the final part from the bottom up. Using this technology it is possible to produce parts made with polymers for high performance such as PA12 + Carbon Fibre Nylon, PEEK or PEEK with Carbon Fibre.

A revolutionary technology of recent years is HP's Multi Jet Fusion. This technology, based on powders, makes it possible to make parts with properties similar to polymers made with injection moulding, for a much lower cost for up to 2000 copies. In addition to the remarkable mechanical properties, the advantage of MJF technology lies in the rapidity of production that allows you to have prototypes or runs even in 2 days. Finally, masked stereolithography, or MLSA, is based on the UV photography of special resins and is distinguished by its excellent finish and degree of detail. Also in this case we find very interesting industrial materials, such as Tough Resin or High Temp Resin

CNC processing

Lathing

5-axis CNC machining: Lathing

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Weerg's wide range of CNC lathing machines offers the best flexibility in selecting the best technology and production equipment for each application, based on the geometry to be produced. This allows us to guarantee our high quality standards and offer competitive prices

Milling

5-axis CNC machining: Milling

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The milling operations reach their maximum capacity in 5-axis machining centres. Productive flexibility and otherwise impossible geometries become a reality thanks to this cutting-edge equipment

Drilling

5-axis CNC machining: Drilling

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Weerg's wide range of CNC drilling machines allows you to have the flexibility to select the best technology and production equipment for each application, based on the geometry to be produced. This allows us to guarantee our high quality standards and offer competitive prices

Our materials for processing

Stainless Steel 304

1.4301 - X5CrNi18-10

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

304 steel is an excellent material to be machined both for chip removal and for moulding even for high depths and is also suitable to be ...

Stainless Steel 316L

1.4404 - X2CrNiMo17-12-2

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

316L steel combines excellent mechanical properties and good workability with one of the best chemical resistances in the steel family. It ...

Steel C45 / AISI 1045

AISI 1045 - 1.1191 - 1.0503

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

C45 steel has an average carbon content and is one of the most widely used remediation steels. It lends itself to surface hardening to ...

Steel 18 / AISI 4317

Carbon Steel 18 - Steel A514

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

The 18NiCrMo5 steel alloy offers excellent mechanical properties that can be refined and altered according to the requirements of each ...

EN39/ AISI 9840 steel

Carbon Steel 39 - Steel 1.6511 - Steel AISI 9840

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

The 39NiCrMo5 alloy has excellent mechanical properties, including excellent toughness and mechanical strength. The surface of the objects ...

Aluminium 5083-H111

peraluman - 3.3547

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

Lightness, ease of welding and high chemical resistance are the key characteristics of this alloy. It is used whenever it is necessary to ...

Aluminium 7075-T651

Ergal - 3.4365

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

Thanks to the zinc alloy, this aluminium is distinguished by its high mechanical properties that are similar to those of some steels. Its ...

Aluminium 6082-T651

Anticorodal - 3.2315

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

This aluminium alloy is easy to work with both for chip removal and with other traditional technologies including welding. It has excellent ...

Brass OT58

CW617N

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

Brass is a non-ferrous metal with good mechanical properties, workability, combined with excellent chemical resistance. Also great for ...

Copper C101

CW004A - C11000 - OFHC

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

Copper C101 is a variant without alloying elements and given that it is metal in pure form, it enhances the electrical and thermal ...

Bronze 12

ASTM C90800

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

The CuSn12 bronze alloy is suitable for use in all mechanical applications where excellent resistance to friction and wear is required. Some ...

Nylon 6 + MOS2

Ertalon6 - Akulon6 - Tecamid6 - Nylatron6E - Aclamid6 - Alamid6 - Sustamid6

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

Nylon 6 +MOS2 is a polyamide or Nylons polymer that offers good workability. It has interesting mechanical properties with high resistance ...

Delrin

POM-C - Lagamid - Polyoxymethylene

  • CNC Lathing
  • CNC Fresatura
  • CNC Foratura

POM-C, also called Delrin, is a material with excellent tribological properties and wear resistance. With excellent mechanical properties, ...

What is CNC Processing?

CNC processing, which means computer numerical control, are machines controlled by a computer rather than by the direct intervention of an operator. This guarantees extreme safety in the production process through CNC machines.

Among the CNC machines, the best technological performance is obtained from the 5-axis CNC machines continuously: these machines are able to work an object on 5 different axes without having to reposition it.

The CNC machines are instructed in the operations to be carried out to obtain the finished part from a CAM operator: this specialized figure creates a machining program that is then transmitted to the CNC machine to start the operation.

Traditionally, this production technology is defined as subtractive manufacturing: in fact it starts from a portion of raw material and is processed by chip removal until the finished part is obtained

Types of CNC Processing

With CNC machines, different types of production machining are carried out by chip removal; the most versatile processing is definitely the 5-axis CNC milling. This processing allows the workpiece to be processed with different tools, or cutters, on 5 axes without the need to reposition the part.

CNC lathing, on the other hand, is based on the rotation of the object to be processed and the tool is moved by the lathe turret towards the component being processed. Material is then removed evenly, creating cylindrical and conical areas. Finally, CNC drilling consists of the creation of precision holes, tapping, centring, boring or threads on a given object.

Why choose Weerg as a manufacturing partner

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Manufacturing of the future

Precision and technological innovation

Online manufacturing has made it possible to reduce the waiting time for a quote, directly providing an instant online price calculated using a proprietary algorithm. The efficiency of our production allows you to have perfect parts shipped in two days after a double quality check.

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A reliable partner

Quality, cost, timing? Nothing is left uncovered

Thanks to an efficient and optimized workflow, it is not only our budget to be clear and fast, but all of production. Receive your projects quickly and securely, without delay, just as you ask, without any modification.

Frequently Asked Questions

Where will my components be produced?

Weerg is a completely Italian company and has its own machinery and means for the processing of all your orders, the items will only be made at our headquarters in Gardigiano di Scorzè (VE)

How do you protect my designs?

We take the intellectual property of your projects very seriously, so we adopt 3 very effective systems that make our service completely secure: 1 - End-to-end encryption: only you have access to your files. 2 - Specialized staff for the validation of your quote. 3 - Confidentiality Agreement (NDA)

May I only order online?

Yes, Weerg is an e-commerce and as such only operates online. We operate exclusively online but we are available for meetings, with other companies, upon appointment arranged via email at: info@weerg.com Only in this way can we provide the best service with real-time quotes, guaranteed delivery times and on-time shipments.

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