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You have a file ready for printing?

A wide and diverse 3D printing world. From printing methods to raw material types, there are a number of decisions that are important to make right. We will guide you from the planning stage to the execution phase with some guidelines. When combining knowledge planning with technology, we can achieve more accurate results.

We are here to help you create the best fit for your projects.

Send us your file

Upload your CAD files and we will come back with a recommendation on technology, material and price — including if the answer is that a different process suits you better.

Not sure which technology fits? MJF · SLS · FDM · SLA · PolyJet — or pick “Not sure” below and we will advise.

Customer details

So we know who to come back to with the quote.

Files and production requirements

Drop in every part you need quoted — there is no limit on how many.

Drop files here or

STL · STEP · STP · IGES · 3MF — up to 50 MB in total. Larger than that? Upload to WeTransfer or Google Drive and paste the link in the notes below.

    Drop files here or

    PDF · DWG · DXF · image — send these whenever a tolerance is critical.

      Delivery and notes

      Ticking this marks the request urgent and confirms you accept the rush surcharge.

      Minimum order NIS 350 + VAT.

      Filament Printing

      Yarn printing - FDM

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      In this method, plastic is passed through a heated injection head that removes a fine wire and draws layer by layer. Inside the print head the plastic wire heats up and goes into gel accumulation mode. The model is built from the bottom up and the material cools and hardens during printing on the surface. The size of the surface and the volume of the printer sets the maximum size for printing.

      Resin/Polyjet Printing

      Fluid printing - SLA

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      The oldest 3D printing system that has been in existence for about 25 years. This method uses a photopolymer-type liquid that becomes solid in light exposure. Laser rays or projectors solidify the liquid layer after layer. A very accurate model with clear details is obtained when the result can also be transparent and smooth.

      Powder Printing

      Powder printing - SLS

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      In this method the models are constructed from raw material that comes in powder form. The machine places about 80 micron thick layers in a heated closed compartment. Depending on the technology, either a heart beam or an injection head hardens the powder in each layer until a final product is obtained. After cooling the cell, the objects can be extracted from the surrounding powder and final cleaned.

      Another explanation of the finishing method and technology

      Powder printing - SLS

      Very accurate
      As quantity increases the price per unit decreases
      Suitable for creating a final product
      Large print volume
      Suitable for areas such as engineering, design, architecture, robotics, education and more.

      Fluid printing - SLA

      Very accurate
      More expensive
      Medical and transparent materials
      Small print volume
      Suitable for areas such as dentistry and jewelry.

      Yarn printing - FDM

      Accurate
      Cheaper
      Wide range of materials
      Large print volume
      Suitable for areas such as engineering, design, architecture, robotics education and more.

      Surface quality before finishing

      Industrial SLS - rough

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      Desktop SLA - Silk

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      Industrial SLA - Silk with fine stripes

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      FDM Desktop - Stripes

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      Industrial FDM - Stripes

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