Push back your limits with large-format 3D printing
Large-format 3D printing technology lets you print objects and shapes in large volumes using high-performance 3D printers. Pami3D produces 3D printed parts up to a one-piece format of :
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700 X 700 x 1700 mm (XYZ) for the highest
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Either parts from 1,70 meter and 0.83 m³
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and 1100 x 1100 x 820 mm (XYZ) for the largest
For larger 3D projects, we can print your parts and projects in several parts that can be assembled with different levels of finish.
Our team will help you with all the details of your project, to meet your requirements. Pami3D helps you to define a guideline for your large-format 3D printing. We'll show you the various possibilities for designing and manufacturing 3D objects, so that you can realize your ideas professionally and carefully. Thanks to our qualified and experienced technical team, you can be sure that we will select the right temperature and a suitable platen for your 3D prints, so that you get a successful 3D rendering.
Large-format 3D printing is used in a variety of fields: design, architecture, jewelry, chemicals, industry, automotive, engineering, construction, tools, health, high-tech, art, decoration, etc.
Give volume to your large-format 3D printing projects
With 3D printing, you can transform the scale of your products, whether they're enlarged (a small object printed on a larger scale) or reduced (see the example of the Empire State Building opposite). Don't forget that large-format 3D printing techniques can be used to print a multitude of shapes and applications at very attractive prices. Price is a sensitive issue in any business. Your quotation will establish the price of printing according to the various services required. The price depends on three major phases of our work: design, printing and finishing.
You benefit from our services, support, choice and know-how in large-format 3D printing.
Take advantage of the unique technology of large-format 3D printers
3D printers have their origins in industry. A three-dimensional volume is produced by superimposing materials such as PLA, to produce one-off or mass-produced parts. Large-format 3D printers are the answer to a burgeoning demand.
Thanks to an innovative technique and system, 3D printers enable artistic reproduction and the creation of high-volume parts in a single print or by assembly. 3D printing is becoming increasingly popular with manufacturers, who see it as the future of production and manufacturing.
Using the industrial 3D printer
Modeling and designing a 3D file are the starting point for mass production. Manufacturers have clearly understood that large-format 3D printers are a way of obtaining high-quality, high-volume parts. It is now possible for them to create low-cost prototypes to test product creations.
From 3D prototypes to mass production, 3D printers have the advantage of responsible production. In fact, there is little material loss during manufacture. Materials such as PLA are remelted to create new parts. This means that 3D printers have price advantages for manufacturers who want to mass-produce parts.
Design, scan and print in large-format 3D
Your project, once drawn or scanned, can be enlarged to the actual size of your parts. Don't limit yourself to a smaller print. Play and draw big to print your 3D project big! Our printers are capable of producing projects of any size. These printers can produce large-scale 3D objects at unbeatable prices.
PLA, a bioplastic, takes the 3D printer into the industrial age. Use large-format 3D printers to create objects in real size, with precise details and meticulous finishes. Our teams are with you from the design stage of your project, right through to the 3D completion of your parts in the finish of your choice.
How does a large-format 3D printer work?
Large-format 3D printing combines a number of technologies and can be adapted to a variety of applications. Once you have the 3D plan (3D digital file), you need to make a number of adjustments before you can start printing on the machine.
At Pami3D, we use PLA, a fairly recent biosourced material for large-format 3D printing. It's the most common filament and the most popular with our customers. PLA filament is a bioplastic element, generally derived from corn starch. It's a rigid, hard and glossy material, well suited to large-format 3D printing using molten filament deposition. The temperature used is low, whether in the extrusion or the manufacturing platen.
The advantages of PLA filament :
- No visible run-out
- No stringing (appearance of fine threads between the gaps in the part)
- No deformation or delamination
- Ease of use for large-format 3D printing
