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Explore all supported Process

Check and compare all Process supported by Creallo

3D Printing

Quickly process the desired shape by layering materials

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CNC Machining

Process materials such as blocks or sheets with cutting.

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Vacuum Casting

Create a silicone mold using the original shape and replicate multiple parts

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Sheet Metal Fabrication

This process shapes parts by cutting and bending sheet stock.

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Plastic Mass Production

Mass production using plastic materials.

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3D Printing

CNC Machining

Vacuum Casting

Sheet Metal Fabrication

Plastic Production

3D Printing

3D printing is a manufacturing technology that processes by stacking materials. 
There is no MOQ, so the processing speed is fast and the cost is low for small quantity production.
 

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3D Printing(SLA)

SLA 3D printing cures the liquid resin layer by layer by irradiating it with a UV laser to form a shape. As it uses SLA-specific materials, the products may have lower mechanical properties than general plastics, but it is the most widely used method in the industry due to its various advantages such as high dimensional stability, high processing speed, low unit price, ease of post-processing, and support for large outputs of about 2 m.

3D Printing(SLM)

SLM 3D printing melts powdered metal materials layer by layer to form a shape. Although it cannot achieve precise tolerances like CNC and the surface is rough, it has the advantage of being able to manufacture complex metal shapes that require CNC 5-axis machining at a relatively low price and with a short lead time.

3D Printing(SLS/MJF)

SLS / MJF 3D printing is a powder bed fusion (PBF) process that selectively sinters or fuses areas of a thin powder layer to build the part. Perfect for mechanical testing and rapid development.

3D Printing(FDM)

FDM 3D printing melts plastic filaments and stacks the plastic layer by layer to form a shape. It has the advantage of being able to use the same materials as are used for general industrial plastics, but it has disadvantages such as large manufacturing errors, noticeable layer surfaces, long processing times, and physical properties that vary greatly according to the stacking direction. It is recommended for simple shape confirmation. Assembly testing is not possible due to high tolerances.

Do you need 3D Printing product manufacturing? Check lead times and order costs quickly with real-time quotes on Creallo, then start manufacturing

CNC Machining

CNC machining is a technology that precisely processes materials such as blocks and sheets by cutting. 
It can handle a wide range of materials such as plastic and metal, and is suitable for anything from small-scale production to mass production.
 

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CNC Machining

The CNC machining process involves cutting raw materials to form a shape. Most materials that can be cut can be processed, and it allows for highly precise machining. Although the unit cost is higher and lead times are longer for small-scale production compared to 3D printing, it has the advantage of using the same materials as mass production and supporting precise tolerances. It can also be utilized in mass production depending on the material, shape, and functional needs. Includes MCT, milling, and lathes.

Do you need CNC Machining product manufacturing? Check lead times and order costs quickly with real-time quotes on Creallo, then start manufacturing

Vacuum Casting

Vacuum casting is a technology that creates identical shapes by making a silicone mold after producing a master model. 
It is the best option for making less than 100 products or for small batch prototyping of rubber products.
 

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Vacuum Casting

The vacuum casting process involves making a silicone mold and then pouring liquid material into it to replicate the same product. It can achieve material properties and surface finishes similar to injection molding, and it ensures the highest quality, especially for small-scale production of TPU (rubber-like silicone). It has price competitiveness when making about 10 to 100 products.

Do you need Vacuum Casting product manufacturing? Check lead times and order costs quickly with real-time quotes on Creallo, then start manufacturing

Sheet Metal Fabrication

This process shapes parts by cutting and bending sheet stock. 

Because it works with material that’s already been formed, large structures can be produced quickly and at low cost.

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Sheet Metal

Sheet metal fabrication involves cutting metal sheets with a laser or CNC machine and then bending them to create the desired shape. It allows for the design of assembly structures using inserts, and is the most cost-effective process for creating metal structures, from small parts to large industrial equipment and kiosk housings.

Do you need Sheet Metal Fabrication product manufacturing? Easily manage your production with guidance from Creallo's expert engineers

Plastic Production

These are processes for mass production of plastic materials. 
Although the initial investment cost and MOQ are high, consistent quality and low production costs are guaranteed.
 

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Injection Molding

Injection molding, where molten plastic is injected into a metal mold, is the most commonly used method in plastic mass production. The initial investment cost for making a mold is high, and it takes about one to three months. It requires a mechanical design suitable for injection molding, but it has the advantages of fast production speed, low part unit price, and mass production of complex structures with bosses/ribs. Injection molding up to 30-50K units is possible, and with a higher number of cavities, one mold can produce hundreds of thousands of parts.

Do you need Plastic Production product manufacturing? Streamline your mass production with dedicated project management from Creallo's expert PMs