Why Print Professionals Are Choosing The Mimaki 3D Printer For Complex Jobs

Industrial 3D printing has always been one of the most challenging things. Moreover, to date, most of the industrial printers have faced challenges in building strong materials.

They could use only a limited number of materials to build structures. Thus, this often raised questions on the structural integrity of the materials that were made with 3d printers. 

However, things have now changed in various ways. Moreover, Large-format printing has moved well past flat substrates and basic signage. 

Print service providers now field requests for textured prototypes, full-color scale models, and elaborate display pieces that conventional equipment simply cannot handle. 

Delivering on those briefs calls for hardware purpose-built for precision and material flexibility.  Several industry players have shown strong interest in the Mimaki 3D printer. 

This is due to the printer’s ability to produce shapes of different sizes using multiple types of materials, along with full-colour output in a single pass. 

As a result, this feature completely changes how print shops all over the industry produce geometrically challenging projects with great detail. 

What Makes Industrial 3D Printing So Attractive For The Manufacturers?

Multiple factors have made industrial 3D Printing very lucrative. Thus, the manufacturers are slowly shifting towards industrial 3D printing.

Here are the major things that offer manufacturers an upper edge with industrial 3D printing against their competitors. 

1. Full-Color, Multi-Material Output In One Run

A big draw for print professionals is Mimaki’s ability to reproduce over ten million colors during the build itself. 

Most 3D printing workflows still depend on post-processing steps such as hand-painting or spray coating to achieve a presentable finish. 

Mimaki’s inkjet-based approach skips that stage entirely. Shops looking for dependable production equipment often find a Mimaki 3D printer listed alongside large-format flatbed and roll-to-roll systems in supplier catalogs. 

Sourcing both 2D and 3D hardware from one manufacturer makes procurement and ongoing technical support much simpler.

2. Precision That Matches Client Expectations

Complicated jobs require tight dimensional accuracy. Architectural studios, product designers, and retail brands expect prototypes that closely mirror final production specifications. 

Mimaki’s UV-curable inkjet technology deposits material in very fine layers, producing smooth surface finishes that need minimal sanding or chemical treatment.

3. Consistent Repeatability

Repeat orders are a staple of commercial print environments. A machine that delivers identical results on the fifteenth run as it did on the first earns lasting trust from operators and clients alike. 

Mimaki’s closed-loop calibration systems help hold color and dimensional consistency across batches. 

That reliability matters most for clients placing seasonal display updates or running through iterative design cycles.

4. Speed Without Sacrificing Detail

Production speed is a constant pressure for print service providers. Tight deadlines leave almost no margin for rework. 

Mimaki’s print head configuration allows model and support material to be deposited simultaneously, shaving hours off the total build time compared to single-nozzle alternatives.

For jobs that pair fine surface detail with larger structural sections, operators can assign different resolution settings within the same model. 

Areas requiring crisp detail receive finer layering, while bulk geometry prints faster at a coarser pitch. That selective strategy balances visual quality against production throughput.

5. Lower Post-Processing Overhead

Post-processing is where many 3D workflows bleed efficiency. Sanding, painting, and clear-coating add hours to a project and require skilled hands. 

Because Mimaki’s process embeds color and surface quality during fabrication, the part that leaves the build plate is often close to delivery-ready.

Support material removal also deserves mention here. 

Water-soluble supports dissolve during a straightforward wash cycle, reducing the risk of surface nicks that manual removal tends to cause. 

Shops handling geometrically intricate or thin-walled pieces benefit greatly from this hands-off cleaning step.

6. Expanding Revenue Streams For Existing Print Shops

Adding 3D capability to an established 2D operation opens entirely new project categories.

Shops already serving retail brands, event organizers, or design agencies can offer physical mockups.

In addition to this, they can also provide branded merchandise prototypes and point-of-purchase displays without sending work to an outside vendor.

7. Familiar Software Ecosystem

Operators comfortable with large-format RIP software will recognize similar workflow logic in Mimaki’s 3D preparation tools. 

As a result, the Color management profiles, job queuing, and nesting functions carry over from 2D production environments. 

Thus, that familiarity shortens the learning curve and gets existing staff productive faster.

8. Durability For Functional And Display Applications

Finished parts built with UV-cured resins hold up well against fading, moisture, and moderate mechanical stress. 

Display pieces destined for trade shows or retail floors maintain their appearance through weeks of handling under varied lighting conditions. 

In addition to this, the functional prototypes can undergo basic fit-and-assembly testing, giving designers reliable feedback before they commit budget to injection-mould tooling.

Why Are Manufacturers Choosing Industrial 3D Printing?

Mimaki’s 3D printing hardware solves multiple issues related to production. Thus, several professionals have chosen the product for their industrial 3D printing.

Moreover, the businesses can now get full color outputs that directly translate into better products. In addition, they offer multi-material flexibility. 

This leads to much stronger and more resilient production suitable for various types of sectors. 

In addition, the finished products require almost zero post-production processing. Hence, this leads to faster production.

All these things combined offer better turnarounds, and the manufacturers can easily cater to the needs and requirements of a much broader section of the masses. 

What Makes Transition Into Industrial 3D Printing So Natural?

The transition into industrial 3D printing feels very natural and smooth for the shops that run large-format equipment.

Moreover, they do not really have to undergo any long-term overhaul that would disrupt the day-to-day functioning.

In the contemporary world, most of the clients demand physical prototypes and custom display pieces. 

Hence, 3D printing capabilities can be on the production floor, allowing businesses the liberty to provide clients with quality samples.

Manufacturers can also easily provide clients with appropriate demos of the entire process. This helps the clients to invest their faith in the nuances.

Hence, this gives manufacturers a competitive edge over their competitors in the market. The use of 3d technology in terms of rendering and modeling has completely transformed the market.