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♨️PRINTED BIG DESIGN CONTEST♨️

We’re launching an open design contest in collaboration with Polymaker, focused on interior design.

We’ll select 3 projects and produce them using our G1, the pellet 3D printer by Ginger Additive.

The best project will be exhibited by Polymaker at Formnext.

Printing setup:
– Pellet extrusion 3D printing technology
– Large-format, single-part printing up to 1m³
– Materials by Polymaker

Evaluation criteria:
– Design for Additive Manufacturing (DfAM)
– Technical feasibility and printability
– Suitability for interior environments
– Originality of the idea

How to participate:
– Follow @ginger.additive and @polymaker_3d
– Upload your project through the form (link in bio)

⚠️Deadline: 10th of May

💬 What object would you design?

♨️PRINTED BIG DESIGN CONTEST♨️

We’re launching an open design contest in collaboration with Polymaker, focused on interior design.

We’ll select 3 projects and produce them using our G1, the pellet 3D printer by Ginger Additive.

The best project will be exhibited by Polymaker at Formnext.

Printing setup:
– Pellet extrusion 3D printing technology
– Large-format, single-part printing up to 1m³
– Materials by Polymaker

Evaluation criteria:
– Design for Additive Manufacturing (DfAM)
– Technical feasibility and printability
– Suitability for interior environments
– Originality of the idea

How to participate:
– Follow @ginger.additive and @polymaker_3d
– Upload your project through the form (link in bio)

⚠️Deadline: 10th of May

💬 What object would you design?

♨️PRINTED BIG DESIGN CONTEST♨️

We’re launching an open design contest in collaboration with Polymaker, focused on interior design.

We’ll select 3 projects and produce them using our G1, the pellet 3D printer by Ginger Additive.

The best project will be exhibited by Polymaker at Formnext.

Printing setup:
– Pellet extrusion 3D printing technology
– Large-format, single-part printing up to 1m³
– Materials by Polymaker

Evaluation criteria:
– Design for Additive Manufacturing (DfAM)
– Technical feasibility and printability
– Suitability for interior environments
– Originality of the idea

How to participate:
– Follow @ginger.additive and @polymaker_3d
– Upload your project through the form (link in bio)

⚠️Deadline: 10th of May

💬 What object would you design?

♨️PRINTED BIG DESIGN CONTEST♨️

We’re launching an open design contest in collaboration with Polymaker, focused on interior design.

We’ll select 3 projects and produce them using our G1, the pellet 3D printer by Ginger Additive.

The best project will be exhibited by Polymaker at Formnext.

Printing setup:
– Pellet extrusion 3D printing technology
– Large-format, single-part printing up to 1m³
– Materials by Polymaker

Evaluation criteria:
– Design for Additive Manufacturing (DfAM)
– Technical feasibility and printability
– Suitability for interior environments
– Originality of the idea

How to participate:
– Follow @ginger.additive and @polymaker_3d
– Upload your project through the form (link in bio)

⚠️Deadline: 10th of May

💬 What object would you design?

Time to level up the dry game♨️
Meet the Ginger Dryer.

Up to 75°C, 45 liters of pellets, moisture handled automatically.
Touch on board, web control when you need it.
Made to work perfectly with Ginger printers.

Performance starts before the print.
We just made that part smarter. 🥵

Come take a look in these last days at Formnext!

Hall 12.1 • Stand E61
@ginger.additive @formfutura

Time to level up the dry game♨️
Meet the Ginger Dryer.

Up to 75°C, 45 liters of pellets, moisture handled automatically.
Touch on board, web control when you need it.
Made to work perfectly with Ginger printers.

Performance starts before the print.
We just made that part smarter. 🥵

Come take a look in these last days at Formnext!

Hall 12.1 • Stand E61
@ginger.additive @formfutura

Time to level up the dry game♨️
Meet the Ginger Dryer.

Up to 75°C, 45 liters of pellets, moisture handled automatically.
Touch on board, web control when you need it.
Made to work perfectly with Ginger printers.

Performance starts before the print.
We just made that part smarter. 🥵

Come take a look in these last days at Formnext!

Hall 12.1 • Stand E61
@ginger.additive @formfutura

Time to level up the dry game♨️
Meet the Ginger Dryer.

Up to 75°C, 45 liters of pellets, moisture handled automatically.
Touch on board, web control when you need it.
Made to work perfectly with Ginger printers.

Performance starts before the print.
We just made that part smarter. 🥵

Come take a look in these last days at Formnext!

Hall 12.1 • Stand E61
@ginger.additive @formfutura

Time to level up the dry game♨️
Meet the Ginger Dryer.

Up to 75°C, 45 liters of pellets, moisture handled automatically.
Touch on board, web control when you need it.
Made to work perfectly with Ginger printers.

Performance starts before the print.
We just made that part smarter. 🥵

Come take a look in these last days at Formnext!

Hall 12.1 • Stand E61
@ginger.additive @formfutura

Time to level up the dry game♨️
Meet the Ginger Dryer.

Up to 75°C, 45 liters of pellets, moisture handled automatically.
Touch on board, web control when you need it.
Made to work perfectly with Ginger printers.

Performance starts before the print.
We just made that part smarter. 🥵

Come take a look in these last days at Formnext!

Hall 12.1 • Stand E61
@ginger.additive @formfutura

💢BIG PRINTS shouldn’t be complicated

G1 combines a meter cube build volume
with high-speed pellet extrusion and industrial reliability.

From recycled pellets to reinforced plastics,
from big layers to controlled precision.

Fast. Versatile. Accessible.

Designed and built in Italy.

This is G1.

🚨🚨🚨

@ginger.additive

📸@melvyn_thierry @greencostee

💢BIG PRINTS shouldn’t be complicated

G1 combines a meter cube build volume
with high-speed pellet extrusion and industrial reliability.

From recycled pellets to reinforced plastics,
from big layers to controlled precision.

Fast. Versatile. Accessible.

Designed and built in Italy.

This is G1.

🚨🚨🚨

@ginger.additive

📸@melvyn_thierry @greencostee

💢BIG PRINTS shouldn’t be complicated

G1 combines a meter cube build volume
with high-speed pellet extrusion and industrial reliability.

From recycled pellets to reinforced plastics,
from big layers to controlled precision.

Fast. Versatile. Accessible.

Designed and built in Italy.

This is G1.

🚨🚨🚨

@ginger.additive

📸@melvyn_thierry @greencostee

💢BIG PRINTS shouldn’t be complicated

G1 combines a meter cube build volume
with high-speed pellet extrusion and industrial reliability.

From recycled pellets to reinforced plastics,
from big layers to controlled precision.

Fast. Versatile. Accessible.

Designed and built in Italy.

This is G1.

🚨🚨🚨

@ginger.additive

📸@melvyn_thierry @greencostee

💢BIG PRINTS shouldn’t be complicated

G1 combines a meter cube build volume
with high-speed pellet extrusion and industrial reliability.

From recycled pellets to reinforced plastics,
from big layers to controlled precision.

Fast. Versatile. Accessible.

Designed and built in Italy.

This is G1.

🚨🚨🚨

@ginger.additive

📸@melvyn_thierry @greencostee

💢BIG PRINTS shouldn’t be complicated

G1 combines a meter cube build volume
with high-speed pellet extrusion and industrial reliability.

From recycled pellets to reinforced plastics,
from big layers to controlled precision.

Fast. Versatile. Accessible.

Designed and built in Italy.

This is G1.

🚨🚨🚨

@ginger.additive

📸@melvyn_thierry @greencostee

Northern Italy is the birthplace of most @phils.products Bounce chairs produced to date. I’m excited to announce that @ginger.additive has resumed production of the Bounce chairs using recycled PETG by @formfutura . Together, we refined both the design and the 3D printing process of this highly complex geometry on the G1 3D printer.

The Bounce Chair is an especially demanding object to manufacture through 3D printing because of its long strands and its high susceptibility to warping. Another major challenge was achieving the right level of flexibility and bounce while using as little material as possible, a balance that has now been successfully achieved.

I’m looking forward to producing many more Bounce chairs in the near future at the factory of @ginger.additive . The chair has established itself within the 3D printing industry as a pioneering design, recognized for its experimental and interactive concept as well as its iconic formal language.

From very early on, I noticed how much attention the Bounce chair attracted in public spaces and during transportation. Regardless of country or culture, its playful form language seems to spark curiosity and joy in almost everyone. This became especially clear when an Italian gentleman spontaneously stopped during the shoot my friend Francesco made at Ginger Additive, simply because the chair caught his attention.

#chairdesign #chair #collectiblefurniture #furnituredesign

Northern Italy is the birthplace of most @phils.products Bounce chairs produced to date. I’m excited to announce that @ginger.additive has resumed production of the Bounce chairs using recycled PETG by @formfutura . Together, we refined both the design and the 3D printing process of this highly complex geometry on the G1 3D printer.

The Bounce Chair is an especially demanding object to manufacture through 3D printing because of its long strands and its high susceptibility to warping. Another major challenge was achieving the right level of flexibility and bounce while using as little material as possible, a balance that has now been successfully achieved.

I’m looking forward to producing many more Bounce chairs in the near future at the factory of @ginger.additive . The chair has established itself within the 3D printing industry as a pioneering design, recognized for its experimental and interactive concept as well as its iconic formal language.

From very early on, I noticed how much attention the Bounce chair attracted in public spaces and during transportation. Regardless of country or culture, its playful form language seems to spark curiosity and joy in almost everyone. This became especially clear when an Italian gentleman spontaneously stopped during the shoot my friend Francesco made at Ginger Additive, simply because the chair caught his attention.

#chairdesign #chair #collectiblefurniture #furnituredesign

Northern Italy is the birthplace of most @phils.products Bounce chairs produced to date. I’m excited to announce that @ginger.additive has resumed production of the Bounce chairs using recycled PETG by @formfutura . Together, we refined both the design and the 3D printing process of this highly complex geometry on the G1 3D printer.

The Bounce Chair is an especially demanding object to manufacture through 3D printing because of its long strands and its high susceptibility to warping. Another major challenge was achieving the right level of flexibility and bounce while using as little material as possible, a balance that has now been successfully achieved.

I’m looking forward to producing many more Bounce chairs in the near future at the factory of @ginger.additive . The chair has established itself within the 3D printing industry as a pioneering design, recognized for its experimental and interactive concept as well as its iconic formal language.

From very early on, I noticed how much attention the Bounce chair attracted in public spaces and during transportation. Regardless of country or culture, its playful form language seems to spark curiosity and joy in almost everyone. This became especially clear when an Italian gentleman spontaneously stopped during the shoot my friend Francesco made at Ginger Additive, simply because the chair caught his attention.

#chairdesign #chair #collectiblefurniture #furnituredesign

Northern Italy is the birthplace of most @phils.products Bounce chairs produced to date. I’m excited to announce that @ginger.additive has resumed production of the Bounce chairs using recycled PETG by @formfutura . Together, we refined both the design and the 3D printing process of this highly complex geometry on the G1 3D printer.

The Bounce Chair is an especially demanding object to manufacture through 3D printing because of its long strands and its high susceptibility to warping. Another major challenge was achieving the right level of flexibility and bounce while using as little material as possible, a balance that has now been successfully achieved.

I’m looking forward to producing many more Bounce chairs in the near future at the factory of @ginger.additive . The chair has established itself within the 3D printing industry as a pioneering design, recognized for its experimental and interactive concept as well as its iconic formal language.

From very early on, I noticed how much attention the Bounce chair attracted in public spaces and during transportation. Regardless of country or culture, its playful form language seems to spark curiosity and joy in almost everyone. This became especially clear when an Italian gentleman spontaneously stopped during the shoot my friend Francesco made at Ginger Additive, simply because the chair caught his attention.

#chairdesign #chair #collectiblefurniture #furnituredesign

Northern Italy is the birthplace of most @phils.products Bounce chairs produced to date. I’m excited to announce that @ginger.additive has resumed production of the Bounce chairs using recycled PETG by @formfutura . Together, we refined both the design and the 3D printing process of this highly complex geometry on the G1 3D printer.

The Bounce Chair is an especially demanding object to manufacture through 3D printing because of its long strands and its high susceptibility to warping. Another major challenge was achieving the right level of flexibility and bounce while using as little material as possible, a balance that has now been successfully achieved.

I’m looking forward to producing many more Bounce chairs in the near future at the factory of @ginger.additive . The chair has established itself within the 3D printing industry as a pioneering design, recognized for its experimental and interactive concept as well as its iconic formal language.

From very early on, I noticed how much attention the Bounce chair attracted in public spaces and during transportation. Regardless of country or culture, its playful form language seems to spark curiosity and joy in almost everyone. This became especially clear when an Italian gentleman spontaneously stopped during the shoot my friend Francesco made at Ginger Additive, simply because the chair caught his attention.

#chairdesign #chair #collectiblefurniture #furnituredesign

Northern Italy is the birthplace of most @phils.products Bounce chairs produced to date. I’m excited to announce that @ginger.additive has resumed production of the Bounce chairs using recycled PETG by @formfutura . Together, we refined both the design and the 3D printing process of this highly complex geometry on the G1 3D printer.

The Bounce Chair is an especially demanding object to manufacture through 3D printing because of its long strands and its high susceptibility to warping. Another major challenge was achieving the right level of flexibility and bounce while using as little material as possible, a balance that has now been successfully achieved.

I’m looking forward to producing many more Bounce chairs in the near future at the factory of @ginger.additive . The chair has established itself within the 3D printing industry as a pioneering design, recognized for its experimental and interactive concept as well as its iconic formal language.

From very early on, I noticed how much attention the Bounce chair attracted in public spaces and during transportation. Regardless of country or culture, its playful form language seems to spark curiosity and joy in almost everyone. This became especially clear when an Italian gentleman spontaneously stopped during the shoot my friend Francesco made at Ginger Additive, simply because the chair caught his attention.

#chairdesign #chair #collectiblefurniture #furnituredesign

Northern Italy is the birthplace of most @phils.products Bounce chairs produced to date. I’m excited to announce that @ginger.additive has resumed production of the Bounce chairs using recycled PETG by @formfutura . Together, we refined both the design and the 3D printing process of this highly complex geometry on the G1 3D printer.

The Bounce Chair is an especially demanding object to manufacture through 3D printing because of its long strands and its high susceptibility to warping. Another major challenge was achieving the right level of flexibility and bounce while using as little material as possible, a balance that has now been successfully achieved.

I’m looking forward to producing many more Bounce chairs in the near future at the factory of @ginger.additive . The chair has established itself within the 3D printing industry as a pioneering design, recognized for its experimental and interactive concept as well as its iconic formal language.

From very early on, I noticed how much attention the Bounce chair attracted in public spaces and during transportation. Regardless of country or culture, its playful form language seems to spark curiosity and joy in almost everyone. This became especially clear when an Italian gentleman spontaneously stopped during the shoot my friend Francesco made at Ginger Additive, simply because the chair caught his attention.

#chairdesign #chair #collectiblefurniture #furnituredesign

Large Format 3D Printing Just Got WAY Faster

Large format 3D printing is awesome… until a single print takes almost two weeks and costs hundreds of dollars in filament.

So I partnered with @ginger.additiveto see if pellet extrusion could make furniture printing faster, cheaper, and stronger.

The results honestly surprised me.

Using a 1.8mm nozzle and pellet-fed extrusion, this chair was printed in less than 2 days for under $120 in material compared to roughly 13 days and nearly $500 using traditional filament printing.

In this video we cover:
• Pellet extrusion vs filament printing
• Print speed differences
• Flow rate limitations
• Layer bonding strength
• Material cost savings
• Large format furniture printing

What do you think? Is pellet printing the future of large-format 3D printing?

#3dprinting #pelletprinter #largeformat3dprinting

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

10K
This thing is growing,
Thank you all for being part of it ❤️

Here's a small glimpse into our everyday

De prototype à production.

Une première machine pour créer.
Une deuxième pour livrer.

De prototype à production.

Une première machine pour créer.
Une deuxième pour livrer.

De prototype à production.

Une première machine pour créer.
Une deuxième pour livrer.

De prototype à production.

Une première machine pour créer.
Une deuxième pour livrer.

Siamo stati da Ginger Additive 🚀
Grazie a Ginger per l’invito! Abbiamo avuto l’occasione di scoprire da vicino una realtà italiana che progetta e realizza stampanti 3D di grande formato 1 metro cubo dove innovazione tecnologica e cura artigianale si incontrano. Il vero highlight? Il loro ugello: precisione e una velocità di stampa che fa davvero la differenza. #designweek #3dprint #designer

Additive Nodes:

Base Node - Where Forces settle

Exhibited during Milan Design Week 26
"The New State of Materials"
By @_materially_
at @steccatre

Supported by material supplier @polymaker_3d
Printed on the G1 of @ginger.additive

#isoladesignfestival #designtechhub #MDW26

Additive Nodes

Where conventional timber joinery tends to be hidden or reduced to purely technical elements, the project treats the joint as a visible architectural component—exploring geometries that only become possible through additive manufacturing.

Exhibited at "The New State of Materials"
by @_materially_at Stecca3

Milan Design Week
20-26 April

#isoladesignfestival
#materially
#stecca3

Additive Nodes

Where conventional timber joinery tends to be hidden or reduced to purely technical elements, the project treats the joint as a visible architectural component—exploring geometries that only become possible through additive manufacturing.

Exhibited at "The New State of Materials"
by @_materially_at Stecca3

Milan Design Week
20-26 April

#isoladesignfestival
#materially
#stecca3

Additive Nodes

Where conventional timber joinery tends to be hidden or reduced to purely technical elements, the project treats the joint as a visible architectural component—exploring geometries that only become possible through additive manufacturing.

Exhibited at "The New State of Materials"
by @_materially_at Stecca3

Milan Design Week
20-26 April

#isoladesignfestival
#materially
#stecca3

Most people still see pellets as raw, low-value material.
We see a production system.

This panel breaks down how pellet-based additive manifacturing is already delivering real design outcomes — faster, cheaper, and at scale.

📨Register via the link in bio

@rouvenjost will represent @ginger.additive and there will be @caracol_am and @madeinadd_official as well.

🗣️
Friday 24 April
2:00 — 3:00 PM
Stecca3, Milan

Most people still see pellets as raw, low-value material.
We see a production system.

This panel breaks down how pellet-based additive manifacturing is already delivering real design outcomes — faster, cheaper, and at scale.

📨Register via the link in bio

@rouvenjost will represent @ginger.additive and there will be @caracol_am and @madeinadd_official as well.

🗣️
Friday 24 April
2:00 — 3:00 PM
Stecca3, Milan

Most people still see pellets as raw, low-value material.
We see a production system.

This panel breaks down how pellet-based additive manifacturing is already delivering real design outcomes — faster, cheaper, and at scale.

📨Register via the link in bio

@rouvenjost will represent @ginger.additive and there will be @caracol_am and @madeinadd_official as well.

🗣️
Friday 24 April
2:00 — 3:00 PM
Stecca3, Milan

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.

A series of stories dedicated to all those who share our same passion for overnight ideas, projects and work, hard work & fun. These are the #VoltaNineToFiver

“..Dado and I both came from the same small neighborhood in northeast Milan, San Maurizio al Lambro, once called Malnido.
Although we do very different things in terms of scale and complexity—I make shoes (Volta) and he makes large-format 3D printers (Ginger Additive)—we share the same values: quality, durability and an idea of essentialism driven by functionality..”

Founded in 2022, Ginger Additive was born with a direct approach to 3D printing, focused from the very beginning on concrete production solutions.
Unlike traditional filament systems, Ginger designs and in-house builds 3D printing machines based on pellet.
This approach reduces material costs by about a sixth, eliminating the constraints of proprietary materials and allowing to work with real technical polymers.
The result is more accessible, scalable production with much broader application possibilities than conventional systems.