Namma

EVA Hybrid 3D Printer

EVA

3-in-1 3D Printer

a versatile and adaptable solution

Much more than a professional 3D printer, EVA gives you access to a wide range of applications (prototypes, tools, serial parts…) and materials ranging from polymer to aluminium. 

Three manufacturing processes

SEVERAL TOOLS, SEVERAL POSSIBILITIES

By combining three processes in one machine, you can produce polymer, metal and composite parts to meet the challenges of Industry 4.0.

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An intuitive and common software

EASY TO USE

The software is designed to suit all types of users. With the 22″ touch screen, the user can interact with EVA easily and quickly.

Optimised staffing: one person to operate three processes. 

Designed for industry

adapted to produce
eva-imprimante-3D-multifonction

More than just a professional 3D printer

hybride
Versatile and powerful

3D printing of polymers up to 150 mm/s (Double extrusion)

3-axis machining of non-ferrous metals at near HSM speeds

Laser engraving/cutting (aluminium, acrylic, polymers and many others) at speeds up to 200 mm/s

grand-format
Large format

Working dimensions: L1000 mm x W500 mm x H500 mm

90 cm doorway

External dimensions: L1700 mm x W800 mm x H1900 mm

systeme-axe
Industrial

CE certified according to directive 2006/42/EC 

Transmission system with linear rails and ball screws

Welded steel frame

filtration-securisee
Controlled enclosure

Temperature control of the enclosure

Closed environment to ensure industrial quality

Filtration (HEPA filter) and extraction for fumes

machine-française
Made in France

1 year warranty

Proximity to customers

Located in Bordeaux, close to our service providers and suppliers

IHM-ergonomique
Easy to use

Common software for al processes

Suitable for all types of users

Equipped with a mobile and ergonomic console

Industrial applications

FOR THE DIFFERENT SECTORS: AUTOMOTIVE, LUXURY, AERONAUTICS, MECHANICAL, TRANSPORT

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Accelerate the development of the product for rapid commercialisation 

  • Validate technical choices
  • Visualise and analyse the object in 3D

Optimise production

  • Avoid costly and time-consuming outsourced manufacturing
  • Be reactive to industrial problems

Accelerate product testing

  • Reduce supply chain impact
  • Replace costly models and molds

Produce finished parts autonomously

  • Optimise stocks by producing on demand
  • Produce single parts or small series with no additional cost

Make durable and strong parts

  • Customise structural parts to suit their environment
  • Optimise design to reduce production costs

Guarantee production

  • Track parts with serial numbers and ensure traceability
  • Mark important areas with custom shapes
EVA is

A wide range of materials

  • Impression 3D
  • Usinage CNC
  • Découpe Laser
  • Gravure Laser
the process used
3D Printing
Fused deposition modeling

Additive manufacturing is the best way to go from idea to prototype quickly and cheaply. 

Non-exhaustive list.

Uses: Functional prototypes, industrial moulding, general purpose parts

Advantages: impact resistant, durable, heat resistant

Uses: parts subject to high loads

Advantages: mechanical strength, heat resistant

Uses: PCB holders, electrical boxes

Advantages: impact resistant, heat resistant

Uses: ideal for outdoor parts

Advantages: UV resistant, weather resistant, high mechanical strength

Uses: print media

Advantages: soluble

Applications: tooling, automotive, functional parts, medical

Advantages: high heat resistance (190°C), impact, abrasion and friction resistance, corrosion and chemical resistance

Uses: protective housings, functional prototyping, structural components

Advantages: high mechanical strength, high thermal resistance, historically used in industry

Uses: food contact parts (molds, containers), electrical components, medical devices

Advantages: waterproof, translucent, food safe, electrically insulating, lightweight, easy to use

Uses: Mock-ups, design objects, model packaging, marketing

Advantages: Easy to print, rigid, biodegradable, biosourced

Uses: assembly parts, belts, hulls, protections

Advantages: flexible, impact resistant, tear resistant

the process used
CNC Machining
3 axis / 3 continuous axis

CNC is used to work materials used in industry such as aluminium and to obtain durable and precise finished parts.

This list is not exhaustive. 

Uses: tooling, structural components, aerospace, automotive

Advantages: mechanical, thermal and chemical resistance 

Uses: structural parts, decoration 

Advantages: renewable, ecological, aesthetic

Uses: structural parts, competitive sports, aeronautics, automotive, 

Advantages: light, mechanical and thermal resistance, electrical and thermal conductor

Uses: shipbuilding, electronics, electrical, construction, 

Advantages: electrical and thermal conductivity, corrosion resistance

Uses: depending on the material

Advantages: 3D printed parts with precise tolerances and correct surface finishes

Uses: jewellery, watches, locksmiths

Advantages: corrosion resistant, malleable, ductile

Uses: packaging, protection, storage blocks

Advantages: lightweight, high elastic deformation, shock absorbing

Uses: nuclear, aerospace, automotive, medical

Advantages: excellent mechanical, chemical and high temperature resistance, fire resistance

Uses: general engineering, machining martyr, insulator, gear wheel

Advantages: impact, tensile, fatigue, heat and dimensional stability

Uses: kitchen utensils, mechanical tools, contact between parts

Advantages: non-stick, thermal and chemical resistance

the process used
Laser cutting
UV Laser

Laser cutting allows the user to make precise and complex cuts. It also offers the possibility of making small details.

This list is not exhaustive.

Uses: POS, displays, conservatories, anti-COVID protection and separation

Advantages: transparent, recyclable, UV resistant

Uses: decorations, packaging, models, 

Advantages: light, economical, recyclable and biodegradable

Uses: luxury, textile, saddlery, leather goods

Advantages: robust and durable

Uses: decoration, furniture industry

Advantages: isotropic, economical

Uses: packaging, protection, storage blocks

Advantages: lightweight, high elastic deformation, shock absorbing

Uses: guides, stencils, jigs

Advantages: economical, used on a large scale

Uses: filters, seals, templates

Advantages: flexible, non-woven

Uses: sealing component, wetsuit prototype

Advantages: thermal, hydrocarbon and weather resistance

Uses: sheaths, straps, handles

Advantages: elastic, waterproof

Uses: seal, mould

Advantages: elastic, waterproof, heat resistant

The process used
Laser engraving
UV Laser

Laser engraving offers the possibility of creating different 2D shapes on a part to inscribe a serial number, a tooling number or a pattern.

This list is not exhaustive.

Uses: serial number, tool marking, traceability

Advantages: mechanical, thermal and chemical resistance

Uses: decorations, packaging, models, 

Advantages: light, economical, recyclable and biodegradable

Uses: luxury, textile, saddlery, leather goods

Advantages: robust and durable

Uses: decoration, furniture industry

Advantages: isotropic, economical

Uses: packaging, protection, storage blocks

Advantages: lightweight, high elastic deformation, shock absorbing

Uses: guides, stencils, jigs

Advantages: economical, used on a large scale

Uses: filters, component seal, jigs

Advantages: flexible, non-woven

Uses: component seal, prototype wetsuit

Advantages: thermal, hydrocarbon and weather resistance

Uses: decoration

Advantages: aesthetic, mechanical resistance

Uses: serial number, traceability

Advantages: lightweight, mechanical strength

Make room for new manufacturing philosophies

Hybrid parts
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Play Video

Tool changer
Fast and accurate

Configurable and customizable

Improve your manufacturing responsiveness. Switch from one process to another in less than a minute.

Switch from one process to another without changing machines and operators: it is now possible with EVA.

Responsiveness - Flexibility - Economy

Manufacture of individual parts

  • Model
  • Prototype
  • Tooling
  • Structural part
  • Bearing housing

L139 mm x l140 mm x h62 mm

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Material

PA6

Cost per part with EVA

1 $
Economic

Cost of a subcontracted part

1 $
egg

Manufacturing time

1 h
reactive

L150 mm x l120 mm x h450 mm

prothese-medical

Material

PETG

Cost per part with EVA

1 $
Economic

Cost of a subcontracted part

1 $
er

Manufacturing time

1 h
Reactive

L240 mm x l70 mm x h30 mm

piece-aluminium-usinee

Material

Aluminium

Cost per part with EVA

1 $
Economic

Cost of a subcontracted part

1 $
ef

Manufacturing time

1 h
Reactive

L80 mm x l60 mm x h20 mm

petite-piece-usinee

Material

Aluminium

Cost per part with EVA

1 $
Economic

Cost of a subcontracted part

1 $
ef

Manufacturing time

1 h
Reactive

L80 mm x l50 mm x h60 mm

pièce bois

Material

Wood

Cost per part with EVA

1 $
Economic

Cost of a subcontracted part

1 $
ef

Manufacturing time

1 h
Reactive

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