Hybrid 3D PRINTER
EVA
When versatility and power are one.
EVA
Hybride 3D Printer
AN INDUSTRIAL AND EASY TO USE SOLUTION
Everything you’d expect in a top-of-the-line multipurpose machine. We’ve done it: hybrid, robust, multi-material and large format to create everything you never dared imagine.
Three processes in one machine
Several tools, several possibilities, several materials
By combining three processes in one machine, you can produce polymer, metal and composite parts to meet the challenges of Industry 4.0.
N-play : An intuitive and common software
Easy to use
The N-Play graphical interface has been designed and developed to suit all types of users. With a 22″ touch screen, the user can interact with EVA easily and quickly.
Optimised staffing: one person to operate three processes.
Download the datasheet
Designed for industry
Suitable to produce
STRONGER, VERSATILE, RELIABLE : EVERYTHING TO MAKE THE DIFFERENCE
Versatile and high performance
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
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
Industrial
CE certified according to directive 2006/42/EC
Transmission system with linear rails and ball screws
Welded steel frame
Controlled environment
Temperature control of the enclosure
Closed environment to ensure industrial quality
Filtration (HEPA filter) and extraction for fumes
Made in France
Machine with 1 year warranty
Proximity to customers
Located in Bordeaux, close to our service providers and suppliers
Easy to use
Common interface for all three 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
Accélérer le développement du produit pour une commercialisation rapide
- Valider les choix techniques
- Visualiser et analyser l’objet en 3D
Optimiser la production
- Eviter les fabrications externalisées, coûteuses et longues
- Être réactif sur les problématiques industrielles
Accélérer les essais produits
- Réduire l’impact de la chaîne d’approvisionnement
- Remplacer les modèles et moules coûteux
Produire les pièces finies de façon autonome
- Optimiser les stocks en produisant à la demande
- Fabriquer sans coût supplémentaire des pièces à l’unité ou à la petite série
Fabriquer des pièces durables et solides
- Personnaliser les pièces de structure pour les adapter à leur environnement
- Optimiser la conception pour réduire les coûts de production
Garantir la production
- Suivre les pièces grâce aux numéros de série et garantir la traçabilité
- Marquer les zones importantes avec des formes personnalisées
A wide variety of materials
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
Fast and precise tool changer
A MACHINE THAT CAN BE CONFIGURED ACCORDING TO YOUR NEEDS
Increase your manufacturing speed with EVA and its multiple tool heads.
Change tool heads in less than a minute.
Switch from one process to another without changing machines and operators: it’s now possible with EVA.
Fast - Flexible - Economical
Manufacture of individual parts
- Maquette
- Prototype
- Outillage
- Pièce structurelle
L750 mm x l420 mm x h40 mm
Matériau(x)
ABS
Coût pièce avec EVA
Coût pièce en sous-traitance
Temps de fabrication
L150 mm x l120 mm x h450 mm
Material
PETG
Cost per part with EVA
Cost of a subcontracted part
Manufacturing time
L240 mm x l70 mm x h30 mm
Material
Aluminium
Cost per part with EVA
Cost of a subcontracted part
Manufacturing time
L80 mm x l60 mm x h20 mm
