Catalogue

MEET US IN

S16

ARDEJE PRINTING

Activity

Studies in digital printing conducted using high-performance equipment operated by an experienced team. Defining a printing strategy, innovating through functional fluids or disruptive processes, and characterizing fluids.

Group / Member of

Medias

Participants

Victor PERRAUDIN

R&D Engineer

Pascal PIERRON

R&D Manager

Key inforamtion

Turnover : 2 - 10 M€
Staff : 10 - 99
Zip code : 26500
City : BOURG LES VALENCE
Country : FRANCE

Website

Objectives

Sectors of activity

R&D
Studies and engineering
Advising and / or services

Application fields

Digital and software tool
Fashion & Luxury
Health - Pharmacy - Biotechnology
Materials
Packaging

SPECIFIC INFORMATION ON THE NATURE OF THE OFFER

A votre service, une équipe de professionnels expérimentés aux savoir-faire multiples :
- Déterminer une stratégie d’impression comprenant le prétraitement, l’impression et le post-traitement
- Optimiser les performances de vos équipements actuels
- Innover à l'aide de fluides fonctionnels ou de procédés disruptifs
- Caractériser des fluides
Toutes nos études sont éligibles au Crédit d’Impôt Recherche

Your needs

SKILLS

Our skills

2.Materials, mechanics and process

2.1.Materials
Metallic materials
Polymers, composites
Biomaterials
Surface treatments and coatings
Surface functionalisation
2.3.Processes
Assembling
Manufacturing

Your technological assets

Encre Argent : Pistes électroniques, Antennes, Tags RFID, Pistes antistatiques
PEDOT/PSS (semi-conducteur organique)
Pistes conductrices semi-transparentes, Couches d’interface OPV/OLED
Encre nanotube de carbone : Capteurs
Impression Quantum dots : Impression QLED
Impression sol-gel : Effets graphiques, Résistance mécanique
Impression d’enzyme : Capteurs dans le domaine médical

EQUIPMENTS, TECHNOLOGIES AND PROCESSES

OriginD100
Dropwatcher
Plateformes de prototypage
Bancs de prototypage équipés de tapis, plasma atmosphérique, flammage et autres pré-traitements
Outils de mesure : goniomètre, dropwatcher, viscosimètre, spectrophotomètre, microscope

References

Certifications

TRL scale

╰┈➤ TECHNOLOGY READINESS LEVEL

↪ The TRL scale assesses the level of maturity of a technology up to its integration into a complete system and industrialization. Initially designed by Nasa and ESA for space projects, it has nine levels.

IDEA

0️⃣ IDEA・Concept unproven, no experiments conducted
1️⃣ BASIC RESEARCH・Needs are described, for now, without proof of feasibility
2️⃣ TECHNOLOGY FORMULATION・Concepts and applications are formulated and described
3️⃣ VALIDATION NEED・You have formulated a goal, stakeholders follow you

PROTOTYPE

4️⃣ PROTOTYPE REDUCED SCALE・Prototype "in lab"
5️⃣ PROTOTYPE REAL (QUASI) SIZE・Prototype in use environment

VALIDATION

6️⃣ PROTOTYPING OF SYSTEM・Testing in real environment, performance close to target
7️⃣ DEMONSTRATEUR・Functioning in real environment, pre-commercial stage

MANUFACTURE

8️⃣ COMPLETE AND QUALIFIED SYSTEM・Qualified and tested technical and commercial processes
9️⃣ COMMERCIALIZED SYSTEM・Technology available to customers

╰┈➤ TRL LEVEL

What is your TRL level?

IDEA
0- IDEA > Unproven concept, no experiments have been conducted
1- BASIC RESEARCH > Needs are described, for now, without proof of feasibility
2- TECHNOLOGY FORMULATION > Concepts and applications are formulated and described
3- VALIDATION NEED > You've formulated an objective, stakeholders follow you
PROTOTYPE
4- PROTOTYPE REDUCED SCALE > Prototype "in lab"
5- PROTOTYPE REAL (QUASI) SIZE > Prototype in use environment
VALIDATION
6- SYSTEM PROTOTYPING > Test in real environment, performance close to target
7- DEMONSTRATEUR > Functioning in real environment, pre-commercial stage
MANUFACTURE
8- COMPLETE AND QUALIFIED SYSTEM > Technical and commercial processes qualified and tested
9- COMMERCIALIZED SYSTEM > Technology available to customers