France – Instruments d'optique spécialisés – Acquisition d'un module laser Ti:Saphir en cavité en anneau haute puissance pour le transport d'atome
AI summary
This tender concerns the acquisition of a high-power titanium-sapphire laser module in ring-cavity configuration for atomic transport applications. The laser will generate near-infrared light to manipulate cold atoms in experimental physics research.
Specialized optical equipment manufacturers or laser technology suppliers with demonstrated expertise in high-power titanium-sapphire systems and atomic physics applications should bid.
Suppliers must provide a specialized laser module meeting exact optical specifications for atomic physics experiments, including near-infrared output, ring-cavity design, and high-power performance. Technical documentation and performance guarantees are required.
Frequently asked questions
What is this tender about?
This tender concerns the acquisition of a high-power titanium-sapphire laser module in ring-cavity configuration for atomic transport applications. The laser will generate near-infrared light to manipulate cold atoms in experimental physics research.
What are the requirements for suppliers?
Suppliers must provide a specialized laser module meeting exact optical specifications for atomic physics experiments, including near-infrared output, ring-cavity design, and high-power performance. Technical documentation and performance guarantees are required.
What type of company should bid?
Specialized optical equipment manufacturers or laser technology suppliers with demonstrated expertise in high-power titanium-sapphire systems and atomic physics applications should bid.
Who is the buyer?
The buyer is INSTITUT D'OPTIQUE GRADUATE SCHOOL.
When does this tender close?
Submissions close on July 20, 2026.
What is the estimated value?
The estimated value is 138,700 EUR.
Les caractéristiques de ce marché répondent aux besoins suivants : - Générer un faisceau laser dans le proche infrarouge ; - La lumière générée servira au transport d'atomes dans une expérience d'atomes froids
Acquisition d'un module laser Ti:Saphir en cavité en anneau haute puissance pour le transport d'atome
Les caractéristiques de ce marché répondent aux besoins suivants : - Générer un faisceau laser dans le proche infrarouge ; - La lumière générée servira au transport d'atomes dans une expérience d'atomes froids
- QualityLa valeur technique est appréciée au regard du contenu du mémoire technique60%
- QualityLes performances en matière de protection de l'environnement sont appréciées au regard du contenu du mémoire technique10%
- PriceLe critère prix sera calculé en prenant compte le montant global des prix en Ttc30%
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