ACQUANDAS GmbH
Booth number: 3061
www.acquandas.com
About us
ACQUANDAS is a specialized contract manufacturer and technology partner for advanced microfabrication solutions. We enable the development and scaling of disruptive therapies in the medical device and pharmaceutical industries by transforming complex visions into reality with qualified medical products.
Address
Kaiserstrasse 2
24143 Kiel
Germany
E-mail: info@acquandas.com
Phone: +49 431 880 6211
Internet: www.acquandas.com
Contact person:
Products & Services
PRODUCT(S)
Customized and/or super-elastic Micro Components
Engineering and manufacturing of [super-elastic] medical micro components with additional functionality (e.g. mechanical, electrical, physics, chemical, physico-chemical, magnetic...) for minimal-invasive medical devices or implants. These disruptive medical device components are used e.g. for: smart micro springs and carriers in catheters / super-elastic/flexible electrodes for EP mapping and ablation / super-elastic electrodes, carriers and interfaces for BCI, CRM and neuromodulations / MIV platforms for urology / ophthalmological & [neuro]surgical & robotic precision instruments / micro needles / (bio)markers etc..
SERVICE(S)
Engineering and manufacturing services for new product development
ACQUANDAS has in-depth know-how and expertise to develop with customers disruptive product concepts and to process medical devices with e.g. additive thin film deposition, different and multiple types of biomaterials or with rapid prototyping technology for minimal-invasive devices, short and long-term implants, actuators and sensors. We also manufacture approved class II and III medical devices for global markets.
PROJECT COOPERATION
Disruptive and innovative medical products
We are open in discussing all types of R&D collaborations/new applications for disruptive medical products applying innovative micro component concepts based on our advanced technology platform.
ACQUANDAS Product Technology / Toolbox
Leveraging specialized thin-film processes and materials science to create high-performance components with unparalleled precision, design freedom, and miniaturization.