Aletta® Autonomous Robotic Phlebotomy Device (ARPD™)

A robotic-assisted device specifically designed for percutaneous puncture procedures, employing AI-driven targeting and precision control mechanisms. The system improves accuracy in needle placement for biopsies, aspirations, and therapeutic interventions.

Precision laser-guided blood collection device enabling non-contact or minimally invasive phlebotomy for patient comfort and accuracy.

Needle-free laser phlebotomy device for personal and small clinical settings. Performs peripheral blood collection using laser technology without needles.

Integrated phlebotomy system featuring automated needle deployment mechanism for safe and standardized venipuncture. Complies with international standards and reduces operator variability in specimen collection procedures.

Automated device for preparation of Platelet-Rich Plasma (PRP) used in regenerative medicine treatments. Processes patient blood to concentrate platelets for therapeutic application in orthopedic, dermatological, and tissue repair procedures. Delivers validated, safe PRP formulations compatible with clinical regenerative protocols.

Professional needle-free laser blood collection system for hospitals and medical institutions. Uses laser-induced microperforation for peripheral blood sampling.

Automated workstation for blood collection and sample processing, integrating collection, sorting, and cap removal functions for laboratory and clinical applications.

Safety arterial catheter designed for percutaneous arterial access and hemodynamic monitoring in critical care settings. Features integrated safety mechanisms to reduce needlestick injuries and blood exposure during placement and removal. Suitable for blood pressure monitoring, arterial blood gas sampling, and medication administration in acute care environments.

Medical device system for preparation of autologous platelet-rich plasma and cellular components. Applied in regenerative medicine and orthopaedic treatment protocols.

Servo-driven robotic manipulator for automated positioning and assembly of medical needles and devices. Features full servo actuation, high-capacity material storage, and prevents surface damage through controlled handling.

An automated system designed for blood collection sites that improves operational efficiency and reduces manual handling in medical facilities. This system streamlines the blood collection process, minimizing errors and enhancing workflow management in healthcare institutions.

Configurable robotic arm system designed for medical applications with adjustable positioning capabilities for surgical and assistive procedures.