Accelerating Biomedical Progress with Unmatched Precision
Empowering biomedical scientists and healthcare professionals to conduct research, prevent disease, deliver therapies, and create life using the best and most reliable 3D-printed microcapillary needles.
Our vision is to accelerate discoveries, prevent and treat diseases, and support the creation of life through the most innovative and effective microcapillary needles.
Precision, Efficacy, Reliability
Existing needles often are cumbersome, inaccurate, and inefficient, posing unnecessary challenges to scientists and adding uncertainty, inefficiency, and risk to their experiments.
At AkriVita, we’ve developed an innovative design process and used it to create a solution:
the MultiPort Microcapillary Needle, using the precision and reliability of 3D-printing.
Biomedical Research
AkriVita’s technology streamlines biomedical research and disease prevention modeling, thereby advancing human health and accelerating groundbreaking medical discoveries.
Biomedical Applications
AkriVita’s 3D printing process ensures unparalleled precision and consistency, enhancing the precision and reliability of procedures in genetic research, biotechnology, fertility treatments, and more.
A Vision for Innovation
Akrivita was founded to remove barriers for biomedical scientists and healthcare practitioners, allowing them to progress with cutting-edge tools through customizable and pre-calibrated 3D-printed microcapillary needles that provide precision, reliability and improved outcomes at a low cost. See how AkriVita is addressing these challenges:
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Precision in manufacturing (3D printing); precision in design and delivery (MultiPort, sealed fine-point and colored tip)
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Anti-clogging, pre-calibrated and no need for re-calibration, fewer repetitions of experiments
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Save on expensive biomaterials, save on scientists’ time
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Better visual tracking to target, fine-point tip, reduce damage to cells and other materials, reduce number of repeated experiments
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Innovative design with MultiPort for enhanced range of delivery, enhanced cell survivability (higher cell survival rates) for injected cells, customizable designs (dimensions, geometries, and architectures), fine-point tip for precise injection with minimal damage to the target cell, and innovative manufacturing with 3D printing of a silica-based microcapillary needle
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MultiPort design
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3D technology is reliable and precise
