Linear Health Sciences

Linear Health Sciences

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Private Company

Funding information not available

Overview

Linear Health Sciences, founded in 2015 and based in Oklahoma City, USA, is a private medical device company addressing the significant clinical and economic problem of unintentional medical tubing dislodgement. The company has developed the Orchid SRV, a safety-release valve that acts as a mechanical fail-safe, separating under tension to protect the catheter site and prevent complications. Backed by survey data highlighting the prevalence of dislodgements, the company positions its technology as a platform applicable to various tubing types (PIV, PICC, Midline, Central Lines), with an initial focus on the high-risk pediatric patient population. The company appears to be in an early commercial or pre-revenue stage, seeking hospital adoption for its first product.

Vascular AccessPatient Safety

Technology Platform

Proprietary breakaway safety-valve technology designed to prevent accidental dislodgement of medical tubing by separating under tension before the catheter is pulled out.

Opportunities

The high incidence and cost of IV dislodgement, especially in pediatric and geriatric populations, presents a large addressable market.
The platform technology allows for expansion into multiple catheter types (PICC, midline, central lines), and the 'plug and play' design facilitates easier clinical adoption without extensive retraining.

Risk Factors

Commercialization risk in penetrating cost-conscious hospital supply chains and proving real-world ROI.
Potential clinical/performance risk if the device does not function as intended in all scenarios.
Market education risk, as dislodgement may be seen as an unavoidable cost of care rather than a solvable problem.

Competitive Landscape

Competition primarily comes from traditional securement devices (e.g., tape, transparent dressings, adhesive stabilizers) which are low-cost but have high failure rates. More advanced securement technologies exist but do not offer the same mechanical breakaway function. The Orchid SRV's novel approach appears to occupy a unique niche, but competitors could develop similar solutions.