The Next-Gen in Endoscopic Ultrasound-Guided Biopsy

Limaca Medical develops an innovative motorized Endoscopic Ultrasound (EUS)- guided biopsy device for advanced gastrointestinal diagnostics. Engineered to optimize tissue acquisition, it consistently delivers high-quality, intact core tissue in fewer passes.

Introducing Precision-GI™

The NextGen in Advanced Endoscopic Ultrasound-Guided Biopsy

Click here to see Precision-GI™ in action and discover how it can optimize EUS-guided biopsy tissue acquisition of pancreatic masses.

Our
Mission

To optimize Endoscopic Ultrasound-Guided Biopsy for high-quality tissue acquisition, supporting accurate pancreatic cancer diagnosis and timely, personalized patient therapy.

Our Achievements

Commercial and Reimbursement Milestones

FDA Breakthrough Device Designated

CMS Pass-Through Code Reimbursement

Commercially Launched in the United States

Regulatory Milestones

FDA 510(k) Cleared

ISO 13485 Certified

Discover How Precision-GI™

is Improving the Standard of Care

Unlike current Ultrasound Fine Needle Biopsy Needles (EUS-FNB) which are operated manually, Precision GI™ features a unique motorized rotational cutting mechanism, allowing consistent high quality tissue acquisition.

At Limaca Medical, we aim to improve the endoscopic biopsy experience for both interventional gastroenterologists and the patient, with:

Consistent high-quality tissue samples

Large core fragments with preserved architecture and reduced contamination.

Fewer passes. Less variability

Precision-GI™ controlled motorized tissue acquisition contributes to the reduction in the number of passes and actuations, designed to reduce operator-dependent procedural variability.

Precise sampling

Controlled sampling through high-speed rotational tissue cutting mechanism that eliminates repetitive axial manual needle stabbing.

Shorter time to treatment

Critical in aggressive pancreatic cancers, aimed to reduce redo cases and enabling timely and personalized treatment.

Enabling definitive diagnosis

Tissue adequacy for histopathological and molecular profiling testing, supporting confident clinical decisions in cancer therapy.

Operational efficiency

Requiring no changes to room setup, procedural workflow, or capital equipment. Operates within your existing endoscopic suite.

Reference: Robles-Medranda, C., et al. (2025). Evaluation of a novel motorized EUS-guided fine-needle biopsy device and pathology quality parameters comparison to standard fine-needle biopsy: A prospective pilot study. Gastrointestinal Endoscopy, 101(5), S592–S593.

How Superior Tissue Acquisition Transforms Patient Care

For busy cancer centers and patients anxiously waiting for a possible diagnosis of GI cancer, time is of the essence.

The quality of a single biopsy sample can shape a patient’s entire pathway.

Given the lack of procedural standardization with conventional manual needles, Precision-GI™ utilizes a motorized mechanism designed to consistently deliver high-quality tissue core. This supports downstream clinical decisions and timely pancreatic cancer treatment for the patients.

EUS view of Precision-GI™ needle

High-quality core sample

Intact core adequate for histopathology evaluation

Our Story

Founded in 2017 as collaboration of The Trendlines Group, Rambam Health Care Campus, and the Israel Innovation Authority, Limaca Medical was built around a clear clinical need:
Improving the consistency and quality of tissue acquisition in endoscopic biopsy.
The company is dedicated to optimizing diagnostic pathways, which increasingly rely on molecular profiling and precision medicine in cancer care.
Through years of development and clinical validation, Limaca brought its next-generation technology from concept to the market.

Limaca Medical is now positioned to lead a new generation of motorized endoscopic biopsy, advancing endoscopic procedures toward more precise pancreatic cancer diagnosis.

Physician Feedback

Real-world perspectives from clinicians using Precision-GI™ in their daily practice.

Our Partners

Media and Press