A biochip technology designed for sperm analysis and selection in assisted reproductive procedures. Part of iPreg Inc.'s core technology platform for in vitro fertilization applications.
Manufactured by
New Taipei City, Taiwan
iPreg Inc., established in 2018, is a biomedical device manufacturer specializing in reproductive medicine. Utilizing the physiological characteristics of sperm, we have developed an advanced sperm sorting device designed to improve sperm quality, supporting infertility treatments and enhancing pregnancy success rates. With infertility affecting approximately 15% of the global population, iPreg s technology represents a significant advancement in assisted reproductive techniques. Our Sperm Sorting Chip can increase the proportion of healthy sperm to 90% within 30 minutes. This efficient, safe, and effective process enhances sperm recovery, optimizing the critical step of sperm selection in in vitro fertilization (IVF), ultimately improving the success rates of assisted reproduction.
✦ Product-Specific Coverage
Based on AI-matched alternatives related to this product across Suplivia's medical sourcing network.
Generated for this product
AI-matched supplier coverage based on related product alternatives.
MOLECULE 46, s.r.o.
Czech Republic · 4 relevant products
MotilityCount ApS
Denmark · 1 relevant product
INTIN Inc.
South Korea · 1 relevant product
Delta Care For Medical Industries
Egypt · 1 relevant product
Biopsybell S.r.l. Società Unipersonale BPB MEDICA™
Italy · 1 relevant product
guangzhou biotron technolongy co.,ltd
China · 1 relevant product
See the full supplier coverage for this product
Get free access to all relevant manufacturers, sourcing countries, and product alternatives.
✓ Free for medical industry professionals.
from other manufacturers
from other manufacturers
9 of 9 closest product alternatives
MOLECULE 46, s.r.o. · Czech Republic
Patented technology platform for diagnostic evaluation and separation of undamaged sperm based on acrosome integrity, DNA quality, and progressive motility. The system identifies sperm with natural fertilization markers to improve assisted reproduction outcomes including ICSI procedures.
MotilityCount ApS · Denmark
SwimCount™ Harvester is a microfluidic sperm purification device designed to improve treatment outcomes in assisted reproductive procedures including IUI, IVF, and ICSI. The device uses patented membrane swim-up technology to isolate motile sperm cells for clinical use in fertility treatment applications.
MOLECULE 46, s.r.o. · Czech Republic
Technology for improving assisted reproduction success rates through selection of sperm with intact acrosome and undamaged DNA. Particularly beneficial for ICSI procedures and other fertility treatment protocols.
INTIN Inc. · South Korea
At-home sperm analysis device for male fertility assessment. Provides semen analysis reports aligned with WHO standards, supporting clinical evaluation of male reproductive health and fertility status.
Delta Care For Medical Industries · Egypt
A computer-aided sperm analysis device for semen evaluation. Used in fertility and diagnostic laboratories for automated analysis of sperm characteristics and parameters.
MOLECULE 46, s.r.o. · Czech Republic
System enabling freezing and long-term banking of selected high-quality sperm for medical fertility preservation. Supports applications in infertility treatment, oncology patients undergoing cancer therapy, and preventive sperm banking programs.
Biopsybell S.r.l. Società Unipersonale BPB MEDICA™ · Italy
Specialized medical devices for assisted reproductive procedures including embryo transfer and retrieval applications. Manufactured with precision engineering to support fertility treatment protocols.
guangzhou biotron technolongy co.,ltd · China
Advanced microfluidic chip-based platform for cell capture, isolation, and analysis applications in liquid biopsy and diagnostic testing.
MOLECULE 46, s.r.o. · Czech Republic
Specialized system for sperm banking and preservation in oncology patients undergoing cancer treatment. Enables fertility preservation prior to potentially sterilizing therapeutic interventions.
© 2026 Suplivia · Home · Browse Products