The type segmentation classifies devices into High‑Resolution Manometry (HRM), Conventional (water‑filled) Manometry, Wireless/Telemetry Manometry, and Pediatric‑Specific Manometry systems. HRM, with its dense sensor arrays and enhanced spatial resolution, is the premium offering and contributes the greatest proportion of market value, reflecting its adoption in tertiary care centers and its role in establishing new diagnostic criteria. Conventional manometry, while less costly, retains a stable niche, especially in emerging markets where budget constraints limit HRM penetration; it accounts for a modest but steady revenue slice. Wireless or telemetry‑based systems, representing a growing niche of roughly 10 % of sales, enable ambulatory monitoring and are favored for prolonged studies and patient comfort. Pediatric‑specific devices, designed with smaller catheters and age‑adjusted software algorithms, occupy a specialized segment that, although small in absolute terms, is expanding as pediatric gastroenterology adopts advanced motility testing. Together, these type categories delineate the market taxonomy and influence overall growth dynamics.