High-end hydrostatic systems reach oil-film stiffness above 500 N/μm—5–10× that of rolling bearings. Stiffness this high resists cutting force and load deflection, protecting accuracy.
Жёсткость — сила на микрон прогиба. Плёнка даёт >500 Н/мкм.
Это в 5–10 раз выше. Максимум — у мембранного дросселя с непрерывной компенсацией. Меньше прогиб под нагрузкой.
Меньший прогиб — лучше геометрия и чистота, особенно при тяжёлом шлифовании.
Độ cứng là lực trên micrôm lún. Màng >500 N/μm.
Cao gấp 5–10 lần. Tối đa nhờ tiết lưu màng bù áp liên tục. Ít lún hơn dưới tải.
Ít lún — hình học và bề mặt tốt hơn, nhất là mài nặng.
La raideur est la force par micron de fléchissement. Le film donne >500 N/μm.
C'est 5–10× plus élevé. Maximum avec restrictieur à membrane à compensation continue. Moins de fléchissement sous charge.
Moins de fléchissement—meilleure géométrie et finition, surtout en meulage lourd.
Steifigkeit ist Kraft pro Mikrometer Durchbiegung. Der Film liefert >500 N/μm.
Das ist 5–10× höher. Maximal bei Membrandrossel mit ständiger Kompensation. Weniger Durchbiegung unter Last.
Weniger Durchbiegung—bessere Geometrie und Oberfläche, besonders beim schweren Schleifen.
Stiffness is how much force is needed to deflect the support by a given amount. A hydrostatic oil film can reach stiffness above 500 N/μm, meaning it takes more than 500 newtons to push the film down by a single micron.
This is 5–10× the stiffness of a comparable rolling bearing. The highest stiffness comes from membrane-feedback restrictors, which continuously compensate cavity pressure as load changes. Higher stiffness means cutting forces and workpiece weight deflect the support far less.
Less deflection under load translates directly into better geometric accuracy and surface finish—especially in heavy grinding or large rotary-table work where load varies through the cycle.
