发展了摩擦珩磨技术方法。这些方法可使摩擦副的摩擦系数降低30%至50%，机器零件的使用寿命提高2.0至5.0倍，燃油和机油的比消耗量降低。开发了平台金刚石珩磨专用珩磨头、金刚石和减摩工具、平台金刚石减摩珩磨、金刚石珩磨结合强化加工、无变形珩磨结合硬质合金和金刚石颗粒强化加工的技术建议和设计，带摩擦（接触）磷化的等渗金刚石珩磨。这些技术在珩磨机上实现，并在批量生产中实现完全自动化。

TRIBOTECHNOLOGICAL METHODS OF HONING ARE DEVELOPED. THESE METHODS ALLOW THE REDUCTION OF FRICTION COEFFICIENT IN FRICTION PAIRS 30% TO 50%, THE INCREASE OF SERVICE LIFE OF MACHINE PARTS BY A FACTOR OF 2.0 TO 5.0, THE REDUCTION IN SPECIFIC CONSUMPTION OF FUEL AND OIL. DEVELOPED ARE TECHNOLOGICAL RECOMMENDATIONS, DESIGNS OF SPECIAL HONING HEADS, DIAMOND AND ANTIFRICTION TOOLS FOR PLATEAU DIAMOND HONING, PLATEAU DIAMOND ANTIFRICTION HONE, DIAMOND HONING IN COMBINATION WITH STRENGTHENING MACHINING, DEFORMATION-FREE HONING STRENGTHENING MACHINING ACCOMPANIED WITH CHARGING WITH CARBIDE AND DIAMOND PARTICLES, EQUIPEAKED DIAMOND HONING WITH FRICTION (CONTACT) PHOSPHATIZATION. THE TECHNOLOGIES ARE REALIZED ON HONING MACHINES AND ARE FULLY AUTOMATED IN SERIAL AND MASS PRODUCTION.