Технические руководства

A buyer’s guide to deburring media: ceramic, plastic, steel, and natural media compared, plus shape and size rules, compounds, and wear management.

Cryogenic deflashing chills molded rubber and plastic parts until flash turns brittle and snaps off under pellet impact. Materials, parameters, economics.

Mass finishing deburrs, radiuses, and polishes parts in batches. Compare vibratory, tumble, centrifugal disc, and magnetic processes to find your fit.

Wide-belt, rotary brush, and combination sheet metal deburring machines compared—process stages, wet vs dry, sizing, and price ranges.

How flat surface polishing machines sand, lap, and buff metal parts and plates to a target Ra or flatness—4 equipment types and selection factors.

How magnetic polishers drive stainless pins through small precision parts—configurations, pin sizes, cycle parameters, and when to choose them.

Tumble deburring rounds edges on small parts in bulk inside a rotating barrel with media and compound. See how it works, load ratios, and its honest limits.

How vibratory finishing works, bowl vs tub machines, media and compound selection, cycle parameters, and when robotic deburring is the better fit.

A pipe polishing machine sands, grains, or polishes the outside surface of metal tubes, bars, and shafts. In production, it usually means a centerless polisher: the tube rotates between a drive wheel and a support wheel while an abrasive belt presses against it, feeding through lengthwise to produce a repeatable satin, grained, or mirror finish.

Search for a wheel polishing machine and you will land almost entirely on product pages—cabinet polishers, handheld buffing kits, CNC machines. Almost nobody explains how these formats differ or which fits a fleet maintenance bay versus a wheel refurbishing shop versus a manufacturing line. This guide covers the five formats, the shared process, the selection