The Thermal Deburring process utilizes the combustion of methane gas within a pressurized chamber to remove burrs, flashings or hidden contaminants from machined components through an oxidation …

Thermal deburring (TEM / Thermal Energy Method) is ideal for parts with internal burrs, intersecting bores, cross-holes, and complex channels – such as hydraulic manifolds, valve bodies, die-cast …

The process of thermal deburring involves parts being placed in a contained chamber where a mixture of fuel, gas and oxygen combine with temperatures of 2,500 to 3,300 degrees.

Thermal deburring uses controlled combustion to generate intense heat, which burns away burrs from the workpiece. This method is particularly effective for reaching burrs in tight spaces or on parts with …

Thermal deburring machines use intense bursts of heat to burn up burrs and flash for a smooth finish. Rather than hand deburring or smoothing, the combustion process eliminates all burrs on a piece at …

Our core business is deburring, we do not sell equipment, media or compounds. Our sole effort is to provide our customers with quality finishing and deburring services following a strict process protocol …

WHAT IS THERMAL DEBURRING? Thermal deburring (or thermal energy method deburring, TEM) is a process used to remove burrs, flash, or other unwanted material from metal or plastic parts by …

Thermal deburring, also known as the Thermal Energy Method (TEM), distinguishes itself from conventional deburring techniques through its ability to reach and remove burrs from the most …

Thermal deburring is a unique process wherein burrs are oxidized by a tightly controlled combination of heat and pressure. The short duration of the heat application incinerates the burr without distortion to …

What is Thermal Deburring? Thermal deburring - also known as explosion deburring - is used at BENSELER to deburr parts with hard-to-reach edges as set or bulk material quickly, economically …