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Alden Tool Co. expands its presence in medical tools via precision grinding.

Sure, grinding equipment itself is getting better— but so is all the technology surrounding it.

A burr could become a danger point in the turbine engine. Classical manufacturing processes like turning, milling and grinding can lead to burr formation and unwanted sharp edges.

As more original equipment manufacturers (OEMs) and job shops “warm up” to the idea of laser welding, many have turned their attention to four specific technologies.

Precision grinding operations cover all applications that require dimensions with tight tolerances and low Ra surface finish requirements, including cylindrical external grinding (OD), internal grinding (ID), surface grinding and creepfeed grinding.

To advance means to move forward or expand. In that case, Advanced Carbide Grinding Inc., Derry, Pa., is certainly true to its name. Since the shop’s start in 1999, continuous growth and a commitment to producing the highest-precision quality parts have driven, and continue to drive its success.

Laser 3D printing and marking systems are among the heavy-duty cutting and welding systems that had been scheduled for the IMTS Fabricating and Laser Pavilion—testament to the growing impact of what once might have been viewed as ancillary processes.

Despite the challenges of COVID-19, research and expert analytics predict market growth in the near future for manufacturing in numerous industries, many of which rely on parts and components that require precision grinding.

Like just about every other manufacturing operation, welding has made the leap into the 21st century with automation, agile manufacturing processes, and offline programming.

Fiber laser welding continues to grow as it improves in weld quality, reliability and performance. Many fiber laser welding applications are autogenous, where the weld is formed entirely by melting parts of the base metal and no additional filler wire or powder is used