Scientific Cutting Tools Details Precision Manufacturing
Scientific Cutting Tools outlines its 'Tech Trifecta' of manufacturing technologies for producing high-performance cutting tools, highlighting in-house
Scientific Cutting Tools (SCT) has detailed the specific manufacturing technologies it uses to produce precision cutting tools for difficult machining jobs. The company refers to its integrated approach as a 'Tech Trifecta,' which it showed recently.
According to the company, this trifecta consists of three core technologies working in sequence. The process begins with precise inspection, moves to micro-level edge preparation, and concludes with an advanced in-house coating application.
Inspection with Zoller Equipment
The first step involves rigorous inspection using Zoller measurement equipment. Tools like the Zoller Genius and pomSkpGo systems allow SCT to verify critical tool geometry with high consistency. This equipment measures diameter, cutting geometry, and edge consistency. The goal is to identify any variation and confirm a tool is ready for the next stage of production.
Edge Preparation via ANCA Machine
Following inspection, tools proceed to edge preparation. SCT uses an ANCA EPX-SF stream-finishing machine for this purpose. This machine employs controlled granular media to hone and polish cutting tools at a micro level. The process creates a more uniform cutting edge and a smoother surface. This preparation occurs before the coating is applied.
Coating with CemeCon HiPIMS
The final manufacturing step is coating, which SCT now handles internally. The company added a CemeCon CC800 HiPIMS system to its operations. HiPIMS stands for High-Power Impulse Magnetron Sputtering. This advanced PVD coating technique uses high-energy pulses. It produces coatings that are dense, smooth, and strongly adhered to the tool substrate.
A tabletop display at the company's booth illustrated this progression using a 15-degree helical thread mill. The display showed the tool at four distinct stages: inspection, preparation, coating, and the finished result. SCT states that greater control in each of these areas contributes directly to the quality of the final product.
A second display connected this manufacturing story to specific tooling applications. It featured the company's SAE J1926 and AS5202 port kits, the complete Versa-coated Port Mill lineup, and representative thread mill families. The company also held a raffle for attendees, offering up to $500 in SCT tooling for porting or threading work.
