Seco Launched New TP3502 Turning Grade
The manufacturer introduced an advanced steel turning insert featuring digital tracking capabilities.
Updated on Sept. 30, 2026 in Manufacturing
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Seco has introduced the TP3502, a new CVD-coated turning grade designed for machining steel and other alloys. The product incorporates sustainable manufacturing and advanced digital tracking to support production efficiency.
Why it matters
The new grade is designed to provide manufacturers with stable tool life and improved wear resistance under a variety of machining conditions. By integrating updated edge detection and coating technologies, the inserts aim to simplify complex production planning.
Seco currently operates across 75 countries and has maintained business operations for 100 years. The TP3502 functions as an ISO P35 grade, supporting materials ranging from stainless steel to ductile irons.
The players
Seco
Headquartered in Fagersta, Sweden, this company provides metal cutting solutions and has been in business for a century.
The details
These inserts utilize updated coating technology and edge preparation to manage wear patterns while facilitating increased cutting speeds. Each insert includes a Data Matrix Code for digital traceability and is manufactured using recycled powders, fitting into the company's buy-back recycling programme.
Timeline
Seco introduced the new turning grade on September 30, 2026.
Market Landscape
The introduction of the TP3502 reflects the broader industry-wide adoption of circular economy models in industrial manufacturing. This move positions the firm to compete by offering both digital traceability and recycled product lifecycles.
Manufacturers can expect simplified production planning and the ability to use chrome-based edge detection for identifying remaining cutting edges. The integration of digital tracking codes allows for better inventory and usage management at the machine level.
The takeaway
The implementation of digital tracking in cutting tools marks a transition toward smarter, data-driven factory floors. Operators should leverage the provided Data Matrix codes to optimize tool life cycles and reduce material waste.
Further reading
Find more industry developments on the Manufacturing page.
Source note: This article includes information reported by Themachinemaker.
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