Torbot Colly-Seel Super-thin Disc 3 OD Round, 1/2 Starter Hole, White

What is 74217-Pack(age) Torbot Colly-Seel Super-thin Disc 3 OD Round, 1/2 Starter Hole, White?

The 74217-Pack(age) Torbot Colly-Seel Super-thin Disc 3 OD Round, 1/2 Starter Hole, White is a specialized industrial component designed for precision applications requiring minimal thickness and exact dimensional tolerances. With a 3-inch outer diameter and a centered 1/2-inch starter hole, this round disc is engineered for use in tight mechanical assemblies, alignment fixtures, or as a spacer in medical and manufacturing equipment. The white finish suggests resistance to corrosion and compatibility with clean-environment standards, making it suitable for regulated or hygienic settings.

Key features

• Super-thin profile — Enables use in space-constrained assemblies.
• 3-inch outer diameter — Standardized size for compatibility with common tooling.
• 1/2-inch starter hole — Allows for secure mounting on shafts or fixtures.
• White finish — Likely corrosion-resistant and clean-room compatible.
• Precision round shape — Ensures balance and alignment in operation.
• Durable construction — Built to maintain integrity under mechanical stress.
• Brand consistency — Part of the 74217-Pack(age) Torbot Colly-Seel series for reliable performance.

Who is 74217-Pack(age) Torbot Colly-Seel Super-thin Disc 3 OD Round, 1/2 Starter Hole, White for?

This disc serves engineers, maintenance technicians, and OEM manufacturers who require reliable, dimensionally accurate components for machinery setup, calibration, or repair. It’s particularly valuable in medical device servicing, laboratory equipment maintenance, and automated production lines where space and precision are critical. The product supports applications needing repeatable performance and clean finishes.

How does 74217-Pack(age) Torbot Colly-Seel Super-thin Disc 3 OD Round, 1/2 Starter Hole, White compare?

Compared to standard polypropylene or metal washers, this super-thin disc offers tighter tolerances and a smoother finish, making it better suited for precision alignment than generic spacers. It outperforms thicker discs in low-clearance scenarios and provides more consistent performance than 3D-printed or hand-cut alternatives. While similar in size to common hardware, its specialized design justifies its use in critical mechanical and medical environments where reliability is non-negotiable.