Indexing Plunger D1= M16X1, 5, D=8, Style D, Lockout Type w Locknut, Steel Hardened MPN:K0338.4308
Indexing Plunger D1= M16X1, 5, D=8, Style D, Lockout Type w Locknut, Steel Hardened
The KIPP Indexing Plunger is a reliable and efficient tool for a variety of industrial applications. Its hardened steel construction and black oxide finish ensure durability and resistance to wear. The plunger's ball nose shape and adjustable locking mechanism allow for precise control and secure engagement. With a final nose force of 35 N and initial nose force of 15 N, the plunger provides a consistent and reliable performance. Suitable for use in manufacturing, assembly, and quality control, this indexing plunger is an essential tool for any industry that requires precision and accuracy. Its compact design and easy-to-use handle make it a valuable addition to any workshop or production line.
Top product features:
- Indexing plunger with lockout type and locknut for secure operation
- Steel hardened plunger for durability and resistance to wear
- Retractable design with a final nose force of 35 N for precise control
Top product applications:
- Industrial automation and robotics
- Medical device manufacturing
- Automotive assembly and testing
Indexing Plunger, Thread Size M16x1.5, Thread Length 23 mm, Nose Shape Ball, Plunger Material Steel, Plunger Dia. 8.00mm, Plunger Projection 8 mm, Mounting Type Not Applicable, With Locking Plunger Yes, Body Length 60 mm, Final Nose Force 35 N, Initial Nose Force 15 N, Overall Length 68 mm, Plunger Width 8 mm, Thread Pitch 1.5 mm, Handle Type Knob, Body Finish Black Oxide, Body Material Steel, Handle Color Black, Handle Material Thermoplastic, Plunger Finish Black Oxide, Retractable Yes
Additional Information
- Country of Origin: DE
- Drop Ship Item: No
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 1 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 4.10
- Package Width: 1.40
- Package Height: 1.40
- Package Weight: 0.20
Product info last updated on March 4, 2026 12:41pm UTC
Category: Machining