Auburn E5-1420-24 Stainless Steel 24-Inch Probe 1/4-20 Thread Precision Measurement Single
Regular price
$65.00
Sale price$100.00you save $35.00
Auburn E5-1420-24 Stainless Steel 24-Inch Probe with 1/4-20 Thread - Precision Measurement Probe (Single Pack)
✔️ 24 inch stainless steel probe with 1/4-20 mounting thread; ideal for measurement, alignment, and inspection tasks in lab or field setups; durable build.
✅ Material: Stainless steel
✅ Thread: 1/4-20
✅ Finish: Satin stainless
✅ Pack size: 1 (single probe)
💡 What is a probe used for in precision measurement? Probes are handy tools for obtaining precise contact data and reference points in a wide range of setups. - precision measurement and alignment in fixtures and jigs - compatibility with 1/4-20 threaded accessories - durable stainless steel construction for lab and field use - helps reduce setup time and improve repeatability This handy probe helps streamline setup and improve measurement consistency in practical workflows.
✔️ 24 inch stainless steel probe with 1/4-20 mounting thread; ideal for measurement, alignment, and inspection tasks in lab or field setups; durable build.
This Auburn E5-1420-24 is a stainless steel 24-inch probe with a 1/4-20 thread, designed for precision measurement and alignment tasks in inspection fixtures, labs, and field work. Built for durability in demanding environments, it delivers consistent contact and reliable performance across setups. Pack size: 1 (single probe).
✅ Length: 24 in (610 mm) with 1/4-20 mounting thread✅ Material: Stainless steel
✅ Thread: 1/4-20
✅ Finish: Satin stainless
✅ Pack size: 1 (single probe)
💡 What is a probe used for in precision measurement? Probes are handy tools for obtaining precise contact data and reference points in a wide range of setups. - precision measurement and alignment in fixtures and jigs - compatibility with 1/4-20 threaded accessories - durable stainless steel construction for lab and field use - helps reduce setup time and improve repeatability This handy probe helps streamline setup and improve measurement consistency in practical workflows.