Skip to content
2102231624 - Δωρεάν μεταφορικά άνω 80€ (με ΦΠΑ) - Τιμές χωρίς ΦΠΑ
2102231624 - Δωρεάν μεταφορικά άνω 80€ (με ΦΠΑ)
Johansson Gauge Blocks

Availability & price

Code Availability excl. VATincl. VAT Cart
6881-C
€622,00
€771,28
0

Specifications

  • Type: Gage block accessory – Plain Jaw
  • Code: 6881-C
  • Material: carbide
  • Supply: supplied in pair
  • Dimensions (Unit: mm): length 100, thickness 9, height 17.7
  • Working surface length: 100 mm

Description

The 6881-C Plain Jaw is a pair of carbide jaws used with gage block accessory holders. It is used to build measurement and inspection setups (e.g., zero setting, Go/No-Go checks, or supporting measurement tasks) in combination with gage blocks and a suitable holder.

Insize

Official distributor

Insize

INSIZE was founded in 1995 and is one of the world's leading manufacturers of measuring instruments and metrological equipment. With factories in China and other Asian countries, as well as production units in Germany and Italy for the INSIZE PLUS series, the company offers products that stand out for their accuracy, durability and reliability, while being distinguished by their excellent quality-price ratio.

This product belongs to the collection

Johansson Gauge Blocks

You're viewing one product from this category. Browse the full range.

29 products
View all

Related categories

All categories →
Johansson Tiles

From our Wiki

Johansson Tiles

The Johansson gauge blocks, also known as gauge blocks, are the global reference for linear measurement in machining. They are blocks made of steel, ceramic, or tungsten with surfaces machined with such precision that the phenomenon of wringing (wringing) between them is achieved to create composite dimensions.

  • Accuracy: Available in grades (Grade 0, 1, 2), with Grade K used as a calibration standard for other instruments.
  • Applications: Used for setting micrometers, checking measuring instruments, and as fixed standards in precision engineering.
  • Features: Distinguished by their excellent dimensional stability and low surface roughness, ensuring micrometer-level ($\mu m$) measurements.
Read the guide