499.212.113143

KM63 L=120 Carrying Cases for KM Runout Arbors

KM63 L=120  Carrying Cases for KM Runout Arbors

Zoom Enlarge Image

KM63 L=120 Carrying Cases for KM Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Part Number
KM63 L=120       465.K63.000.001  Compact        499.212.113143
KM50 L=100       465.K50.000.001  Compact        499.212.113149
KM63 L=340       465.K63.000.000  Aluminum Horizontal        499.215.113065
KM80 L=350       465.K80.000.000  Aluminum Horizontal        499.215.113068
KM80 L=120       465.K98.000.000  Aluminum Horizontal        499.215.113071
KM5040       465.K54.000.000  Aluminum Horizontal        499.215.113072
KM6350       465.K65.000.000  Aluminum Horizontal        499.215.113079

Was this information helpful? Provide feedback or ask a quick question about this item.


Your name:
Your company:
E-mail:

For more information regarding this item (KM63 L=120 Carrying Cases for KM Runout Arbors) or other items, fill out the form below or contact our office directly:

Telephone: 815-962-5600
Fax: 815-962-4600
Location: 304 North Main St, Suite 104, Rockford, IL 61101-1101 USA
Email: infο@ΤΑCRοckfοrd.cοm

Add Comment

Alias

Full name
Position/Title
Company
Telephone
Fax
Email
Mailing Address

Receive a quote or more information on:


Questions or comments:


How did you hear about us?
   Other:


Your preferred method of contact

Related

Carrying Cases for KM Runout Arbors
Carrying Cases for KM Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for HSK Runout Arbors
Carrying Cases for HSK Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for PSC Runout Arbors
Carrying Cases for PSC Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for Morse Runout Arbors
Carrying Cases for Morse Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for Steep Taper Runout Arbors
Carrying Cases for Steep Taper Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for KM Standard Ball End Runout Arbors
Carrying Cases for KM Standard Ball End Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for HSK Standard Ball End Runout Arbors
Carrying Cases for HSK Standard Ball End Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for PSC Standard Ball End Runout Arbors
Carrying Cases for PSC Standard Ball End Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for KM Precision Ball End Runout Arbors
Carrying Cases for KM Precision Ball End Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Carrying Cases for Steep Taper Standard Ball End Runout Arbors
Carrying Cases for Steep Taper Standard Ball End Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Page loaded in 0.2344 seconds.