MSRNR Tool Holder
MSRNR 20-5D Tool Holder 15 Side Cutting Edge Angle for Negative Square SNM_Inserts
Made in the USA
MSRNR 20-5D Tool Holder 15 Side Cutting Edge Angle for Negative Square SNM_Inserts
MSRNR Tool Holder
MSRNR 20-5D Tool Holder 15 Side Cutting Edge Angle for Negative Square SNM_Inserts
Made in the USA
MSRNR 20-5D Tool Holder 15 Side Cutting Edge Angle for Negative Square SNM_Inserts

MSRNR 20-5D Tool Holder 15 Side Cutting Edge Angle for Negative Square SNM_Inserts

Tool Holder
$95.20
Item #
Size
Insert
Quantity
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MSRNR 20-5D — toolholder, 1.250" square shank, 6.0" overall length. Made in the USA by RMC Tooling.

15° Side Cutting Edge Angle for Negative Square SNM_ Inserts.

Indexable turning toolholder from RMC Tooling, machined in the United States. The shank is ground to a qualified reference surface, so the tool goes back into the turret at the same cutting-point location every time it is swapped — no re-touching off, no lost setup.

Built for production lathes and CNC turning centers. The insert pocket, seat and clamping hardware are all standard RMC service parts, listed below, so the holder stays in service for years instead of being scrapped when a clamp screw strips.

Specifications

  • Model: MSRNR 20-5D
  • Shank width (A): 1.250"
  • Shank height (B): 1.250"
  • Overall length (C): 6.0"
  • Head length (E): 1.375"
  • Holding method: clamp and locking pin
  • Insert shape: square
  • Holder style: offset shank, 15° side cutting edge angle
  • Holder rake: negative
  • Hand: right hand
  • Shank qualification: qualified back and end, 6.0" long
  • Brand: RMC Tooling — made in the USA

Exact replacement parts for this tool

These are the service parts RMC lists for this exact model — not a generic cross-reference. Every one is stocked.

Insert SNM_-543 (e.g. SNMA 543) — 5/8" I.C. · 1/4" thick · 3/64" nose radius
Seat / shim ISSN-533
Lock pin NL-58
Clamp CL-12
Clamp screw XNS-510
Seat screw S-58

See all RMC spare parts & hardware →

Not sure how to read an insert code? Turning insert designation explained.

Dimensions as published in the RMC 2020 catalog, page 13.

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