Home > Tool Holders > SC*SPR > 4504313 SC1-1/4SPR5/16

Trade Logo  EDP: 4504313  Part: SC1-1/4SPR5/16  Series: SC*SPR

Available : 3
International: 1

Product Series Features:

  • INCH Straight Sleeve
  • For use with MAXIN Power Milling chucks
  • Preset Screw available for tool positioning (Sold Separately)
  • Note: Chucking forces will be reduced by 25% when the optional reduction sleeves are used
Notes:
  • NOTE: The cutting tool should be inserted into the collet before the collet is inserted into the MAXIN chuck. For maximum rigidity and accuracy, the cutting tool shank should be inserted to the full ground area of the collet.

HiPosSFeedV
12J1A - 90° & Hi-Feed End Mill

  • Ø.250-.500" (Cylindrical)
  • 90°: .19" DOC, Hi-Feed: .02" DOC
  • 5 mm Insert with 2 indexes
  • 32-63 Ra surface finishes when engaging the wiper (WEP)
  • Insert corners: .008" R & Hi-Feed
  • V-Bottom pocket fosters easy insert indexing & eliminates insert screw stress

HiPos-Trio
1KJ1B - 90° End Mill

  • Ø.312-.625" (Cyl)
  • .13" Depth of cut
  • 4mm Insert with 3 indexes
  • 32-63 Ra surface finishes when engaging the wiper (WEP)
  • Insert corners: .008" & .015" R

DiPosFeed
1TG1B Hi-Feed End Mill

  • Ø.312-1.000”
  • 4 mm IC Insert with 4 indexes
  • .5 mm (.020") Max. depth of cut
  • Two different insert edge preparations provide application flexibility
  • Excellent high-feed performance & economy!

Pro-Rounds
45B_RB - Ball Nose End Mill

  • Ø.125-.500" (Cylindrical)
  • 2 Flute, 30° Helix
  • Multi-purpose applications

Power-Rounds
45C_RB - 90° End Mill

  • Ø.125-.500" (Cylindrical or Weldon)
  • 2 Flute, 30° Helix
  • Center-cutting with corner chamfer
  • Medium Length
  • General purpose applications

Power-Rounds
45D_RJ - 90° End Mill for Aluminum

  • Ø.250-.750" (Cylindrical or Weldon)
  • 2 Flute, 55° Helix
  • Sharp corner
  • Medium length
  • Aluminum applications

3n1-Rounds
45D_RP - Hi-Feed End Mill

  • Ø.250-.750" (Cylindrical)
  • 4 or 5 flutes, 38° Helix
  • Large corner radii
  • Chatter-free combo hi-feed variable pitch & chip splitter
  • Serrated cutting edge features flat peaks which leave a better surface finish when compared to competitors' roughing end mills
  • Provides the greatest advantage in cavity milling and heavy roughing cuts

Power-Rounds
45J_RD - 90° End Mill

  • Ø.250-1.00" (Cylindrical)
  • 2 Flute, 45° Helix
  • Sharp Corner
  • Medium length
  • Aluminum applications

Pro-Rounds
46B_RB - Ball Nose End Mill - Short

  • Ø.125-.625" (Cylindrical)
  • 3 Flute, 30° Helix
  • Multi-Purpose Applications

Power-Rounds
46C_RC 90° End Mill

  • Ø.125-.750" (Cylindrical or Weldon)
  • 3 Flute, 38° Helix
  • Corner chamfer
  • Slot/Drill

Power-Rounds
46C_RM 90° End Mill

  • Ø.250-1.00" (Cylindrical or Weldon)
  • 3, 4, 6 Flute, 30° and 38° Helix
  • Corner chamfer
  • Roughing applications

Power-Rounds
46C_RM 90° End Mill

  • Ø.250-1.00" (Cylindrical)
  • 3 Flute, 38° Helix
  • Corner chamfer
  • Roughing applications

Power-Rounds
46D_RC 90° End Mill

  • Ø.125-1.00" (Cylindrical)
  • 3 Flute, 38° Helix
  • Corner radius
  • General purpose applications

Power-Rounds
46D_RD00 90° End Mill

  • Ø.125-.750" (Cylindrical or Weldon)
  • 3 Flute, 45° Helix
  • Sharp corner
  • Slot/Drill applications

Stedi-Rounds
46D_RQ - 90° End Mill

  • Ø.250-1.00" (Cylindrical)
  • 3 Flute, 39-41° Helix
  • Aluminum applications

Power-Rounds
46J_RC 90° End Mill

  • Ø.125-1.00" (Cylindrical or Weldon)
  • 3 Flute, 38° Helix
  • Sharp corner
  • General purpose applications

Power-Rounds
46J_RD 90° End Mill

  • Ø.250-1.000" (Cylindrical)
  • 3 Flute, 45° Helix
  • Corner radius
  • Aluminum applications

Power-Rounds
46J_RD08 90° End Mill

  • Ø.250-.750" (Cylindrical)
  • 3 Flute, 45° Helix
  • Corner radius
  • Aluminum applications

Feed-Rounds
47A_RA - Hi-Feed End Mill

  • Ø.250-.750" (Cylindrical)
  • 4 Flute, 0° Helix

Pro-Rounds
47B_RB - Ball Nose End Mill - Long

  • Ø.125-.750" (Cylindrical)
  • 4 Flute, 30° Helix
  • Multi-Purpose Applications

Pro-Rounds
47B_RB - Ball Nose End Mill - Short

  • Ø.187-.625" (Cylindrical)
  • 4 Flute, 30° Helix
  • Short and stable design for profiling (finishing)

Pro-Rounds
47B_RB - Ball Nose End Mill - Short

  • Ø.125-.750" (Cylindrical)
  • 4 Flute, 30° Helix

Pro-Rounds
47B_RQ - Ball Nose End Mill

  • Ø.125-.500", (Cylindrical)
  • 4 Flute, 38° Helix
  • Variable pitch for roughing hard materials
  • Full slot milling up to 2xD

Power-Rounds
47C/48C_RN 90° End Mill

  • Ø.250-.750" (Cylindrical)
  • 4, 5, 6 Flute, 45° Helix
  • Corner chamfer
  • Roughing applications

Power-Rounds
47C_RM 90° End Mill

  • Ø.250-1.00" (Cylindrical)
  • 4 Flute, 38° Helix
  • Corner chamfer
  • Roughing applications

Hyper-Rounds
47C_RQ - 90° End Mill

  • Ø.125-1.00" (Cylindrical or Weldon)
  • 4 Flute, 35-37° Helix
  • Variable pitch, variable helix
  • ECO style, short

Hyper-Rounds
47C_RQ - 90° End Mill

  • Ø.125-1.00" (Cylindrical or Weldon)
  • 4 Flute, 35-37° Helix
  • Variable pitch, variable helix
  • ECO style

Stedi-Rounds
47C_RQ - 90° End Mill

  • Ø.250-1.000" (Cylindrical or Weldon)
  • 4 Flute, 38° Helix
  • Variable pitch chamfered or radius corners

RoughFin-Rounds
47C_RU - 90° End Mill

  • Ø.250-1.00" (Cylindrical or Weldon)
  • 4 Flute, 45° Helix

Hyper-Rounds
47D_RQ - 4FL 90° End Mill

  • Ø.250-1.000" (Cylindrical or Weldon)
  • 4 Flute, comibation variable 35-37° helix and variable pitch
  • Excellent chatter dampening
  • Suitable for all types of steel and high temperature alloys
  • Used for very high material removal rates in roughing and finishing operations
  • Full slot milling up to 2×D

Hyper-Rounds
47D_RQ - 5FL 90° End Mill

  • Ø.250-.750" (Cylindrical or Weldon)
  • 5 Flute, combination variable 36-38° helix and variable pitch
  • Excellent chatter dampening
  • Suitable for all types of steel and high temperature alloys
  • Used for very high material removal rates in roughing and finishing operations

Hyper-Rounds
47D_RQ - 90° End Mill with Neck Relief

  • Ø.250-1.000" (Cylindrical)
  • 4 Flute with 3, 4, and 5×D neck relief for machining aluminum
  • Combination variable 39-41° helix and variable pitch
  • Excellent chatter dampening
  • Used for both roughing and finishing

Tek-Rounds
47D_RX - 90° End Mill

  • Ø.250-.750" (Cylindrical or Weldon)
  • 4 Flute, 35-37° Helix
  • Variable helix, variable pitch
  • Radial relief grind

Power-Rounds
47J_RC, 47D_RC 90° End Mill

  • Ø.125-.750" (Cylindrical & Weldon)
  • Flute, 38° helix
  • General purpose
  • Corners: sharp, radius, and chamfer

Power-Rounds
47J_RD 90° End Mill - Medium Length

  • Ø.125-.750" (Cylindrical)
  • 4 Flute, 45° Helix
  • Sharp corner

Hyper-Rounds
48/49C_RQ - 90° End Mill

  • Ø.250-.750" (Cylindrical)
  • 6 to 20 Flute, 35° or 45° Helix
  • Variable Pitch, Variable Helix

Power-Rounds
48J_RD 90° End Mill

  • Ø.250-.750" (Cylindrical)
  • 6 Flute, 45° Helix
  • Sharp corner

Power-Rounds
48J_RD 90° End Mill - Medium Length

  • Ø.250-1.00" (Cylindrical)
  • 6 Flute, 45° Helix
  • Sharp corner

Hyper-Rounds
48J_RQ - 90° End Mill

  • Ø.250-.750" (Cylindrical)
  • 7 Flute, 37° Helix
  • Variable pitch

Tek-Rounds
49J_RL - 90° End Mill

  • Ø.125-.500" (Cylindrical)
  • 10 & 12 Flutes, 15° Helix
  • CFRP parts

Drill-In XL
DRXL 20:1

  • Solid Carbide Drills
  • L:D Ratio - 20:1
  • Unique geometry with high performance

Rapid-Thread
MTECB-NPT

  • Solid Carbide Thread Mills - Coolant Thru For External or Internal NPT Thread

Rapid-Thread
MTEC-ISO

  • Solid carbide thread mills
  • Internal thread mills for ISO thread form

Rapid-Thread
MTEC-NPT

  • Solid Carbide Thread Mills - For External or Internal NPT Thread

Rapid-Thread
MTEC-NPTF

  • Solid Carbide Thread Mills - For External or Internal NPTF Thread

Rapid-Thread
MTECSH-UN

  • Solid Carbide Thread Mills - Small Diameter, Left-Hand Cut, UN Profile for Hardened Steel

Rapid-Thread
MTECS-ISO

  • Solid Carbide Thread Mills - Small Diameter, Short, ISO Profile, 2×D and 3×D

Rapid-Thread
MTECS-UN

  • Solid Carbide Thread Mills - Small Diameter, Short, UN Profile, 2×D and 3×D

Rapid-Thread
MTEC-UN

  • Solid Carbide Thread Mills - Internal Thread Mills for UN Thread

RhinoRounds
RE1_5 - 90° End Mill

  • Ø.250-1.000" (Cylindrical)
  • 5 Flute, 38° Helix
  • Variable Pitch
  • Corners: Sharp, .015" .030" .060" .090" .125" R

RhinoRounds
RE1_6 - 90° End Mill

  • Ø.250-1.000" (Cylindrical)
  • 6 Flute, 38° Helix
  • Variable Pitch
  • Corners: Sharp, .015" .030" .060" .090" .125" R

RhinoRounds
RE1_7 - 90° End Mill

  • Ø.250-1.000" (Cylindrical)
  • 7 Flute, 40° Helix
  • Variable Pitch
  • Corners: Sharp, .015" .030" .060" .090" .125" R

RhinoRounds
REB_5 - Ballnose End Mill

  • Ø.250-1.000" (Cylindrical)
  • 5 Flute, 38° Helix
  • Variable Pitch
  • BallNose

RhinoRounds
REB_6 - Ballnose End Mill

  • Ø.250-1.000" (Cylindrical)
  • 6 Flute, 38° Helix
  • Variable Pitch
  • BallNose

RhinoRounds
RH1_4 - 90° End Mill

  • Ø.125-1.000" (Cylindrical)
  • 4 Flute, 38° Helix
  • Variable Pitch
  • Corners: Sharp, .015" .030" .060" .090" .125" R

RhinoRounds
RHB_4 - Ballnose End Mill

  • Ø.125-1.000" (Cylindrical
  • 4 Flute, 38° Helix
  • Variable Pitch
  • BallNose

Chip-Surfer
S*T*CA - Carbide Shank, Necked

  • Cylindrical Shank
  • Chip Surfer "T" Style Thread Connection
  • Neck Relief
  • Shank modifications can be made by cutting off the back to desired length or turning back neck for more usable length

Chip-Surfer
S*T*CA - Carbide Shank, No Neck

  • Cylindrical Shank
  • Chip Surfer "T" Style Thread Connection
  • No Neck Relief
  • Due to tolerance, shank diameter will be slightly larger than tip diameter. .010" per side neck modification required for clearance when milling 90° shoulder

Chip-Surfer
S*T*HA - Heavy Metal Shank, No Neck

  • Cylindrical Shank
  • Chip Surfer "T" Style Thread Connection
  • No Neck Relief
  • Due to tolerance, shank diameter will be slightly larger than tip diameter. .010" per side neck modification required for clearance when milling 90° shoulder

Chip-Surfer
S*T*SA - Steel Shank, Necked

  • Cylindrical Shank
  • Chip Surfer "T" Style Thread Connection
  • Neck Relief
  • Shank modifications can be made by cutting off the back to desired length or turning back neck for more usable length

Chip-Surfer
S*T*SA - Steel Shank, No Neck

  • Cylindrical Shank
  • Chip Surfer "T" Style Thread Connection
  • No Neck Relief
  • Due to tolerance, shank diameter will be slightly larger than tip diameter. .010" per side neck modification required for clearance when milling 90° shoulder

Tool Holders
BT*MAXIN

  • BT MAS-403
  • INCH Power Milling Chuck
  • Chucking forces will be reduced by 25% when reduction sleeves are used
  • Optional reduction sleeves should be ordered separately
  • *Note: Preset screws are compatible with milling chuck sleeves only, they are not compatible for use with the holder alone

Tool Holders
C*MAXIN

  • C-Adapter (ISO 26623-1)
  • INCH MAXIN Power Milling Chuck
  • Quick Change Holder
  • Chucking forces will be reduced by 25% when reduction sleeves are used
  • Optional reduction sleeves should be ordered separately
  • *Note: Preset screws are compatible with milling chuck sleeves only, they are not compatible for use with the holder alone

Tool Holders
CAT*FC*MAXIN

  • CAT Face Contact
  • MAXIN Power Milling Chuck
  • Chucking forces will be reduced by 25% when reduction sleeves are used
  • Optional reduction sleeves should be ordered separately
  • *Note: Preset screws are compatible with milling chuck sleeves only, they are not compatible for use with the holder alone

Tool Holders
CAT*MAXIN

  • CAT V-Flange
  • MAXIN Power Milling Chuck
  • Chucking forces will be reduced by 25% when reduction sleeves are used
  • Optional reduction sleeves should be ordered separately
  • *Note: Preset screws are compatible with milling chuck sleeves only, they are not compatible for use with the holder alone

Tool Holders
HSKA*MAXIN

  • HSK-A (DIN 69893/A)
  • INCH Power Milling Chuck
  • Chucking forces will be reduced by 25% when reduction sleeves are used
  • Optional reduction sleeves should be ordered separately
  • *Note: Preset screws are compatible with milling chuck sleeves only, they are not compatible for use with the holder alone
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