MISUMI APFSLPB-P[19-40/0.01]-W[12-40/0.01]-A[10-100/1]
  MISUMI APFSLPB-P[19-40/0.01]-W[12-40/0.01]-A[10-100/1]

We are not the manufacturer, authorised distributor or authorised representative of the MISUMI brand in Saudi Arabia. The private labels and part numbers shown on this website are the property of their respective owners.

MISUMI APFSLPB-P[19-40/0.01]-W[12-40/0.01]-A[10-100/1]

Manufacturer

MISUMI

Country

Japan

Part number

APFSLPB-P[19-40/0.01]-W[12-40/0.01]-A[10-100/1]

Description

[NAAMS] Locating Pin Configurable Diamond Large Head

Stock availability:

On request

Price: On request

Order

Several positions are needed?

Send your request on email:

Worldwide delivery services:
fedex dhl ups
Ways of payment:
wire transfer paypal

Specifications APFSLPB-P[19-40/0.01]-W[12-40/0.01]-A[10-100/1]

On website of FAMAGA you can buy APFSLPB-P[19-40/0.01]-W[12-40/0.01]-A[10-100/1], and many other spare parts from the MISUMI with delivery all over the United States, including: Dublin.For price list, delivery timings and other product features of the MISUMI, please, fill in the feedback form or send a description of goods you need to our e-mail [email protected]

Features APFSLPB-P[19-40/0.01]-W[12-40/0.01]-A[10-100/1]

*C Radius is calculated based on P or W (whichever is larger) **When P/W≤ there is no Flat (Based on whichever is larger). Check CAD Model for further details. Head Tip
Tip Shape Selection
A Shape Bullet
B Shape Half Bullet
C Shape Sphere
Type Surface Treatment Material Hardness
APFSL P -Plain T -TiN 1.6523 equiv. Carburized 58 ~ 62HRC (Depth 0.5-0.7 after Grinding)
Tolerance
Dimension Tol. Finish Geometric
0.0 �0.3 6.0μm 0.015 T.I.R to Datum A & B
0.00 �0.03 3.0μm
0.000 �0.015 1.6μm 0.03 T.I.R
SpecificationsConfigurable NAAMS
Part Number A
Type Coating Tip Shape P W
APFSL T C-P19.56-W22.55-A72
APFSL P A-P35.07-W39.98-A25
Configurable NAAMS (P,W,A Configurable)
TypeCoatingTip ShapeP (0.01mm Inc. )W (0.01mm Inc. )A (1 mm Inc.)B RadC Rad
APFSLP- Plain T- TiN A B C19.00 ~ 40.00 12.00 ~ 40.00 10 ~ 1002.0A C=P/Wx3.0 (O≤16) C=P/Wx2.0 (O>16) B C=P/Wx1.5 (O≤16) C=P/Wx1.0 (O>16) C C=P/Wx0.5
When P or W(whichever is larger)≤20 there is No Flat