• 98% satisfied customers
  • 72h delivery
  • 30 dni na zwrot
Carbide insert for metric threads 0.8 mm 16 ER BMA Fanar
search
  • Carbide insert for metric threads 0.8 mm 16 ER BMA Fanar
  • Carbide insert for metric threads 0.8 mm 16 ER BMA Fanar - nr. 2
  • Carbide insert for metric threads 0.8 mm 16 ER BMA Fanar - nr. 3
Fanar Narzędzia

Carbide insert 16 ER 0.8 ISO BMA

Fanar Narzędzia Fanar Narzędzia
0000011830
€14.24 tax inc.

Net price: €11.58

Brak w magazynie
Brak w magazynie

Call and order: (44) 755-04-05

Description

Metric threading insert 16 ER 0.8 ISO BMA – full profile

Technical data for the full-profile insert for 0.8 mm pitch

Technical data
Designation16 ER 0.8 ISO BMA
Brand / part numberFanar / 0000011830
Typeexternal threading insert, right-hand
Profilefull, ISO metric, 60° angle
Pitch0.8 mm
Thread depth0.49 mm
Thread tolerance class6g
Insert size16: edge 16 mm, IC 9.525 mm
Cutting edges3
Tool holdersright-hand external SER, size 16
GradeBMA: submicron carbide, PVD TiAlN
Fanar 16 ER 0.8 ISO BMA insert for metric threads, three full-profile corners
Pitch0.8 mm
Profilefull ISO
Depth0.49 mm
Tool holdersSER 16

Metric threading insert 16 ER 0.8 ISO BMA turns the full external thread profile at a pitch of 0.8 mm: flanks, root, and crests. It can cut an M5 coarse thread. It operates in size 16 right-hand SER holders. It has three corners for sequential use.

Full ISO profile – flanks, root and major thread diameter

The insert finishes the thread crests in the same cycle

This insert

16 ER 0.8 ISO – full profile

16 ER 0.8 ISO insert after the final pass in an M5 thread, the full profile cuts the thread crests at diameter d
Crests trimmed to diameter d.
Comparison

Partial profile, e.g. 16 ER AG60

Partial-profile insert in an M5 thread, thread crests left unmachined
The crests retain the surface from turning the shaft.
Axial cross section of an M5 thread after the final pass. Gold highlights the insert; the red line marks the surfaces machined by the insert.

A full-profile threading insert has short edges on both sides of the tooth. During the final passes, these trim the adjacent thread crests to the major thread diameter. The insert therefore turns both the groove and the thread diameter itself, with a crest flat equal to 1/8 of the pitch, or approximately 0.10 mm.

For an M5 thread in tolerance class 6g, the major diameter is 4.826–4.976 mm and the pitch diameter is 4.361–4.456 mm. Pre-turn the shaft with a small machining allowance. If the diameter is too small, the crests will remain unmachined and the profile will be too shallow. Check the finished thread with a thread ring gauge or a nut.

This insert
Full-profile insert in the thread groove, with machined flanks, root and crests

Full profile 16 ER 0.8 ISO

The insert turns the flanks, root and crests of a thread with a 0.8 mm pitch. The crest is formed in the same cycle as the flanks, ensuring a repeatable profile in production runs.

Choose for: production runs of threads with a single pitch.
Comparison
Partial-profile insert in the thread groove, with machined flanks and root and unmachined crests

Partial profile, e.g. 16 ER AG60

The insert machines the flanks and root of the groove over a pitch range of 0.5–3.0 mm. It does not touch the crests: they retain the previously turned diameter.

Choose for: short runs and various pitches.

How the 16 ER 0.8 ISO insert cuts threads – passes, feed and cutting data

Feed of 0.8 mm per revolution and 4–7 progressively shallower passes

Thread turning with a 16 ER 0.8 ISO insert in an SER holder, feeding toward the lathe chuck
Schematic illustration: insert in a right-hand SER holder in front of the lathe axis. Gold highlights the insert.

One spindle revolution – 0.8 mm of feed

The shaft rotates while the insert advances along the axis by 0.8 mm per spindle revolution. In a typical setup, the right-hand insert feeds toward the chuck and cuts a right-hand thread. During the final passes, its side edges trim the crests to the thread diameter.

Successive passes of the 16 ER 0.8 ISO insert in the M5 thread groove with flank infeed
Schematic illustration of the passes for an M5 thread. The lines show successive cutting edge positions.

Successive passes to a depth of 0.49 mm

The insert reaches a depth of 0.49 mm in 4–7 passes; start with 6. The first pass removes the most material, while the final pass removes 0.05–0.08 mm. Use flank infeed at 29–30° to the radial direction: the insert then cuts mainly on one flank.

At the end of the thread next to the shoulder, machine a runout groove at least 0.9 mm wide and at least 0.49 mm deep.

Cutting speed for BMA grade

BMA is a submicron carbide grade with a PVD TiAlN coating for steels, stainless steels and cast iron. The speeds in the table apply to thread turning.

Workpiece materialCutting speed vc [m/min]
P Unalloyed steel, cast steel, free-cutting steel120–180
P Low-alloy steel and cast steel (up to 5% alloying elements)80–130
P High-alloy and tool steel60–80
M Stainless steel and stainless cast steel90–130
K Gray cast iron120–130
K Ductile and malleable cast iron100–130

Spindle speed and feed for M5

Thread pitch of 0.8 mm marked between the centers of adjacent profile crests
Pitch P is measured along the axis between corresponding points on adjacent thread turns.

For each spindle revolution, the insert advances by one pitch: fn = P = 0.8 mm/rev.

Example: M5 in low-alloy steel, vc = 100 m/min
n = 1000 × vc / (π × d) = 1000 × 100 / (π × 5) ≈ 6370 rpm
vf = n × P = 6370 × 0.8
5096 mm/min
feed rate
d – thread diameter (5 mm), n – spindle speed, vc – cutting speed from the middle of the range in the table, vf – feed rate.

Calculate the helix angle β using the formula tan β = P / (π × d), where P is the pitch and d is the thread diameter. For M5: 0.8 / (π × 5) = 0.051, giving β ≈ 2.92°. Standard threading holder shims tilt the insert by 1–1.5°. This thread has a larger angle, so select a shim with a tilt closer to 2.9° using the holder manufacturer's table.

Thread with a 0.8 mm pitch – M5

One pitch, one size from the standard table

The tooth profile matches a single pitch. The depth of a thread with a 0.8 mm pitch is 0.49 mm.

The 16 ER 0.8 ISO insert can cut an M5 coarse thread.

Group according to PN-ISO 261Thread sizes with a 0.8 mm pitch
Coarse threadstandard pitch 0.8 mmM5
M5 is highlighted in gold – the thread used in the drawings and calculation example in this description.

Decoding the 16 ER 0.8 ISO designation – element by element

Size, operating hand, pitch, profile and grade in the insert designation, holder selection

Drawing of the 16 ER 0.8 ISO insert with dimensions L, IC, X, Y and an ISO-profile corner
Dimensions according to catalogs for inserts of this standard. Enlarged corner detail.

Dimensions of the 16 ER 0.8 ISO insert

Size 16 denotes an edge length of 16 mm and an inscribed circle IC of 9.525 mm, or 3/8 inch; it is not the thread diameter. Dimensions X = 0.6 mm and Y = 0.6 mm specify the position of the cutting tip relative to the insert sides. The corner reproduces the ISO profile: an angle of 60°, a thread crest of 1/8 of the pitch and a root of 1/4 of the pitch in the nominal profile.

16
Icon for insert size 16

Insert size

Edge 16 mm, IC 9.525 mm.
E
External thread icon

External thread

Turning on shafts and journals.
R
Right-hand version icon

Right-hand version

SER holder, feed toward the chuck.
0.8
Icon for 0.8 mm thread pitch

Thread pitch

0.8 mm; one insert for one pitch.
ISO
ISO metric profile icon

Metric profile

Angle 60°, full profile, class 6g.
BMA
BMA carbide grade icon

Carbide grade

Submicron, PVD TiAlN, P20–P40 and K20–K30.
Only for 0.8 mm pitch and external threads

The insert profile matches a single pitch. At a different feed, the insert flanks will not align with the thread flanks, resulting in a distorted thread. An internal thread has a different depth and radii, so it requires an internal threading insert in an internal holder.

Mount the threading insert in right-hand external SER holders for size 16 inserts, e.g. SER 1616 H16, SER 2020 K16 or SER 2525 M16. A right-hand external insert works only in a right-hand external holder.

The 16 ER 0.8 ISO BMA metric threading insert finishes a thread with a 0.8 mm pitch, including the crests, without a separate finish-turning operation on the diameter. A single insert can cut an M5 thread, always at the same depth of 0.49 mm. It is suitable for production runs requiring a consistent profile.

16 ER 0.8 ISO – questions about selection and applications

Key information before selecting an insert

You can cut all external metric threads with a 0.8 mm pitch: the M5 coarse thread.

Yes. The full profile trims the thread crests at the major diameter, for example to 4.826–4.976 mm for M5 in tolerance class 6g. Simply pre-turn the shaft with a small machining allowance.

The external thread depth is 0.49 mm, or 0.6134 times the pitch.

Right-hand external SER holders for size 16 inserts, e.g. SER 1616 H16, SER 2020 K16, SER 2525 M16 or SER 3232 P16.

Usually 4 to 7 passes; start with 6. For harder materials, add passes instead of increasing the cutting speed.

Product accessories

Reviews

No customer reviews for the moment.

Add a review about the product

Carbide insert 16 ER 0.8 ISO BMA

Carbide insert 16 ER 0.8 ISO BMA

Shipping

All orders are delivered by courier company GLS. For orders exceeding 369 PLN gross shipping is FREE

Courier GLS Przelew24 / Prepayment 14,76 zł gross Delivery time 1 working day
Courier GLS Cash on delivery 17,26 zł gross Lead time 1 working day

This website uses its own and third-party cookies to improve our services and show you advertising related to your preferences by analyzing your browsing habits. To give your consent to its use, press the Accept button.

More information