• 98% satisfied customers
  • 72h delivery
  • 30 dni na zwrot
Carbide insert for metric threads 0.75 mm 16 ER BMA Fanar
search
  • Carbide insert for metric threads 0.75 mm 16 ER BMA Fanar
  • Carbide insert for metric threads 0.75 mm 16 ER BMA Fanar - nr. 2
  • Carbide insert for metric threads 0.75 mm 16 ER BMA Fanar - nr. 3

Carbide insert 16 ER 0.75 ISO BMA

Fanar Narzędzia Fanar Narzędzia
0000009694
€17.80 tax inc.

Net price: €14.47

Instant Shipping
Last items in stock 2 pcs.
Last items in stock 2 pcs.

Instant Shipping

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

Description

Technical data of insert for metric external threads 16 ER 0,75 mm

Technical data
Side length L 16 mm
Thread profile 60 degrees
Insert type Metric External Right / Internal Left Thread
Thread pitch range P 0.75 mm
Application examples M4,5; M6x0,75; M7x0,75; M8x0,75
Thread profile solid ISO
Carbide grade MTA Suitable for carbon steel, alloy steel, cast iron, stainless steel, cast steel, cast iron and non-ferrous metals
płytka do gwintów wymiary

Insert for metric fine threads 0.75 mm full ISO profile

The 16 ER 0.75 ISO BMA thread insert is a precision turning tool for making 0.75mm pitch metric fine threads with full ISO profile. The 16 series metric external thread insert with dedicated full profile provides complete thread forming including coil tips without the need for additional finishing.

Key benefits of the 16 ER 0.75 mm ISO BMA insert

  • Full ISO profile for 0.75 mm pitch - forms a complete thread including coil tips for M4.5, M6x0.75, M7x0.75, M8x0.75, M9x0.75, M10x0.75
  • Finished thread without additional machining - full-profile insert shapes the thread outline along with finishing the vertices in one operation on the lathe
  • Series 16 for process stability - design provides rigidity and precision for turning fine threads
  • Interchangeable use - insert works as outside legal and inside left when mounted in the appropriate Series 16 lathe holder
  • Dedicated metric profile - angle of outline 60 degrees in accordance with ISO standard to ensure dimensional repeatability in series production

The insert is used in the production of precision mechanics and electronics requiring fine threads with a pitch of 0.75 mm. Ideal for workshops making parts with fine metric threads in production runs requiring high quality. Prepare the nominal diameter of the shaft before starting threading on the lathe.

Cutting parameters for right-hand external insert 16 ER pitch 0.75 mm Horn

ISO SymbolMaterialCutting speed Vc [m/min]
P Steel 50-180
M Stainless steel 50-90
K Cast iron 65-120
N Aluminum and non-ferrous materials 90-180

Number of recommended passes depending on thread pitch

Pitch mm [TPI zwoje]0,75
Number of passes 4-7

Frequently asked questions

1. In which toolholders is the 16 ER 0.75 ISO BMA insert mounted?

The 16 ER 0.75 ISO insert is mounted in right-hand external lathe cut ters equipped with a 16 ER type socket. Thanks to the versatility of the design, the same insert also works with the 16 IR series left-hand internal boring tools, which allows both external and internal threads with a pitch of 0.75 mm.

2. What fine threads can be made with the 0.75 ISO insert?

The insert allows the turning of metric fine threads with a pitch of 0.75 mm: M4.5, M6x0.75, M7x0.75, M8x0.75, M9x0.75, M10x0.75 and all other metric threads having a pitch of 0.75 mm. The ISO full profile provides a complete thread finish in accordance with the international standard for fine threads.

3. What is the difference between an ISO full-profile insert and an AG60 universal insert?

The ISO full-profileinsert forms a complete thread including the tops of the coils in one operation, while the AG60 universal insert shapes only the sides of the thread. The 0.75 ISO profile is dedicated only to the 0.75mm pitch and provides a finished thread without chamfering the vertices, which increases productivity and dimensional repeatability.

4. How to calculate the height of the 0.75 mm fine thread outline?

H1 - Thread outline height given in [mm] || P - thread pitch given in [mm]
H1 [mm] = 0.6134 × P
For a thread with a pitch of 0.75 mm: H1 = 0.6134 × 0.75 = 0.46 mm

Read more

Product accessories

Reviews

No customer reviews for the moment.

Add a review about the product

Carbide insert 16 ER 0.75 ISO BMA

Carbide insert 16 ER 0.75 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.

Cookie preferences

Functional cookies
No
Yes
Cookie Provider Purpose Expiry
PHP_SESSID artykulytechniczne.pl The PHPSESSID cookie is native to PHP and allows websites to store serialised status data. On the website it is used to establish a user session and to pass state data through a temporary cookie, which is commonly known as a session cookie. These Cookies will only remain on your computer until you close your browser. Session
PrestaShop-# artykulytechniczne.pl This is a cookie used by Prestashop to store information and keep the user's session open. It stores information such as currency, language, customer ID, among other data necessary for the proper functioning of the shop. 480 hours
rc::a Google It is used to read and filter bot requests. Persistent
rc::c Google It is used to read and filter bot requests. Persistent
Analytics cookies
No
Yes
Cookie Provider Purpose Expiry
_ga Google Registers a unique ID that is used to generate statistical data on how the visitor uses the website. 2 years
_gat Google Used by Google Analytics to throttle request rate 1 day
_gd# Google This is a Google Analytics Session cookie used to generate statistical data on how you use the website which is removed when you quit your browser. Session
_gid Google Registers a unique ID that is used to generate statistical data on how the visitor uses the website. 1 day