Xometry.pro
en – Global
Knowledge & Community
Search
K
Quote & source your parts
Europe Europe
English Deutsch Français Italiano Español
Türkiye Türkiye
English Türkçe
United Kingdom United Kingdom
English
Global Global
English
select
navigate
switch tabs
Esc close

Get Instant Quote

Use our Instant Quoting Engine to easily quote and source your parts online

Get a Quote
Back
 Profile
Menu
Materials Library
Manufacturing Stories & Cases
Articles
E-books & Guides
Free Tools
Webinars
Free Courses
Community Discussions
Create Topic
Quote & Source Your Parts
Get a Quote

Edit topic

Home Xometry Community Industrial Design ISO 2768 fine or medium?

ISO 2768 fine or medium?

0
L
1

Hi, I’m trying to decide between ISO 2768 Fine and Medium tolerances for CNC machined aluminium parts. What are the practical implications of this choice in terms of achievable precision, manufacturing cost, and lead time? The CNC-machined parts will be used in the main structural components and linear guide rails (we’re talking about a small-scale automated assembly line for electronic components). I need high accuracy for component placement (withing 0.1mm), but I’m concerned about potential over-engineering and unnecessary costs. Thanks in advance for your help!

Link copied
Solved by Joao Clemencio

Hello Korhonen,

You can visit this article to know everything about ISO2768 standard and what tolerances will you achieve by choosing medium or fine standard.  https://xometry.pro/en-eu/articles/standard-tolerances-manufacturing/

Choosing fine tolerance you will get a better precision (within 0.1mm on dimensions up to 30mm), but the part will have higher cost and higher lead time, due to the need to have slower cutting speeds and more precise tooling.

Depending on the size of your part, Medium tolerance can be enough, or you may need to use Fine tolerance to achieve the required results.

    • L

      Hi, I’m trying to decide between ISO 2768 Fine and Medium tolerances for CNC machined aluminium parts. What are the practical implications of this choice in terms of achievable precision, manufacturing cost, and lead time? The CNC-machined parts will be used in the main structural components and linear guide rails (we’re talking about a small-scale automated assembly line for electronic components). I need high accuracy for component placement (withing 0.1mm), but I’m concerned about potential over-engineering and unnecessary costs. Thanks in advance for your help!

      0
      Reply
    • Xometry Engineer

      Hello Korhonen,

      You can visit this article to know everything about ISO2768 standard and what tolerances will you achieve by choosing medium or fine standard.  https://xometry.pro/en-eu/articles/standard-tolerances-manufacturing/

      Choosing fine tolerance you will get a better precision (within 0.1mm on dimensions up to 30mm), but the part will have higher cost and higher lead time, due to the need to have slower cutting speeds and more precise tooling.

      Depending on the size of your part, Medium tolerance can be enough, or you may need to use Fine tolerance to achieve the required results.

      0
      Reply
      Link copied
ISO 2768 fine or medium?
Your information:




Suggested Topics

Topic
Replies
Views
Activity
Visibility of parting line on GF30 PA6 injection molded handle
Industrial Design
Hello everyone, how visible can the parting line be on final molded parts? My team is currently designing a handle cover for an industrial machine, injection molded in PA6 with 30% glass fiber. Aesthetics... read more
T
C
1
12
May 06
Minimum embossed text size for TPU molding
Industrial Design
Hey there, I'm designing a flexible watch strap that will be injection molded in TPU (Shore 85A). I want to include some small embossed text (branding and serial number) directly on the strap, but... read more
A
n
2
81
May 05
Printed bracket cracking – how to reinforce?
Industrial Design
Hi,  I'm prototyping a small bracket for holding a plastic cover in place—roughly 60 × 30 × 10 mm, with two hooks and two screw holes (M3) on the top side. I printed it in PLA with 20% infill... read more
G
R
1
81
Apr 23
FEA of a welded tow hitch
Industrial Design
Hi! Need help on a welded tow hitch for an off-road vehicle using S355 steel tubing and 8 mm plates. It needs to handle a 3,500 kg towing load with off-axis forces. In ANSYS,... read more
L
R
1
122
Apr 10
Best gear setup for a compact robotic arm gearbox
Industrial Design
Hi,Working on a compact gearbox for a robotic arm and need advice on the best gear setup. The arm sees intermittent loads, max torque at the output is 15 Nm, and I need about... read more
R
M
2
181
Apr 16

Edit topic