Mekaniikkasuunnittelua, koulutusta, konsultointia

Dimensioning, tolerancing, surface roughness

What is the significance of dimensioning, tolerancing and surface roughness in production operations?
❑ Ensures successful functionality
❑ Significantly affect manufacturing costs
❑ Ensure that subcontractors are sure to do what is needed

Digital product specification

What is digital product specification?
❑ What business benefits can be achieved with digital product specification?
❑ What do the standards say about digital product specification?

Training package

2 DAYS, 4h / day
Day 1
▪ geometric tolerancing
▪ general tolerances
▪ background of measurement
Day 2
▪ fits
▪ surface roughness markings
▪ digital product specification

▪ Course price:
480 € / participant (VAT 0%)
▪ The course price includes course materials
▪ At least 4 participants

Standards that are covered during the course

[2] SFS-EN ISO 8015, 2011. GEOMETRIC PRODUCT DEFINITION (GPS). BASIC.
[3] SFS-EN ISO 5459, 2011. GEOMETRIC PRODUCT DEFINITION (GPS). GEOMETRIC TOLERANCE. BASIC ELEMENTS.
[4] SFS-EN ISO 1101, 2017. Geometrical Product Specification (GPS). Geometric tolerances. Tolerances on shape, direction, position and throw.
[5] SFS-EN ISO 2692, 2015. GEOMETRIC PRODUCT DEFINITION (GPS). GEOMETRIC TOLERANCE. MAXIMUM MATERIAL REQUIREMENT (MMR).
[2] Geometrical Product Specification (GPS). Marking surface roughness. SFS-EN ISO 1302
[3] Geometrical Product Specification (GPS). Surface roughness. SFS-EN ISO 4287 [4] Geometrical Product Specification (GPS). Surface roughness. SFS-EN ISO 4288
[5] Geometrical Product Specification (GPS). Surface roughness. Default passband. SFS-EN ISO 3274
[6] Geometrical Product Specification (GPS). Surface roughness. Motif quantities. SFS-EN ISO 12085
[7] Geometrical Product Specification (GPS). Surface roughness. Filtering. SFS-EN ISO 13565-1 [8] Geometrical Product Specification (GPS). Surface roughness. Loaded surfaces. SFS-EN ISO 13565-2
[9] Geometric Product Specification (GPS). Surface roughness. Loaded surfaces. Cylinder sleeves_fuel systems. SFS-EN ISO 13565-3
[11] Geometric Product Specification (GPS). Surface roughness. Filtering. SFS-EN ISO 16610-1 and -21
[2] Geometric Product Specification (GPS). ISO marking system for length tolerances. Part 1 Criteria for tolerances, dimensional dimensions and adaptations SFS EN ISO 286-1
[3] Geometrical Product Specification (GPS). ISO marking system for length tolerances. Part 2 Tables for basic tolerance classes and limit differences for holes and shafts SFS-EN ISO 286-2
[5] Shrinkage and compression fitting. SFS 5595
[2] SFS-EN 22768-1, 1993. GENERAL TOLERANCES. [3] SFS-EN 22768-2, 1993. GENERAL TOLERANCES. PART 2
[4] SFS-EN ISO 13920, 1996. WELDING. GENERAL TOLERANCES FOR WELDED STRUCTURES.
[5] SFS-EN ISO 8062, 2007. GEOMETRIC PRODUCT DEFINITION (GPS). DIMENSIONS AND GEOMETRIC TOLERANCES OF MOLDED PIECES ... [6] SFS 3918, 1987. TOLERANCES AND APPROVAL CONDITIONS FOR PLASTIC MOLDINGS.
[2] Geometrical Product Specification (GPS). Geometric tolerances. SFS-EN ISO 1101
[3] Technical product documentation. Digital Product Specification Information Policies. SFS-ISO 1679

Training package Geometric tolerances, surface roughness, general tolerances and adaptations in mechanical engineering. Possibilities of digital product specification in product development.

Dimensioning, tolerancing, surface roughness

Digital product specification

Training package

Standards that are covered during the course

Training package
Geometric tolerances, surface roughness, general tolerances and adaptations in mechanical engineering. Possibilities of digital product specification in product development.