Skip to content
International Site - english
This site in other languages:
Select Country to see regional site for Taylor-Hobson.com
International Site
Chinese Site
Korean Site
French Site
German Site
Italian Site
Japanese Site
Russian Site
Taiwan Site
Login
Registered User Login
Toggle navigation
PRODUCTS
Overview
Solutions by Application
Optics Applications
Diamond Turned Aspheric Optics
Diffractive Optics
Fibre Optic Connectors
Freeform Optics
Ground Polished Aspheric Optics
Laser Etalons
Micro Lens Array
Polished Optics
Automotive Application
Wheel Drum and Brake Disk
Camshaft and Crankshafts
Connecting Rods
Cylinder Heads and Blocks
Fuel Injectors
Panels and Fascia
Pistons Pins and Rings
Transmission
Space, Defence and Aerospace
Helicopters
Space and Defence Optics
Space Applications
Military Jets and Drones
Commercial Jets
Military Weapons and Vehicles
Ships and Submarines
Turbine & Compressor Alignment
AEROStack Systems
Aerospect SPS - Stack Prediction Systems
Bearing Applications
Ball Bearings
Ball screws and ball nuts
Cylindrical Roller Bearings
Fluid Dynamic Bearings
Harmonic Analysis
Thrust Bearings and Bearing Raceways
Roller Bearings
Rolling Elements
Spherical Roller Bearings
Taper Roller Bearings
Angular Contact Ball Bearings
Deep Groove Ball Bearings
Four Point Bearings
Hard Disc Drive Bearings
Hard Disk, MEMS and Semiconductor
Epitaxial Wafers
IC Package Measurement
Laser Etch Measurement
MEMS & Nanotechnology
Step Height
Medical Applications
Pharmaceutical
Surgical Needles
Orthopaedic Implants
Heart Valves
DENTAL
Cosmetic / Dermatology
Bio MEMS
Bio chips
Surface Profilers
PGI Optics Profilometers
Form Talysurf® PGI Freeform
Form Talysurf® PGI Matrix
Form Talysurf® PGI Optics
Form Talysurf® CNC Series
Form Talysurf® CNC Series
Form Talysurf® PGI NOVUS
Form Talysurf® PGI NOVUS
Form Talysurf® LASER
Form Talysurf® LASER
Form Talysurf® i-Series PRO Range
Form Talysurf® i-Series PRO
Form Talysurf® WRi PRO
Talysurf PRO
Shop Floor Intra
Intra Touch
Intra Contour
Handheld Surtronic® Products
Surtronic® S-100 Series - Surface Roughness Tester
Surtronic® Duo II - Surface Roughness Tester
Surtronic Range Video
Roundness & Form
Multi-part High Precision Roundness
TalyMaster
Talyrond® 500 HS PRO
TALYScan 280
TALYScan 280
High Precision Roundness
Talyrond 400H Series
Talyrond® 565H PRO
Talyrond® 585H PRO
Talyrond® 595H PRO
Large Capacity Roundness
Talyrond 450
Talyrond 565-585XL
Shop Floor Roundness
Talyrond® 170 Raceway
Surtronic® R-150
Talyrond 130
Talyrond 131
Non-contact 3D Optical Profilers
LUPHOScan Non-contact Profilometers
LUPHOScan 50 SL
LUPHOScan 260/420 HD
LUPHOScan 850 HD
Alignment & Level
Autocollimators
Ultra Dual Axis Digital Autocollimator
Ultra High Precision Dual Axis Digital Autocollimator
Prism Checker
TA51 Visual Autocollimator
TA60 Visual Autocollimator
VA900 Visual Autocollimator
Electronic levels and Clinometers
Talyvel 6 Flatness Measurement
Talyvel 6 Electronic Levels
Digital Inclinometer
TB100 Precision Microptic Clinometer
Micro Alignment Telescopes
Alignment telescopes without micrometers
Digital Alignment Telescope
Micro Alignment Telescope with CCTV digital camera
Micro Alignment Telescopes with built in optical micrometers
ABOUT US
About Us
What We Do
Management
Research
Intellectual Property
Luphos
History
Careers
Corporate Social Responsibility
Taylor Hobson Ltd Pension Plan
CONTACT US
Taylor Hobson WorldWide
Global Sales Offices
Channel Partners
Ask Our Experts
NEWS
Press Releases
Exhibitions
Webinars
PARTNERS
SUPPORT
AMECare
Contract Measurement and Inspection Services
Customer Service Design
Helpdesk
Training Seminars
Fundamentals of instrument use
Advanced instrument use
Form Measurement and analysis
Metrology Theory
UKAS Instrument Calibration Services
Ultra Precision Manufacturing
RESOURCE CENTER
Blog
Application Notes
RESOURCE LIBRARY
Styli & Accessories Catalog
Ask a question
Webinars On-Demand
Software
Metrology 4.0
Talyprofile
Surtronic Roundness X-sight
Ultra software
Stylus Definitions
Training Material
User Guides
White Papers
Ask a question
What is Surface Texture
How do we measure surface texture?
Why do we measure surface texture?
What is the difference between roughness waviness and form
How do we separate Roughness, Waviness and Form
What are filters?
What types of filters are there?
What is a cut-off?
What standard cut-offs are available?
Which cut-off should I use?
What is a sample length?
What is an assessment length?
What measurement length should I make?
Why have I lost cut-offs during analysis?
What are Hybrid Parameters?
What is a skid?
How is roundness measured?
What is a reference circle?
What reference circles are there?
What is cylindricity and why measure it
What is a reference cylinder and what types are there
How many planes are needed for cylindricity measurement?
What is cylinder parallelism
Taylor Hobson
»
RESOURCE CENTER
»
Ask a question
»
Why do we measure surface texture?
»
Why do we measure surface texture?
We measure surface texture for two main reasons:
To try to predict the performance of the component.
To try to control the manufacturing process as the manufacturing process leaves its signature in the surface texture.
Surface Finish Analysis Software
FOLLOW US ON SOCIAL MEDIA
Tweets by TaylorHobson
MacCMS
×