We’re committed to protecting and respecting your privacy.
This page explains where our website stores your personal details and what cookies we use on our website and how we use them to improve our website, improve your browsing experience, and how they process your data.
We may change this policy from time to time so please check this page occasionally to ensure that you’re happy with any changes. By using our website, you’re agreeing to be bound by this policy.
Should you have any questions regarding this policy and our privacy practices, please contact us at firstname.lastname@example.org.
All data passed between your computer and the server this website is hosted on is transmitted over SSL using 2048-bit encryption. This includes page views, contact forms submissions and any data 3rd parties collect (such as statistical data).
‘Cookies’ are small pieces of information sent by an organisation to your computer and stored on your hard drive to allow that website to recognise you when you visit. They collect statistical data about your browsing actions and patterns and do not identify you as an individual.
Manage your cookie preferences
We use Google analytics to monitor our website traffic and activity as this gives us an insight on how people are using our website. We only send anonymous user data to Google Analytics and your personal data is not collected.
What happens if I don’t allow these cookies?
By not allowing these cookies, we will not know when you have visited our site, and will not be able to monitor its performance.
Hotjar tracks and record anonymous data on what users’ are doing on our website to help improve the users’ experience using the following methods:
Heatmaps tell us what sections on the website (such as menu links or call to actions) users are interacting with. This gives us an insight to see what sections need improving on pages.
The heatmaps do not capture or store any of your personal data.
Find out more about heatmaps – https://www.hotjar.com/heatmaps
Recordings show us what users are doing when they are browsing our website. This gives us a better understanding into how our users are navigating through our website and how they are interacting with different sections.
Recordings also help us identify any technical issues that users come across with our website (such as broken links or layout issues) so we can fix the issues as soon as possible.
The recordings do not capture or store any of your personal data and displays users anonymously.
We capture the following actions:
We do not capture keystrokes and can not see what information you are submitting when filling in any of our webforms.
Find out more about how recordings work – https://help.hotjar.com/hc/en-us/articles/115011647627-How-do-Hotjar-Recordings-Work-
Feedback polls help us improve our website by asking you for your feedback. You have the choice to send us your feedback anonymously, or if you would like us to get in touch with you, you have the option to send us your contact details. If you choose to send us your contact details, you can request to have your details removed at anytime.
What happens if I don’t allow this cookie?
Not allowing this cookie can result in us not discovering issues you may come across when browsing the website or allow us to collect your feedback to improve the website.
We use an email newsletter service provided by MailChimp to store your information when you sign up to our newsletter, where we send you special offers and keep you up to date with practice news. You can request to have your details removed at anytime.
We also use Olark for our live chat feature, which you will see at the bottom right of the website. We may store your details through the live chat system if you give us consent to.
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OR3D invest in long range 3D scanning solution
OR3D are pleased to add the Reigl VZ400i to their fleet of 3D laser scanners. Its performance allows increases in data capture times per setup, and has ability to record objects over 800m away. This instrument has provided a step change in reducing c...
As is: A model made to be very accurate to the scan data, including all it’s imperfections existing on the real component.
Design intent: A model that has been reverse engineered from scan data to what is believed to be the original design.
See our Reverse Engineering services page for more information.
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