optimaxsi.com


Tags Whois Backlink & Rankings Speed Safety Headers Similar Sites Keywords H Tags
Tags Whois Rank Speed Safety Headers Similar Sites Keywords H Tags

optimaxsi.com Website Info

optimaxsi.com (optimax builds custom high-precision optics and optical systems behind the latest breakthrough technologies in aerospace, defense, and consumer electronics. learn more here.) was registered first at 1995-10-16 04:00:00. DNS looks Active and website looks Accessable. According to Google, website speed score is 44/100 and AVERAGE. Website looks safe for children. We detected the website language as en-US.
optimaxsi.com


optimaxsi.com Website Tags

Domain Status:
✓ Active
Is Site Accessable?:
✓ Yes
SSL(https):
✓ Yes
Accessable Url:
https://www.optimaxsi.com
Title:
custom optics & systems | high precision | optimax systems
Description:
optimax builds custom high-precision optics and optical systems behind the latest breakthrough technologies in aerospace, defense, and consumer electronics. learn more here.
External Links:
16
Internal Links:
420
Canonical URL:
https://www.optimaxsi.com/
Language:
en-US
XML Sitemap:
✓ Yes
robots.txt:
✓ Yes https://www.optimaxsi.com/robots.txt
Favicon:
✓ Yes

optimaxsi.com Domain & Whois Details

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Domain Create Date:
1995-10-16 04:00:00
Domain Age:
29 years, 8 months, 17 days
Domain Expire Date:
2023-10-15T04:00:00Z
Domain Last Update Date:
2023-10-15T04:00:00Z
Domain Owner:
http://www.namesilo.com - NameSilo, LLC -
Server Software:
PHP/7.4.33
Server Type:
Apache/2.4.54 (Debian)
Nameservers:
NS1.WEBHOST.IO - NS2.WEBHOST.IO - NS3.WEBHOST.IO - NS4.WEBHOST.IO -
Hosting Location:
Country:United States, City:Ashburn, Isp:Amazon.com, Inc., Org:AWS CloudFront (GLOBAL)
IP:
18.164.96.86 , 18.164.96.97 , 18.164.96.39 , 18.16



optimaxsi.com Website Speed (Desktop)

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Overall Category:
AVERAGE
The human readable speed "category"
Speed Index:
44
Speed Index shows how quickly the contents of a page are visibly populated. [Learn more about the Speed Index metric].
Cumulative Layout Shift (CLS):
0.22 (AVERAGE)
The Cumulative Layout Shift (CLS) metric measures how much unexpected layout shifts affect the user experience on a page. These layout shifts occur when content moves around without prior user input. CLS
Time to First Byte (TTFB):
1.551 s (AVERAGE)
TTFB (time to first byte) is the number of milliseconds it takes for a client’s browser to receive the first byte of the response from the web server. Usually, TTFB can be improved with faster hosting and server optimizations. TTFB
First Contentful Paint (FCP):
2.27 s (AVERAGE)
FCP (First Contentful Paint) measures the time from a user’s navigation to when the browser renders the first bit of content from the DOM. In other words, FCP marks the time at which the first text or image is painted for the user. According to PageSpeed Insights, FCP should occur in under 2 seconds. FCP
Interaction to Next Paint (INP):
47 ms (FAST)
Interaction to Next Paint (INP) is a web performance metric that measures user interface responsiveness – how quickly a website responds to user interactions like clicks or key presses. Specifically, it measures how much time elapses between a user interaction like a click or key press and the next time the user sees a visual update on the page. INP
Largest Contentful Paint (LCP):
2.647 s (AVERAGE)
Largest Contentful Paint (LCP) is a metric that measures when the largest content in the viewport is rendered. It is used to measure how long it takes for the main content of your webpage to appear on the screen. Everything below 2.5s is considered good LCP time by PageSpeed Insights. LCP
Total Size:
2601 KB
Total Size. Large network payloads cost users real money and are highly correlated with long load times.
Server Response Time:
31 ms
Initial server response time. Keep the server response time for the main document short because all other requests depend on it. [Learn more about the Time to First Byte metric](https://developer.chrome.com/docs/lighthouse/performance/time-to-first-byte/).
Final Url:
https://www.optimaxsi.com/
Canonicalized and final URL for the document, after following page redirects (if any).
Last Date Checked:
8/6/2023 4:37:04 AM
The last time we checked this website.
Site Speed Check(Full)

optimaxsi.com HTML Resources

Type
Request Count
Size
Total
121
2,601 KB
Third-party
51
1,565 KB
Script
42
1,563 KB
Image
26
438 KB
Stylesheet
29
260 KB
Font
8
185 KB
Document
2
113 KB
Other
14
40 KB
Media
0
0 KB

optimaxsi.com Website Safety

Refresh
Last Check Date:
5/8/2023 9:03:40 PM
Fortiguard:
Business
Mcafee Category:
Internet Services
OpenDNS:
BeFirst
Cloudflare DNS:
OK
MyWot Child Safety:
99

optimaxsi.com HTTP Headers

Refresh
Age :
40155
alt-svc :
h3=":443"; ma=86400
Connection :
keep-alive
Content-Type :
text/html; charset=UTF-8
Date :
Mon, 05 Jun 2023 12:52:07 GMT
Link :
<https://www.optimaxsi.com/wp-json/>; rel="https://api.w.org/",<https://www.optimaxsi.com/wp-json/wp
Referrer-Policy :
strict-origin-when-cross-origin
Server :
Apache/2.4.54 (Debian)
strict-transport-security :
max-age=31536000
Transfer-Encoding :
chunked
Vary :
Accept-Encoding,Origin
Via :
1.1 95708ab75ec6181aa75086df530332d6.cloudfront.net (CloudFront)
X-Amz-Cf-Id :
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X-Amz-Cf-Pop :
JFK50-P5
X-Cache :
Hit from cloudfront
x-content-type-options :
nosniff
X-Frame-Options :
SAMEORIGIN
X-Powered-By :
PHP/7.4.33
x-tec-api-origin :
https://www.optimaxsi.com
x-tec-api-root :
https://www.optimaxsi.com/wp-json/tribe/events/v1/
x-tec-api-version :
v1
x-xss-protection :
1; mode=block


optimaxsi.com W3C HTML Validation Check Now

Last Check Date:
5/30/2023 12:00:00 AM
Errors:
550
Warnings:
0
Info:
125
Check Live:
Check optimaxsi.com HTML Errors

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optimaxsi.com Site Keywords

Custom High Precision Optical Components
Custom Optics
High Precision
Optimax Systems

optimaxsi.com Site H Tags

Check Now
h1
We are manufacturing the future every day.
h1
The Optimax Story
h2
Precision Optics Fast & Accurate
h3
Receive OurTechnical Papers
h3
Follow Us
h4
View the Optimax Buying Process
h4
Technical Expertise
h4
Discover Optimax
h4
REQUEST A QUOTE
h4
LEARN FROM THE EXPERTS
h4
JOIN OUR TEAM
h4
CORPORATE HEADQUARTERS
h4
RECENT NEWS
h4
How to use manufacturing statistics when tolerancing a lens system
h4
Towards understanding tool influence function (TIF) spots during hemispherical sub-aperture tool pol
h4
Defect-testing optical coatings for directed energy applications
h4
Force responsive robotic controlled figuring and smoothing of lightweight freeform mirrors
h4
Evaluation of alumina and silica coating materials for the NIF final turning mirrors
h4
Freeform Monolithic Multi-Surface Telescope Manufacturing
h4
The influence of oxygen partial pressure on the properties of evaporated alumina thin films
h4
If you can't measure it, you can’t make it: the importance of metrology in optics fabrication Optima
h4
Smoothing Mid-spatial Frequency (MSF) Errors on Freeform Optics with an Algorithm-based Robotic Plat
h4
Asphere Manufacturing Considerations for the Designer-test
h4
Fabrication of a 500 mm Extreme Freeform Conformal Window
h4
Leveraging 3D Printing to Streamline Precision Optical Manufacturing
h4
Absolute freeform surface measurement using interferometry
h4
Design and Manufacturing Considerations for Freeform Optical Surfaces
h4
The Manufacturing of a Multi-surface Monolithic Telescope with Freeform Surfaces
h4
Scaling-up freeform manufacturing: challenges and solutions
h4
Larger format freeform fabrication and metrology
h4
Robotic polishing in asphere manufacturing
h4
Challenges in size scale up of freeform polishing processes
h4
Pushing Freeform Optical Manufacturing: Fabricating Optimax’s Largest Freeform Component
h4
Measurement of mid-spatial frequency errors on freeform optics using deflectometry
h4
Apprenticeships for Precision Optics Manufacturing Technician
h4
Production of high laser induced damage thresholds
h4
Temperature Variation of Pitch in a Pitch Pot
h4
U.S. National Committee proposed revision to the ISO Laser Damage Standard
h4
The Segmented Aperture Interferometric Nulling Testbed
h4
Design Guidelines for Predicting Stress in Cemented Doublets
h4
Integrating Optical, Mechanical and Test Software
h4
Advances in Freeform Optics Fabrication for Conformal Window and Dome Applications
h4
Statistical distributions from Lens Manufacturing Data
h4
Techniques for Analyzing Lens Manufacturing Data
h4
Rapid Optical Manufacturing of Hard Ceramic Windows and Domes
h4
Conformal window manufacturing process development and demonstrations for polycrystalline materials
h4
Cost Effective Fabrication Method for Large Sapphire Sensor Windows
h4
Metrology for the Manufacturing of Freeform Optics
h4
Freeform Optical manufacturing and testing processes for IR Conformal Window and Domes
h4
Manufacturing and Metrology for IR Conformal Windows and Domes
h4
Fabricating freeform multispectral-ZnS corrector lenses
h4
Thermal instability of BK7 and how it affects the manufacturing of large high precision surfaces
h4
Reduced cost and Improved Figure of Sapphire Optical Components
h4
Current use and potential of additive manufacturing
h4
Incorporating VIBE into precision optics manufacturing process
h4
Evolving rocket optics applications drive manufacturing advances
h4
Tolerancing an Optical Freeform Surface
h4
The need for Fiducials on Freeform Optical Surfaces
h4
Early Considerations to Aid Later Manufacturing
h4
Magnetorheological Fluid Template Mechanical Chemical Effects
h4
Make it like you use it
h4
Profit through predictability: The MRF difference at Optimax
h4
The Business of Precision Optics Manufacturing
h4
Centration Errors: That's great, but…..
h4
The sum of all errors: Technical Digest
h4
Manufacturing of a large, extreme freeform, conformal window with robotic polishing
h4
Antireflection Coatings for Space Applications
h4
Metrology of Freeform Optics
h4
Designing and Selecting an Optical Cleaning Process
h4
Optical Systems: Transmissive high-energy laser optics
h4
Optimax ‐OTR Coatings for Extreme Environmental Resistance
h4
Fabrication of Freeforms
h4
Measurement considerations when specifying optical coatings
h4
The Cost of Tolerancing
h4
Cylinder Manufacturing Considerations
h4
Producing Smooth Surfaces on Polycrystalline ZnS Aspheres and Freeforms
h4
Fabricating and Testing Freeform Optics
h4
Value Proposition and Total Cost of Ownership
h4
Optimax and the Birth of Rapid Prototyping
h4
Manufacturability study of CLEARCERAM® (T008) compared to other low CTE materials
h4
Specification and Control of Mid-Spatial Frequency Wavefront Errors in Optical Systems
h4
Vibe: A New Process for High Speed Polishing of Optical Elements
h4
Round Robin Testing of the Optimax Optidome
h4
Advances in ALON™ Optical Component Fabrication
h4
Increased UV transmission by improving the manufacturing process for FS
h4
Specifying, Manufacturing and Measuring Aspheric Lenses – Part II
h4
Centration Tolerances
h4
The Language Of Prisms
h4
Considerations in Manufacturing Cemented Assemblies
h4
Optical Glass: Substitutes Versus Equivalents
h4
Specifying And Measuring Spherical Surface Irregularity ©
h4
Tolerancing, Specifying and Measuring Spherical Radius
h4
Mechanical Attributes: Diameter, Center and Edge Thickness Specification for Lens Manufacture
h4
Specifying And Modeling As-Built Centration Errors For Singlets And Cemented Doublets
h4
Specifying More Than Peak to Valley
h4
The Effect of Phase Distortion On…Thin Film Coated Optical Surfaces
h4
Optimax Case Study by Hitachi
h4
VIBE™ finishing to remove mid-spatial frequency ripple
h4
R&D and the Optics Manufacturing Shop Floor
h4
Asphere Manufacturing Considerations for the Designer
h4
Aspheric glass lens modeling and machining
h4
Introduction to Asphere Metrology
h4
Specifying and Measuring Slope Error of Optical Surface
h4
Role of Surface Roughness In Optical Performance
h4
Design and Manufacturing Considerations for Freeform Optical Surfaces
h4
Profit through predictability: The MRF difference at Optimax
h4
Make it like you use it
h4
Robotic polishing in asphere manufacturing
h4
Trials and Tribulations of Optical Manufacturing: Asphere Edition
h4
Practical Design Software Eases Asphere Manufacturability
h4
Latest News
h5
Upcoming Events
h5
Recent News
h5
6367 Dean Parkway Ontario, NY 14519
h5
(585) 265-1020
h5
sales@optimaxsi.com
h5
TECHNICAL PAPERS
h6
READY TO TAKE THE NEXT STEPS
h6
We are Optimax
h6
Products & Capabilities
h6
Manufacturing the Future
h6
Alejandro Mendoza Appointed to National Workforce Panel
h6
Rick Plympton Named to 2023 RBJ Power 100
h6
Optimax CEO Rick Plympton joins BLU’s Executive Committee
h6
Optimax, Leading in Global Coating Capabilities
h6
Optimax Invests In The Greater Rochester NY Region
h6
Optimax – “Roc with Your Hands” Event
h6
6367 Dean Parkway Ontario, NY 14519
h6
(585) 265-1020
h6
sales@optimaxsi.com


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