Quadrant Equipment Ltd are a precision engineering company, constantly striving to improve our product and service to our customers. We do this by ongoing investment in our staff and plant list. We provide CNC turning, CNC milling and fabrication services to a broad range of industry sectors throughout Essex and the UK. We work closely with customers, to establish their exact needs, design and manufacture to an agreed specification, rigorously inspect and provide a first class after sales service.
We have a temperature controlled inspection room and using Mitutoyo CMM and fully calibrated metrology equipment. We subject our manufactured components to rigorous testing before releasing finished work to our customers. Quadrant Equipment have achieved, though external auditing, ISO 9001 : 2015 registration status for our design, manufacturing and quality control processes.
Our fabrication facilities operate to EN1090 standards and are therefore able to provide structural steelwork to class 2 specification.
We have a temperature controlled inspection room and using Mitutoyo CMM and fully calibrated metrology equipment. We subject our manufactured components to rigorous testing before releasing finished work to our customers. Quadrant Equipment have achieved, though external auditing, ISO 9001 : 2015 registration status for our design, manufacturing and quality control processes.
Our fabrication facilities operate to EN1090 standards and are therefore able to provide structural steelwork to class 2 specification.
Services
CNC machine tool technology linked directly to the CAD/CAM office means complex models can be machined, highly accurately and with reliable repeatability.
A TUS SUS 63 6500 provides us turning capacity which is now very uncommon in Southern England.
Additionally, every component that we produce is measured through the CMM to ensure specifications are met.
A TUS SUS 63 6500 provides us turning capacity which is now very uncommon in Southern England.
Additionally, every component that we produce is measured through the CMM to ensure specifications are met.
A critical factor in the successful application of components is ensuring precision.
Each part should be measured for quality and accuracy to guarantee they are fit for purpose.
This is achieved through CMM inspection (Coordinate Measuring Machine), where 3D components and assemblies are intricately measured.
This 3D measurement process ensures that any errors with the component are flagged, and exact dimensions are highlighted.
Here at Quadrant Equipment, we provide detailed CMM inspection services using the industry leading 3D Inspect Pro Software linked to our CAD/CAM system.
Each part should be measured for quality and accuracy to guarantee they are fit for purpose.
This is achieved through CMM inspection (Coordinate Measuring Machine), where 3D components and assemblies are intricately measured.
This 3D measurement process ensures that any errors with the component are flagged, and exact dimensions are highlighted.
Here at Quadrant Equipment, we provide detailed CMM inspection services using the industry leading 3D Inspect Pro Software linked to our CAD/CAM system.
This is connected to our Coordinate Measuring Machine to compare finished parts to original models.
This process ensures that any errors with the component are flagged, and exact dimensions are highlighted.
Our CAD packages are also linked to our CAM software.
This means any updates to the models will automatically be recognised by the CAM software.
The use of our fully integrated CAM software eliminates error caused by translation between conventional drawing and programming.
Tool paths and hole centres are taken directly from the model to give dimensionally accurate and consistant parts.
This process ensures that any errors with the component are flagged, and exact dimensions are highlighted.
Our CAD packages are also linked to our CAM software.
This means any updates to the models will automatically be recognised by the CAM software.
The use of our fully integrated CAM software eliminates error caused by translation between conventional drawing and programming.
Tool paths and hole centres are taken directly from the model to give dimensionally accurate and consistant parts.
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