MPInnovation

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Precision Engineering

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Chemical Engineering

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MPInnovation is an a family owned engineering firm focused on client critical projects. Our experience ranges from precision manufacturing research to real estate mechanicals.

We customize our processes based on clients requirements leveraging our broad knowledge base for rapid targeted solutions.

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Precision Engineering

Precision engineering is a specialized branch of engineering focused on designing and manufacturing components, devices, and systems with extremely tight tolerances and high accuracy. This field requires detailed knowledge and application of mechanics, electronics, materials science, and measurement techniques to create parts with microscopic precision, often for applications where even minor deviations could lead to failure or reduced performance.

Key Areas of Precision Engineering

Machining and Manufacturing: Involves high-precision cutting, grinding, and milling to produce parts with exact specifications, often to tolerances as small as a few micrometers.

Metrology (Measurement Science): Accurate measurement techniques are essential in precision engineering, ensuring components meet exact specifications.

Control Systems: Employs advanced feedback systems and algorithms to maintain the stability and accuracy of machines and instruments during operation.

Material Science: Choosing materials that withstand environmental stresses, such as thermal expansion, is crucial for consistent precision over time.

Design for Precision and Stability: This focuses on reducing environmental effects (e.g., temperature, vibration) on systems, often using high-stability designs like air bearings or kinematic mounts.

Applications of Precision Engineering

Aerospace and Defense: For precise components in aircraft engines, guidance systems, and defense equipment.

Medical Devices: Micro-scale components used in medical imaging, surgical instruments, and diagnostic equipment.

Optics and Photonics: High-precision lenses, mirrors, and other optical components for telescopes, cameras, and laser systems.

Semiconductor Manufacturing: Microscopic-scale manufacturing for microchips and electronic components.

Robotics and Automation: Designing parts for robotic systems that require high accuracy and repeatability.

Precision engineering enables the development of advanced technology where small inaccuracies could impact safety, efficiency, or effectiveness. This field also advances innovations in automation and robotics, contributing to various industries' productivity and enabling new capabilities in science, medicine, and communication..