Precision Tools
Measuring devices are essential tools used across various industries for precise measurement of dimensions, distances, and angles. These tools ensure accuracy in manufacturing, construction, and engineering applications, enabling professionals to achieve high-quality results in their work.
Engineering precision tools are specialized instruments designed to measure, inspect, and fabricate components with exceptional accuracy. These tools include micrometers, calipers, dial indicators, height gauges, and more, essential for applications in quality control, machining, and research and development.
Types of Precision Tools
Digital Calipers
Digital Outside Micrometers
Outside Micrometers
Vernier Calipers
Dial Calipers
Internal Dial Calipers
Vernier Depth Gauges
Digital Depth Gauges
Digital Height Gauges
Combination Squares
Dial Indicators
Digital Indicators
Dial Test Indicators
Articulating Arm Magnetic Bases
Feeler (Thickness) Gauges
Radius Gauges
Product Features:
High Precision: Offers precise measurements with high accuracy, ensuring exact readings for critical applications.
Durable Construction: Made from high-grade materials such as stainless steel, designed for long-lasting durability and resistance to wear and corrosion.
Clear Display: Features large, easy-to-read displays (LCD/analog) for quick and clear measurement readings.
Multiple Measurement Modes: Capable of measuring various dimensions including internal, external, depth, and step.
Zero Setting Function: Allows for setting the zero point at any position on the device for incremental measurements.
Unit Conversion: Ability to switch between metric and imperial units with ease.
Protection Standards: Many devices are rated for dust and water resistance (IP54/IP67 compliance), ensuring reliable performance in various environments.
Power Efficiency: Equipped with features like automatic power off to conserve battery life.
Data Output: Some devices include data output interfaces for transferring measurements to computers or other devices.
Applications:
Manufacturing: Essential for precision measurement in the manufacturing of components and assemblies.
Metalworking: Widely used in metalworking for accurate measurements of metal parts and materials.
Automotive: Utilized in automotive applications for measuring parts and components during manufacturing, maintenance, and repair.
Quality Control: Critical for quality control processes to ensure components meet specified tolerances and standards.
Aerospace: Used for the precision measurement of aircraft parts and components.
Engineering: Employed in engineering applications for precise measurements in the design and development of products.
Construction: Utilized in construction for accurate measurements and layout tasks.
Industries:
Automotive
Manufacturing
Engineering
Manufacturing
Construction
Education and Research
Electronics and Electrical
Specifications:
Measurement Range: Varies by device (0-150mm, 0-200mm, 0-300mm, etc.)
Accuracy: Typically within ±0.01mm to ±0.02mm
Resolution: Usually 0.001mm to 0.01mm (0.00005 inches to 0.0005 inches)
Material: Stainless steel
Display: LCD/Analog
Battery: Often includes SR44 or other standard batteries
Data Output: Some devices equipped with data output ports
Power Off: Automatic power off after a period of inactivity
Units: Metric and Imperial units switchable
Protection: IP54/IP67 rated for dust and water resistance
Operating Temperature: Typically 0-40°C (32-104°F)
Storage Temperature: Typically -10-60°C (14-140°F)
These measuring devices are integral to numerous industries, providing essential support for quality assurance and operational efficiency. Their features and specifications cater to a wide range of applications, ensuring that users can achieve the precision required in their specific tasks.
For more detailed information and to explore our product offerings, visit our site E-shop:https://shop.petrotek.ae/products?sub-category=measuring-tools-
Precision Tools
Measuring devices are essential tools used across various industries for precise measurement of dimensions, distances, and angles. These tools ensure accuracy in manufacturing, construction, and engineering applications, enabling professionals to achieve high-quality results in their work.
Engineering precision tools are specialized instruments designed to measure, inspect, and fabricate components with exceptional accuracy. These tools include micrometers, calipers, dial indicators, height gauges, and more, essential for applications in quality control, machining, and research and development.
Types of Precision Tools
Digital Calipers
Digital Outside Micrometers
Outside Micrometers
Vernier Calipers
Dial Calipers
Internal Dial Calipers
Vernier Depth Gauges
Digital Depth Gauges
Digital Height Gauges
Combination Squares
Dial Indicators
Digital Indicators
Dial Test Indicators
Articulating Arm Magnetic Bases
Feeler (Thickness) Gauges
Radius Gauges
Product Features:
High Precision: Offers precise measurements with high accuracy, ensuring exact readings for critical applications.
Durable Construction: Made from high-grade materials such as stainless steel, designed for long-lasting durability and resistance to wear and corrosion.
Clear Display: Features large, easy-to-read displays (LCD/analog) for quick and clear measurement readings.
Multiple Measurement Modes: Capable of measuring various dimensions including internal, external, depth, and step.
Zero Setting Function: Allows for setting the zero point at any position on the device for incremental measurements.
Unit Conversion: Ability to switch between metric and imperial units with ease.
Protection Standards: Many devices are rated for dust and water resistance (IP54/IP67 compliance), ensuring reliable performance in various environments.
Power Efficiency: Equipped with features like automatic power off to conserve battery life.
Data Output: Some devices include data output interfaces for transferring measurements to computers or other devices.
Applications:
Manufacturing: Essential for precision measurement in the manufacturing of components and assemblies.
Metalworking: Widely used in metalworking for accurate measurements of metal parts and materials.
Automotive: Utilized in automotive applications for measuring parts and components during manufacturing, maintenance, and repair.
Quality Control: Critical for quality control processes to ensure components meet specified tolerances and standards.
Aerospace: Used for the precision measurement of aircraft parts and components.
Engineering: Employed in engineering applications for precise measurements in the design and development of products.
Construction: Utilized in construction for accurate measurements and layout tasks.
Industries:
Automotive
Manufacturing
Engineering
Manufacturing
Construction
Education and Research
Electronics and Electrical
Specifications:
Measurement Range: Varies by device (0-150mm, 0-200mm, 0-300mm, etc.)
Accuracy: Typically within ±0.01mm to ±0.02mm
Resolution: Usually 0.001mm to 0.01mm (0.00005 inches to 0.0005 inches)
Material: Stainless steel
Display: LCD/Analog
Battery: Often includes SR44 or other standard batteries
Data Output: Some devices equipped with data output ports
Power Off: Automatic power off after a period of inactivity
Units: Metric and Imperial units switchable
Protection: IP54/IP67 rated for dust and water resistance
Operating Temperature: Typically 0-40°C (32-104°F)
Storage Temperature: Typically -10-60°C (14-140°F)
These measuring devices are integral to numerous industries, providing essential support for quality assurance and operational efficiency. Their features and specifications cater to a wide range of applications, ensuring that users can achieve the precision required in their specific tasks.
For more detailed information and to explore our product offerings, visit our site E-shop:https://shop.petrotek.ae/products?sub-category=measuring-tools-
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