A quick glance at a finished surface will make you think it looks perfect. However, imperfections are bound to be there, and they may come in the form of valleys and hills, varying in both spacing and height. Roughness as that is called, exists in the form of a succession of minute irregularities. This may be caused by its own finishing process, such as the utilization of a single point tool. Surface roughness tends to be both directional and uniformly spaced. If surface roughness was a result of cylindrical or straight grinding, the roughness of the surface tends to be irregularly spaced.
- Air Gages and Bore Gages
- Calibration, Repair Services & Equipment
- CMMs & 3D Measurement Systems
- CUSTOM GAGES & FIXTURING
- Force and Torque
- HARDNESS TESTERS & COATING THICKNESS MEASUREMENT
- Height Gages
- Indicators & Stands
- Micrometers & Calipers
- Microscopes & Borescopes
- Optical Comparators & Video Measuring Machines
- Other Precision Measurement Gages
- Plain Cylindrical Gages
- Surface Roughness Testers & Form Measurement
- Thread Gages
Coordinate measuring machines, also known as CMMs, are crucial pieces of equipment in the world of parts inspection and quality control. These are commonly used in carrying out inspections in the metrology industry and are very much needed in both the production floor and metrology lab. Since these machines are very popular, they take up to much work load considering the fact that they are not the fastest moving machines within the lab. The good news is you can easily unload these machines so that you can speed up the manufacturing process. Here is what you should do.
The Mahr PLM 1000-E Precision Length Measuring Machine is able to offer accurate internal or external readings for a variety of objects. These are commonly metallic in nature such as: ring gauges, calipers, plug gauges, or any other kinds of gauges, as well as pins. It is also used in the calibration of items such as, dial indicators, snap gages, gear gages and internal micrometers.
There is a thin line between calculus and the calibration of roundness measuring system – not so many people understand them. Even the few ones who do end up making mistakes most of the time. Take the word ‘calibrate’ for example. Most precision experts use it all the time in the world of roundness. The word means to determine what one has as compared to a given proper value. The right word to use instead of calibrate is to ‘adjust’ or ‘correct’. So how is calibrating a roundness system done?
The Renishaw Equator has transformed the metrology industry. This system is a plug-in and play system, and it has the ability to save your company time and money in the manufacture of precision metallic parts. The Renishaw Equator is able to save money by providing 100% inspection for your part by creating a 3D model image of the required part before printing. This allows for a reduction in wastage on production costs, as it will be perfectly replicated the first time, every time. In addition, the system is so easy to use that you will not need to spend a fortune on specialist staff training, as it comes with comprehensive instructions as well as video help. This really is a revolution in the metal replication industry. This one-time investment will pay for itself in reducing your overall operating costs and the quick duplication of the automated process, will ensure your productivity is increased.
Accessing knowledge can never be possible without a number as well as a standard of measurement which produces the said number. It gets more interesting with the fact that both the number and the measurement cannot exist without units. This is more or less the role of metrology. It stands out not only as an individual discipline of physical sciences but also the base of daily activities. It is in fact, safe to say that people use metrology daily without realizing it. In light of this, measurement is therefore, an economic, social and scientific necessity. Understanding this makes it easy for one to understand the importance of metrology in our daily lives.
Also known by the name of paint meter, a coating thickness gauge is used for the measurement of dry film thickness. This parameter is possibly the most important one in a wide range of industrial applications, since it has a significant impact on cost, quality and coating process. These measurements can be employed to estimate the life expectancy of coating, the performance and appearance of product, and to guarantee agreement with a host of industry standards.
Height gages are devices used to measure the distance from a reference surface. These devices are exceptionally accurate and they can measure surface plates and even intricate features of a part. There are several types of height gages and they include electronic height gages, dial height gages, vernier height gages and more. These devices play a very important role to ensure quality control.
A majority of companies in the process industries are looking to update its calibration systems and process. There are plenty of reasons why there’s a need of upgrading a calibration system. Updating the process basically implies work procedures and systems for managing, documenting and performing calibration of process instruments. There is an obvious reason behind any change, and most probably, it is the issues or challenges in the present way of doing things. Let us take a deeper insight into some of the common problems that may incite process changes.
It is certainly surprising that some technicians know little about the precision measurement tools they use on a daily basis. In some cases, there may be a lack of resources to give accurate descriptions about what these tools are and what they are really designed for. This lack of knowledge may lead those technicians to buy and use the wrong tools for specific jobs.