FARO Laser Tracker creates ground-breaking efficiencies in applications such as alignment, machine installation, component inspection, tool building and setup, manufacturing and assembly integration, and reverse engineering.
It is an extremely accurate, portable coordinate measuring machine that enables
you to build products, optimize processes, and deliver solutions by measuring quickly, simply and precisely.
Replacing conventional tools such as piano wire, plumb bobs, layout machines, large-volume fixed CMMs, theodolites, optical transits, and total stations, the FARO Laser Tracker is a more accurate and reliable portable 3D measurement tool that allows you to streamline your processes and be confident in your measurement results.
Alignment:Real-time measurement during assembly confirms tolerances and improves quality control.
Machine Installation, Alignment, and Maintenance:Ensure that machines are calibrated and monitor wear and tear on mechanical parts so that they consistently operate within specifications.
Part and Assembly Inspection:Produce a digital record of actual versus nominal data to validate conformance to quality requirements.
Tool, Die, and Mold Building:Perform full volumetric accuracy measurements to monitor wear and ensure consistency.
Reverse Engineering:Acquire precise digital measurement data on parts or assemblies for which blueprints or CAD drawings do not exist.
Product Details:
Minimum Order Quantity | 1 Day |
Usage/Application | Maintenance and Reliability |
Type Of Design | Any |
Type Of Alignment | 3D Alignment |
Product For Alignment | ROLL |
Dimensions/Size | 80 meters |
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Usage/Application | INSPECTION |
Additional Information:
Product Details:
Minimum Order Quantity | 02 Day |
Service Location | anywhere in India |
According to our Laser based accurate reading and report, maintenance engineers can do the required Corrections and thus improve the efficiency of the Rolling Mill.
Additional Information:
Product Details:
Service Location | anywhere In India |
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Service Location | ANYWHERE IN INDIA |
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Service Location | anywhere in India2 |
We provide Laser Alignment Measuring services for HOT STRIP MILL (HSM). Application areas are- Housing Liner to Liner Distance checking, Back up Roll choke liner distance checking etc.
Hot strip mills in these days are either conventional hot strip mills or strip mills for rolling thin slabs. The primary function of the conventional hot strip mill (HSM) is to reheat the semi-finished steel slabs (rolled or continuously cast) to the rolling temperatures and then to roll them thinner and longer through a series of rolling mill stands driven by large motors and finally coiling up the lengthened steel sheet for its easy handling and transport. Coils are produced with an inside diameter of 750 mm on the coilers, with an outside diameter of up to 2400 mm and with the limitations of coil weight up to 220 kg per cm width. The hot strip mill supplies coils for cold rolling mill, strip shearing and slitting units as well as a finished product for shipment directly to the customers. Most material is transported out of the mill area by an automated coil handling system to the storage aisle.
Attributes imparted to the strip by the hot rolled strip mill include surface quality, thickness, width, and flatness control as well as strip profile.
To control the quality of the finished product of the HSM, cheking of Housing liner is must and frequently done. Our laser based Measuring system come handy to the solution of accurate measurement with micron accuracy to the concerned Engineer in the plant. As per measurement and report, correction measures is used be taken by the engineers to smooth run the plant with quality finished product.
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Service Location | Anywhere in India |
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Service Location | Anywhere in India2 |
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Location/City | Anywhere in India |
Service Type | per Day basis |
Inspection Service For | Equipment |
Usage/Application | Any |
Mode Of Report | Soft Copy |
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Service Location | All over India |
Additional Information:
Product Details:
Service Location | anywhere in India2 |
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Service Location | Anywhere in India |
After our reading and submission of report, maintenence engineer can quite easily assume the situation and can take corrective measures accordingly.
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Service Location | Anywhere in India |
Additional Information:
Product Details:
Service Location | anywhere in India |
Some Equipments Of the process are:
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Usage/Application | Kiln Alignment And Installation |
Firing Method | Any |
Process | Any |
Proper alignment is a key component in any rotary kiln processing operation.
Misalignment is one of the most common (and most treatable) causes of rotary kiln damage. Alignment touches all components of the rotary kiln; misalignment will promote wear on all parts. In addition to increased wear, problems have the potential to escalate into major damage and even premature equipment failure.
For this reason, in order to maintain operational efficiency and prolong the life of your rotary kiln, routinely inspecting a kiln to assess alignment should be a part of your regular maintenance program, and any alignment issues addressed promptly. And while the process of aligning a rotary kiln is not new, recent advancements have made alignments more effective than ever.
Rotary kiln alignment methods have come a long way in the recent past. The traditional method of alignment involves hand measuring various points and then using a variety of calculations to determine the adjustments needed. This process is effective, but slow, and ripe with potential for error.
Although this method is still widely used today, new laser tracking systems have taken alignments to a new level, making precision alignment faster and more accurate than ever before possible.
Laser tracking systems use laser beams to establish a 3D spatial map of the equipment. In tandem with state-of-the-art software programs, this method of alignment offers precision results in significantly less time with greatly reduced potential for error.
Rotary kilns can fall out of alignment for a number of reasons. Kiln misalignment could be a result of structural issues such as sinking foundations, shifting steel, or processing environment issues such as the amount of humidity or even dust in the air. The myriad of reasons for which a kiln can fall out of alignment can make misalignment difficult to predict. For this reason, regular inspections should be performed by on-site personnel to catch any signs of misalignment at their onset, before they have a chance to escalate. Inspections should also be performed by the original equipment manufacturer at regular intervals, typically on an annual basis. Recording any misalignment issues and how they were treated is best practice and can be useful in helping to predict future alignment issues and treatment methods.
Alignment is also necessary at installation. During installation, care must be taken to account for the hot kiln load; a hot kiln under operational load will behave much differently than a cold, empty kiln. Aligning a cold kiln without taking into account the thermal stresses and operational load of production conditions can result in a misaligned kiln from the start. In addition to alignment at install, kilns should also be realigned after any major components, such as trunnion wheels, have been replaced or resurfaced, as this can cause the kiln to fall out of optimal alignment.
Furthermore, if process conditions have changed, the kiln may also require realignment. A change in process conditions can affect the load on the kiln. Because the kiln was designed and aligned for specific operating parameters, a change in conditions will likely require realignment.
There are many signs that can indicate when a kiln is out of alignment. It's important to note that these signs could be indicative of other issues as well, and only a trained professional can determine what the true cause is. Signs that a kiln is out of alignment can include:
Additional Information:
Product Details:
Minimum Order Quantity | 2 Day |
Service Location | anywhere in India |
Additional Information: