Teamwork CNS Inc.
Teamwork CNS Inc.
South Dum Dum, Kolkata, West Bengal
GST No. 19AMMPM4917E1ZT
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LASER ALIGNMENT SERVICES

We provide Laser Alignment services for various types of application viz. Steel Plant, Manufacturing Unit, Inspection of various machine parts, Straightness, Flatness measurement etc.

In steel plant-

RMHS stacker reclaimers are used where large volumes of material must be readily available and/or blending of stockpile materials is critical. Skewness measurement for Barrel and maintaing of Alignment is a must for smooth operation of the Stacker reclaimer. We provide alignment measurement srvices for the Barrel.

Mould Oscilator-In order to meet the ever-increasing demands with respect to quality, productivity and functional safety, modern continuous casting plants require a precise oscillation, combined with flexibility of both stroke and frequency. We provide Laser Based Alignment measurement services for Mould Oscillator which will keep the final product precise in dimensions.

Laser Shaft Alignment Service

Laser Shaft Alignment Service
  • Laser Shaft Alignment Service
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Approx. Price: Rs 22,000 / DayGet Latest Price

Product Details:

Minimum Order Quantity2 Day
Service Locationanywhere in India
Dimensions/Sizeany

We provide on site Laser shaft alignment services.
Our Laser Shaft Alignment System is an adaptive user interface, i.e. a user interface that actually tells you what to do based on your measurement results. With the VertiZontal Moves feature, we have brought to you one of the mostinnovative and time saving features in the shaft alignment world.The adaptive user interface shows how much a misaligned machine requires to be adjusted by adding or removingshims at the machines feet. When proceeding with the measurement, you no longer need to remeasure inbetween the vertical and the horizontal adjustment during the adjustment process.The  horizontal and Vertical adjustment is promptly carried out with real values displayed.
We provide live correction reading during the correction process thus making the Alignment job quite simple and Easy.
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Additional Information:

  • Delivery Time: 7-10 Days
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Propulsion Shaft Laser Alignment Services For Ship

Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
  • Propulsion Shaft Laser Alignment Services For Ship
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Approx. Price: Rs 50,000 / DayGet Latest Price

Product Details:

Minimum Order Quantity2 Day
Usage/ApplicationShip Maintenance
Type Of DesignStern Tube Laser Alignment
Service LocationANYWHERE IN INDIA AND SURROUNDING COUNTRIES

Propulsion shaft ( Stern Tube ) alignment is a process that consists of:
• The design and analysis
• The alignment procedure
• Measurements and verification
The terminology and requirements for shafting alignment vary depending on the type of the system analyzed (propulsion, gen-set, etc.), the powertrain size, and the alignment process itself. 

Propulsion Shafting Alignment:
A static condition observed at the bearings supporting the propulsion shafts. To suitably define propulsion shafting alignment, a minimum set of parameters are defined in the design stage and subsequently confirmed acceptable on board: • Bearing vertical offsets • Bearing reactions • Bearing to shaft contact condition (i.e. misalignment angles) • Crankshaft web deflections • Gear mesh misalignment.


Alignment is considered satisfactory when these parameters can be controlled in the static and dynamic condition and maintained within the required limits under all operating conditions of the vessel for all service drafts and service temperatures. A change in the vessel’s draft due to altered loading conditions affects hull girder deflections. This in turn influences bearing offsets, causing a redistribution of the load among the bearings. Achieving a satisfactory alignment design for the loading conditions included in the vessel’s loading manual requires several repeated analyses.
Most modern vessels are state of the art designs, with highly efficient propellers and high-powered main drives with low fuel consumption. Their hull structure is optimized to reduce deadweight and maximize cargo capacity. Unfortunately, most modern ship design improvements can adversely affect propulsion shafting alignment if this is not correctly addressed.

The shaft alignment analysis provides the necessary, accurate and applicable data to support each stage of the actual alignment process.
The alignment procedure is conducted with the required accuracy.
Allowable shaft alignment tolerances are measured in fractions of millimeters, while acceptable hull construction margins are measured in tens of millimeters.  Ideally, a shaft alignment analysis should be performed for maximum allowable alignment tolerances, resulting in acceptable bearing reactions and misalignment angles under all operating conditions of the vessel: loaded, ballast, hot and cold. This implies that hull deflections are initially accounted for in the analysis.
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Additional Information:

  • Delivery Time: 10-15 Days
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Sanjoy Mazumder (Manager Customer Support)
Teamwork CNS Inc.
494B/A, East Sinthee Road, Dum Dum
South Dum Dum, Kolkata - 700030, West Bengal, India


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