CNC CMM

  Saphire is an entry level, manually operated CMM which is economical, accurate and small in size. Its mechanical construction is made of black Granite which gives good thermal stability and job carrying capacity of up to 350 Kg. The machine has micromatic movement hand wheels for better speed control while probing giving good repeatability and accuracy. Each axis will have pneumatic locks for locking independent axis while probe movement helps the operator. The Saphire CMM supports world class probing system from Renishaw making it the best option available in its segment. Applications:  Automobile | Quality Labs | Aerospace | Defence | Railways Read more at  Multi sensor CMM

  CMM without compressed air designed for shop floor use Compact & Ergonomically designed manual machine which can be used with micro metric movement Smaller foot print Bridge type Construction Ideal for small components / Educational Institutes Active temperature compensation available on request No need of Air Conditioning Good balance between price and accuracy Ease of operations - no need of costly CNC operator Read more at  Coordinate Measuring Machine

The digital readout (DRO) is a digital display screen, usually with an integrated keyboard and some digital representation. Its integrated computer reads signals generated by linear encoders or (more often) rotating encoders installed to track machine axes, using these measures to track and display the machine operator's work piece position (for example, milling machines), or tool position (lathes) , Mills, etc.) in space. In machine store terminology, a complete digital readout system (consisting of a computer, pivot position encoders, and digital display) is referred to by the abbreviation DRO. Such a system is commonly installed on machinery in today's stores, particularly for metalworking - lathes, roller mills, milling machines, surface mills, boring mills, and other machine tools - to allow the operator to operate faster and with greater precision. The use of DROs is not limited to manually operated machines. CNC machines can usually be converted to manual operation, in

  Electronica Mechatronics is a leading provider of best quality 1D and 2D Height Gauges. Platina is their best product for 2d measurement . Here are the products specification. Technical Specifications:   Platina 450 Platina 700 Platina 1000 Measuring Range 450 mm 700 mm 1000 mm Expandable Range: 765 mm 1015 mm 1315 mm Resolution: 0.010/ 0.005/ 0.001/ 0.0005 mm/ 0.0001 mm Repeatability(2σ): On Plane ≤ 0.0005 mm and On Bore ≤ 0.001 mm Max. Measurement Speed: 600 mm/sec Measuring Force: 1.0 N ∓ 0.2 Max. Permissible Error*: For 1.3 +L/1000 μm(L=Length in mm) Squareness**: 5 μm 6 μm 10 μm Operation Time(Battery): 16 hrs. Operation Temperature: 10 o C to 40 o C Weight: 23 Kg 27 Kg 30 Kg Standard Probe: Ruby ball Dia 6 x 48 mm

For product, verification gets Electronica's  Coordinate measuring machine . Use this every day to qualify rapid prototypes and production parts that have complex geometries. A coordinate measuring machine uses a very sensitive electronic probe to measure a series of discrete points from the geometry of a solid part. Parts used for its Granite base, sensitive electronic probe. Electronica Mechatronics Systems insure that will give the best quality machines with highly accurate measurement. If you are an industry-owner looking forward to integrating some of the best Coordinate measuring machines then request a quote today. Learn More:  http://www.electronicaems.com/Co-Ordinate-Measuring-Machines.php

Emerald is specially designed and built for accurate measurement of heavy parts. The full construction of granite with steel air bearings makes it ideal for accurately measuring auto and heavy components. The emerald machine supports the working endurance up to 800 kg. Emerald CMM supports all types of Renishaw scanning systems including scanning sensors and 5 axis automatic sensor hubs through which wide measurement applications can be covered. Applications: Automotive | Quality Labs Space Defense Railways Read more at  CMM