cmm rotary table supplier

All measuring machines of the LH series can also be configured with an integrated rotary table. This enables both the precise 4-axis measurement of rotationally symmetrical components and the reliable measurement of the entire spectrum of prismatic components.

Circular Geometric Inspection Systems - Roundness Checking (Run-out) Inspection Systems; Rotary Tables for Inspecting, Weighing, Assembly, Balancing, Stacking, Placing & Testing.

Rusach Internationalmetrology rotary tables, products, systems and solutions: Our air bearing rotary tables, inspection rotary tables and CMM rotary tables have been the benchmark of the inspection industry for decades.  We can offer bench‐top electronic moment weight scales built into our inspection rotary tables, in capacities from 100 to 10,000 g/mm and purpose‐built scales in other capacities.  Scales feature flexure bearing pivots and the latest connectivity interfaces for direct input of weight values into the BalancePoint program or other programs.  We work directly with Turbine Metrology for complete circular geometric inspection systems.  Call Rusach International for all of your inspection rotary tables, CMM rotary tables, roundness checking (run-out) inspecting systems needs.  We design, engineer and manufacture rotary tables for inspecting, weighing, assembly, balancing and metrology solutions.

Testing and inspecting parts has long been a part of our business.  From software to inspection rotary tables, CMM rotary tables for small parts to very large parts, working directly with an end user to working in a collaborative environment for an end user, call Rusach International!

Turbine Metrology"sParagon Inspection System along with Rusach International"s Very Accurate rotary tables allow for the necessary measurements to be taken with a single revolution of the table, 1.2 million samples per second!

Paragon Systems can take Hundreds of Thousands of Times More Data than a CMM in a Given Amount of  Time.  In Addition, the Data is Automatically Related to Provide Roundness, Eccentricity, Run‐out, Flatness and Parallelism Results. CMM’s are not Designed to do These Specialized Measurements and Operations.

RPI UK, a specialist developer and manufacturer of precision positioning devices for high accuracy rotary and angular inspection systems, has welcomed Mitutoyo as a new customer following the Japanese manufacturers decision to invest in 10 rotary tables.

Mitutoyo, one of the world’s leading manufacturers of precision measuring equipment, has integrated three QuadMatic and seven QuadSlimLine rotary tables into its high precision co-ordinate measurement machines (CMM) at its Japanese and UK operations. RPI engineers travelled to Japan to support Mitutoyo with training and maintenance and were also on hand to help integrate a two-axis rotary table at Mitutoyo in Halifax, UK.

Jim Palmer, RPI’s sales manager, said: “It’s great news that Mitutoyo has chosen to invest in 10 of our Quadrant range rotary tables.  As well as significantly improving overall measurement accuracy and reducing uncertainty, our rotary tables also greatly increase measuring volume, thereby improving the flexibility, productivity and efficiency of our customers’ CMM.”

The addition of Mitutoyo to RPI’s customer base means the Bath-based manufacturer now supplies all the major CMM manufacturers which use rotary tables, from Hexagon to Renishaw and LK to Wenzel. RPI has been supplying the CMM market since 1977 and can boast more than 750 successful installations worldwide.

The QuadSlimLine and QuadMatic are part of RPI’s Quadrant range of CMM tables which also includes the QuadDualPurpose, QuadProfile and the QuadUniversal. They come in a wide size range; from Ø200mm to Ø1500mm and can be fully integrated to the host CMM machine controller.

RPI grew out of acquisitions from Optical Measuring Tools, Airmatic, Horstmannn and Eimeldingen.   It is now one of the world’s largest designers and manufacturers of solution driven, highly accurate inspection systems and services that measure circular geometry and angular positioning.  Using its 75 years of rotary expertise, RPI supplies progressive engineering industries, including the aerospace, gas turbine and dimensional metrology sectors, with exceedingly dependable, low maintenance products with a service life measured in decades, not just years.

ZEISS #HandsOnMetrology has introduced its new ZEISS T-SCAN hawk 2, developed and produced in Germany and certified for the highest industry standards. ZEISS T-SCAN hawk 2 is a portable, reliable

Creaform has announced the addition of the high-accuracy handheld scanner HandySCAN BLACK|Elite Limited to its HandySCAN 3D | BLACK series lineup, an ongoing reference in portable metrology. Developed over the

ZEISS #HandsOnMetrology has introduced its new ZEISS T-SCAN hawk 2, developed and produced in Germany and certified for the highest industry standards. ZEISS T-SCAN hawk 2 is a portable, reliable

Coordinate measuring machines (CMMs) play a vital part in precision engineering and quality control in the aerospace industry. Indeed, the global dimensional metrology market in the aerospace industry generated $482.9 million in 2012, with the CMM segment expected to grow at a compound annual growth rate of 4.0% by 2017 according to some commentators.

It’s no secret that all major aerospace manufacturers use CMM machines, sometimes as intensely as 16 hours a day, to measure the physical geometrical characteristics of aerospace components. But what is less well known is that using a rotary table on a CMM machine will help it work smarter.

So what’s the benefit of using a rotary table on a CMM machine? According to Jim Palmer from RPI, a leader in rotational innovation, the answer is simple:

“When it comes to measuring symmetrical or prismatic components, it’s all about simplifying your measuring procedures, increasing your CMM’s application range and effective measuring volume which in turn will increase the flexibility, productivity and efficiency of your CMM.”

Matt Brady at Nikon Metrology UK agrees that rotary tables bring significant benefits to CMM machines. Nikon, whose range of coordinate measuring machines represent the ultimate in CMM technology, is a longstanding customer of RPI and has been fitting RPI’s rotary tables to its CMM machines for decades.

Commenting on RPI’s rotary tables, Brady said: “We supply CMMs to aerospace customers all over the world and many of our customers say that using RPI rotary tables significantly reduce inspection time. Indeed, one such customer reduced inspection times by four hours, a saving of 40% by using a CMM machine fitted with an RPI rotary table.

Rotary tables are therefore an ideal addition to CMM machines - particularly for measuring complex parts such as rotor discs. For example, using a rotary table on a CMM machine will improve process efficiency and productivity by reducing set up and process times. A rotary table will also greatly increase a CMM machine’s available measuring volume thereby providing greater flexibility in what can be measured. And last, but by no means least; a rotary table will also significantly improve overall measurement accuracy of a CMM machine thereby reducing uncertainty.

Bath-based RPI has a very large share of the market in those CMMs which use rotary tables and can boast more than 500 successful installations worldwide. RPI grew out of acquisitions from Airmatic, Optical Measuring Tools, and Eimeldingen. Since the 1950s it has been one of the world’s largest designers and manufacturers of precision rotary tables and a leading supplier of rotary tables to the aerospace, automotive, power generation, machine tool, scientific and general engineering industries.

RPI’s rotary tables are widely used by all leading CMM manufacturers, including Nikon, Mitutoyo, Hexagon and Renishaw, and have been specifically designed as a fourth axis for all types of precision CMM machines. They are accurate to ±0.5 arcs seconds, which is the equivalent to hitting a golf ball at a hole more than 22km away and scoring a hole in one every time.

“Let’s say you wanted to measure a rotor disc,” continues Palmer. “Simply using a standard CMM over one fitted with a rotary table would require a machine with a much larger overall measuring volume. This is because the volume of the CMM machine is directly related to the diameter of the disc as voluminous styli systems are usually required to measure a workpiece from all sides which means a large proportion of its measuring range is required just to ensure collision-free movement of the stylus around the part.”

However, the introduction of the rotary table removes this requirement as the rotor can be presented directly to the stylus removing the requirement to access all sides. This in turn simplifies the stylus system allowing the measurement of larger workpieces in relation to the available measuring range, saving aerospace manufacturers both time and money.

RPI’s rotary tables come in a wide size range; from 400mm to 1,200mm and can be fully integrated to the host machine controller. One of the unique selling points of RPI’s CMM rotary tables is their multiple bearing configurations: mechanical or air combination bearing.

The mechanical bearing rotary table combines a high precision, high load capacity, roller thrust bearing resulting in excellent rotational characteristics with a pre-loaded; double row journal bearing to eliminate radial movement in the table’s axis; ideal for heavy off centred loads.

Whereas RPI’s combination bearing rotary table combines the same pre-loaded; double row journal bearing as the mechanical bearing table with a high load capacity thin film air thrust bearing. The thrust bearing uses a thin layer of air trapped between the underside of the table top and the top of the base assembly. The thrust bearing is supplied using a series of orifice plugs machined into the table base; ideal for heavy centred loads.

Because they are so well made, RPI’s rotary tables last for decades only needing servicing to be as good as the day they rolled off the production line. As you’d expect, RPI provides a comprehensive rotary table, repair, overhaul and angular calibration service.

Clearly, you don’t have to go round in circles to see the significant benefits a rotary table can bring to CMM machines used in the aerospace industry. So, if your CMM machine isn’t benefitting from a rotary table, isn’t it time you invested in some rotational innovation?

Castle-Donnington-based Nikon Metrology took delivery of two RPI rotary tables measuring 400mm and 600mm diameter, whilst the other CMM manufacturer received two 400mm diameter rotary tables.

As well as improving overall measurement accuracy and reducing uncertainty in CMM machines, rotary tables also greatly increase a CMM machine’s available measuring volume thereby providing greater flexibility in what can be measured.

Jim Palmer, sales manager at RPI said: “We are delighted we’ve successfully supplied CMM rotary tables to two of the world’s leading CMM manufacturers. RPI’s rotary tables bring significant benefits to CMM machines and will help end users save money, time and resources by reducing set-up and process times, thereby greatly improving productivity.”

RPI has supplied more than 245 rotary tables to Nikon since the business partnership began back in 1982. Matt Brady at Nikon Metrology UK said: “We’ve been fitting RPI’s tables to our CMM machines for decades and as far as we are concerned they deliver a fantastic product with excellent back up. If you want precision and accuracy, they’re the ones to go to.”

The TruMotion range of precision, manual spin, mechanical bearing rotary tables is designed to inspect circular components in a shop floor environment, whilst maintaining world class accuracies more commonly seen in the standards laboratory. The inspection system will be available in two sizes (200mm and 400mm) with a maximum load capacity of 50kgs, offering radial and axial runout targeted at 3 microns. Its user-friendly interface with an optional touch screen display also offers single or double channel data capture.

The TruMotion will be launched at Quality Show 2019 in Rosemont, Illinois on October 22, 2019. Also being demonstrated at the show will be QuadProfile, a brand-new capability to the CMM market for 2019, as the smallest and most accurate rotary table for turbine blade inspection. The new addition to RPI’s Quadrant range, further enhances the product portfolio enabling the ultimate in low profile and compact rotary table design for the CMM market.

The Quadrant range of rotary tables provide an additional axis for any high precision CMM (Coordinate Measuring Machine) inspecting component parts such as gas turbine discs and fan blades. The part is simply rotated to meet the CMM’s measurement probe rather than the three-axis probe being programmed to reach multiple measurement points around a part.

This simplifies the measurement procedure, helping to deliver fast and accurate indexing as well as increase the CMM’s application range and effective measuring volume. Overall, this improves the flexibility, productivity and efficiency of the CMM inspection. RPI have more than 750 successful CMM rotary table installations worldwide.

Hexagon Manufacturing Intelligence has extended the accessory range for the Optiv Performance 663 and Optiv Performance 664 coordinate measuring machines (CMMs) by adding two new computer numeric control (CNC) rotary tables and the Optiv Dual Rotary CNC stacked rotary tables as options, substantially widening the application potential of the multisensor machines.

The use of the fully-integrated CNC rotary axis increases the overall inspection performance, especially when measuring rotationally symmetrical parts. Such workpieces can be completely measured in a single setup as features distributed around the circumference of the part can be precisely rotated into a position which is optimal for the multisensor measurement. The PC-DMIS measuring software takes the rotation of the workpiece coordinate system relative to the machine coordinate system into account. The Optiv Dual Rotary option allows the entire rotary axis to swivel on an additional axis so the sensors can reach geometries that are inclined to the longitudinal axis of the workpiece.

The tactile measurement of prismatic workpieces on a rotary table or the stacked rotary tables also offers improved efficiency through the rotating and swivelling movement, which makes complex geometries easily accessible with only a few simple styli configurations. This reduces the necessary probe changes as well as the number of axis movements within the measuring volume.

The new mechanical bearing rotary tables for the Optiv Performance 663/664 provide high-precision rotational accuracy. Two sizes are available, offering different maximum torques (2 Nm or 10 Nm) and normal centred load capacities (900 N or 1800 N). Depending on the version, self-centring three-jaw precision chucks for diameters between 2 mm and 125 mm are optionally available. With the Optiv Dual Rotary option, two rotary tables are combined to enable two-axis rotations.

“We have extended the range of applications for the Optiv Performance 663/664 with the automatic workpiece rotation within one measurement routine,” says Wolfram Fröhlich, Business Unit Director PL sCMM for the Vision Unit at Hexagon Manufacturing Intelligence. “With up to two additional rotary axes, our customers can make optimum use of the available measuring volume of the machine and perform complete multisensor measurements of complex components without re-clamping.”

Both CNC rotary tables and the CNC stacked rotary tables are available worldwide from today and can be ordered from local Hexagon Manufacturing Intelligence commercial operations and dealers.

Rotary Precision Instruments UK Ltd has a long established reputation as a major supplier of high precision rotary table products. Since the formation in the 1950"s as Optical Measuring Tools (OMT), Rotary Precision Instruments UK Ltd has become a leading supplier of precision rotary tables to the Aerospace, Automotive, Power Generation, Machine Tool, Scientific and General Engineering Industries, and is recognised as a world leader in innovation and design. The CMM series of rotary tables has been specifically designed to complement the highest quality Coordinate Measuring Machines and is...

pL LEHMANN has developed a rotary table program optimized for measurement technology – the MQ series. The Swiss manufacturer offers two distinctly different models, the "Q-Line" and the "M-Line". While the "Q-Line" can be retrofitted to almost any measuring device at any time and automated if required, the "M-Line" is available from the measuring machine manufacturer (OEM) as a fully integrated model.

The Q-Line is ideal for stand-alone use. It is suitable for both new and retrofit equipment of coordinate measuring machines (CMM), for example, from all established manufacturers and also of other measuring devices (for roundness, contour, surface...), which it transforms into versatile measuring stations.

As an entry-level model – suitable for simple applications on the shop floor or in measurement laboratory – pL LEHMANN offers the manual, super-flexible rotary table MA-508.m Q. It can be combined with height, contour, and surface measuring devices and is recommended for run-out test equipment and coordinate measuring machines. Users can set different ratios to fast or slow in just a few steps. A smooth-running, sensitive handwheel makes it possible to approach any position very precisely and unerringly. A fold-out digital display shows the angular position with a resolution of 0.001°.

pL Q-Line rotary tables are optionally available in a housing made of aluminum (e.g. for transmitted light systems) or of spheroidal graphite iron (e.g. for CMMs). In addition, each unit is equipped with an emergency stop switch to meet the high safety requirements.

Wenzel Metrology equipment is used in a wide range of manufacturing industries including aerospace, automotive and medical. The Wenzel range includes, bridge and horizontal arm CMM"s driven by Wenzel Metromec and OpenDMIS CMM software and equipped Renishaw probes.

Wenzel has also introduced a new industrial CT Scanning workstation, laser scanning heads for non contact measurement and reverse engineering, and a new white light scanning solution for high speed scanning of Turbine Blades and Blisks as well as a new portable CNC 3D scanning system. Wenzel also offers its own 3D surfacing software for scanning and reverse engineering, Wenzel Pointmaster. If gear checking is required, Wenzel manufactures its own range of gear testing machines.

Located in Faridabad (Near NHPC Chowk Metro Station), Wenzel South Asia (p) Ltd. is also able to offer service, calibration & subcontract measurement . Also available are retrofits and upgrades to group or non group CMM?s. For larger applications there are a range of Wenzel CMM gantry machines and for styling studio"s Wenzel has a tailor made product solution.

Recent acquisition of the manufacturing facility of M/s Poli SpaItaly now facilitates production of large granite parts required for CMM"s. Our 100% EOU facility is now ready to meet the requirement of the overseas customers for measuring machine as well as granite and cast iron components.

DEX presents you 5axis rotary tilting tables that can operate around horizontal and vertical axis for more flexibilities and applications, and locate the workpieces precisely and accurately during the operation for better and more stable quality.

These tilting tables maintains high accuracy with ultra-high efficiency conduction that are over 90%. There is zero-backlash problem between the roller and the cam, which reduces the defect rate and improves the quality.