matsumoto rotary table factory

Strong Clamping Force Brake System Hydraulic pressure pushes the thin brake wall against the spindle. Brake Diaphragm Brake System NC Rotary Tables Provide: ☆ Durability & Longevity ☆ Compact Designs ☆ Strong Clamping Force ☆ Highly Responsive ☆ Low Mainte

NC Rotary Tables Enhance Your Machine Tools MC : Machining Center EDM : Electric Discharge Machine MDH P6 Horizontal Special-Purpose Machine Horizontal only Horizontal High-Speed Machine Vertical only Vertical only

Dielectric Fluid only Vertical or Horizontal EDM for Wirecutting & Small-Hole Drilling Deionized Water only Vertical or Horizontal Direct Drive Motor (1-axis) Direct Drive Motor (2-axis) Tail Stock Table Accessories Air-Hydraulic Booster Dimensions for T-Slot / Clamping Bolt

Vertical or Horizontal Position ・Highly Accurate, Rigid, & Durable ・Most suitable for vertical machining center 　→ Less interference between spindle and work-piece ・Zero-Backlash Worm Gear system ・Compact external form ・Large through-hole provides increased versatility Note1: ( ) = higher indexing accuracy model with rotary scale. In this case, the outside drawing will change slightly. (T.I.R) ■Specifications Item Note2: Option: Built-in rotary joint is possible. Table Diameter Vertical Center Height Horizontal Center Height Through Hole Guide Block Width Gear Ratio Servo Motor (FANUC*)...

Vertical or Horizontal Position ・Most suitable for vertical machining center 　→ Less interference between spindle and work-piece ・Zero-Backlash Worm Gear system ・Compact external form ・Large through-hole provides increased versatility Note1: ( ) = higher indexing accuracy model with rotary scale. In this case, the outside drawing will change slightly. (T.I.R) ■Specifications Item Note2: Option: Built-in rotary joint is possible. Table Diameter Vertical Center Height Horizontal Center Height Through Hole Guide Block Width Servo Motor (FANUC*) Gear Ratio Indexing Accuracy Clamping Torque...

Vertical Position ・Most suitable for horizontal machining center 　→ Less interference between spindle and work-piece ・Zero-Backlash Worm Gear system ・Compact external form ・Large through-hole provides increased versatility ※ Optional machines models MDU632RG and MDU802RG with greater rigidity for incredible power and precision. Note1: ( ) = higher indexing accuracy model with rotary scale. In this case, the outside drawing will change slightly. (T.I.R) ■Specifications Item Note2: Option: Built-in rotary joint is possible. Table Diameter Vertical Center Height Horizontal Center Height...

Horizontal Position ・Outstanding Flexible Manufacturing System (FMS) ・Best for production line, mass production of parts ・Most suitable for horizontal machining center ・Zero-Backlash Worm Gear system ・Compact external form ・Built-in rotary joint (4-12 ports) ■Specifications Item Table Diameter Vertical Center Height Horizontal Center Height Through Hole Guide Block Width Gear Ratio Servo Motor (FANUC*) Indexing Accuracy Clamping Torque Clamping Pressure Permissible Machining Torque of Wheel Permissible Load Max. Machining Force at Clamping Permissible Work Inertia 12

MDVi TYPE Vertical Position ・Features high-precision OTT Worm Gear for greater power transmission ・Ideal for Scroll Machining or high speed applications ■Specifications Item Note1: Rotary scale is attached to『 i 』model. (T.I.R) Note2: Option: Built-in rotary joint is possible. Table Diameter Vertical Center Height Horizontal Center Height Through Hole Guide Block Width Gear Ratio Servo Motor (FANUC*) Indexing Accuracy Clamping Torque Clamping Pressure Permissible Machining Torque of Wheel Permissible Load Max. Machining Force at Clamping Permissible Work Inertia 14 *Application for other...

MDAT TYPE NC Tilting Rotary Table ・Designed for 3D cutting, processing ・Most suitable for high-tolerance, five-axis machining ・High-precision OTT Worm Gear results in superior performance in rotary and tilt operations Note1: ( ) = higher indexing accuracy model with rotary scale. In this case, the outside drawing will change slightly. (T.I.R) Note2: Option: Built-in rotary joint is possible. Table Diameter Tilting Axis Center Height Table Height in Horizontal Through Hole Gear Ratio Tilting Axis Tilting Axis Tilting Axis Rotary Axis Tilting Axis Rotary Axis Tilting Axis Rotary Axis Tilting...

Precision Spinning Table Vertical or Horizontal Position ・High precision, high speed system ・Most suitable for grinding center and jig grinder ・Recommended for machining of ceramic and glass ・Able to attach special controller ■Specifications Item Table Diameter Vertical Center Height Horizontal Center Height Through Hole Guide Block Width Gear Ratio Servo Motor Rotating Accuracy Indexing Function Clamping Torque Clamping Pressure Permissible Machining Torque of Wheel Permissible Load Max. Machining Force at Clamping Permissible Work Inertia

NC Rotary Table for Electric Discharge Machine EDM - Dielectric Fluid Vertical or Horizontal Position ・Most suitable for electric discharge machining of large-diameter plates ・Fully submersible in dielectric fluid ・Zero-Backlash Worm Gear system ■Specifications Item Note1: ( ) = higher indexing accuracy model with rotary scale. In this case, the outside drawing will change slightly. (T.I.R) Table Diameter Vertical Center Height Horizontal Center Height Through Hole Guide Block Width Gear Ratio Servo Motor (FANUC*) Indexing Accuracy Clamping Torque Clamping Pressure Permissible Machining...

Did you know that MMK Matsumoto has over 70 years of experience within the Machine tools Industry. With that being said MMK has faced many common problems machine tool owners have faced with their rotary tables, chucks and cylinders. Give us a call if you need help 888-665-1118.

Established in 1948 by Mr. Eiichi Matsumoto in Kanazawa Japan, MMK Matsumoto continues to exceed International standards of precision and quality. Since its inception, MMK’s product line has evolved to include a vast selection of CNC rotary tables, power chucks, hydraulic actuating cylinders, and other workholding products. Commitment to high quality products and excellent service has earned MMK Matsumoto industry wide attention. In 2004, MMK Matsumoto Corp. was established to serve Matsumoto’s growing market within North and South America. With our American Headquarters just outside of Chicago, Illinois, MMK Matsumoto is strategically located nearby many key OEM partners.

CNC rotary tables play a vital role in the performance of multi-axis machining centres. As table accuracy and reliability are of paramount concern throughout the product"s lifetime, Matsumoto Machine Corporation (MMK) has taken a pragmatic two-pronged approach to reducing indexing errors and improving performance. By enhancing both product calibration and encoder technologies the company has set new standards for rotary table accuracy.

Founded in Japan in 1948, Matsumoto Machine Corporation is a technology-leading provider of innovative, high quality jaw chucks and numerically controlled rotary tables used by industrial machine tool makers throughout the world. A key feature of MMK"s CNC rotary tables is a patented worm and wheel gear assembly developed by OTT GmbH, Germany. Unlike double lead worm gears, the OTT worm and wheel gear is able to minimise backlash, ensuring outstanding accuracy and long life, efficiency and durability.

A further advantageous characteristic of the MMK CNC rotary table is a large diameter through-hole in the table spindle. This greatly increases machine versatility and rigidity, supporting a wider variety of chucks and jigs and the machining of longer workpieces.

By enabling most metal-machining operations to be undertaken on a single machine, the benefits of MMK CNC rotary table are far-reaching. These include the time and cost saving of single machine set-up and single fixturing setup, reduced parts handling and the elimination of tolerance errors as workpieces pass from machine to machine.

Of critical importance in this one-hit machining centre scenario is ensuring the high accuracy of CNC rotary table indexing and control throughout its working lifetime.

As with a machine tool"s linear XYZ axes, the rotary axis is just as susceptible to uncontrollable events that may introduce angular positioning or axis alignment errors. Risking the production of defects in finished parts, these errors can be due to a number of reasons including, mistakes made in the initial machine installation, impact damage caused by collision or general wear-and-tear in use.

With its global reputation for product quality and design innovation, MMK therefore sought to equip its CNC rotary tables with a highly accurate and reliable means of tracking and controlling the indexing of its product throughout its lifetime, irrespective of the type of machine tool, workpiece complexity and duty cycle.

At the same time, in an increasingly competitive global market for CNC rotary tables, MMK also wanted to further enhance its product quality inspection processes. Specifically, the company set itself the task of augmenting index angle measurement as a key component of pre-shipment quality assurance procedures.

To provide machine tool makers and users with the ability to accurately track and control CNC rotary table indexing, MMK elected to integrate Renishaw"s super-compact TONiC™ non-contact optical incremental encoder system. Simple to install and with a compact readhead measuring just 35 mm x 13.5 mm x 10 mm, the TONiC encoder presented MMK with a minimal footprint solution capable of supporting machine speeds up to 10 m/s and resolutions down to 1 nm.

The rotary table readhead was designed to be used in conjunction with Renishaw"s RESM, a one-piece stainless steel ring marked on its periphery with 20 µm pitch graduations and featuring the IN-TRAC™ optical reference mark. With its low profile, large internal diameter and wide choice of diameters from 52 mm to 550 mm, the high stability RESM ring provided MMK with a versatile and easy to integrate scale that is well-suited to the company"s wide range of CNC rotary tables.

MMK selected Renishaw"s compact and lightweight XR20-W rotary axis calibrator to verify the accuracy of its rotary tables during manufacturing and immediately prior to shipment. The XR20-W was used in conjunction with Renishaw"s XL-80 laser interferometer to provide a non-contact reference measurement, independent of the axis under test, with an accuracy of ±1 arc second.

Motorised by a servo-controlled drive and with data capture synchronised to axis movement, the XR20-W requires no operator intervention during measurement. Being lithium battery powered and Bluetooth enabled, it ensures quick and easy setup, and the avoidance of trailing cable hazards. The calibrator"s modular design and flexible mounting systems allow far easier setup than alternative solutions and can be readily configured for a wide variety of rotary tables, chucks and spindles.

By integrating Renishaw"s TONiC non-contact optical encoder system into its CNC rotary tables, MMK has further assured the accuracy and reliability of its products in the field, along with an overall superior motion control performance. For a wide range of different machine tools and end uses, the rotary tables" combination of compact readhead and one-piece stainless steel ring scale has delivered a higher level of tolerance to dust, scratches, grease and oil, and a reduction in indexing errors. The encoder system"s ability to output highly stable position signals of unrivalled purity and ultra-low sub-divisional error have provided smoother velocity control, improved scanning performance and increased positional stability.

MMK"s introduction of Renishaw"s XR20-W rotary axis calibrator and XL-80 laser interferometer has reduced product measurement times by a half compared to conventional autocollimator techniques. Measurement procedures have been simplified and automated. Capable of taking accurate measurements at any indexing angle pitch, the calibrator enables evaluation of the accuracy of the worm and wheel gear-driven table for ultra-fine pitch measurement movements as small as 0.001°. This has allowed any loss of motion control or worm and wheel gear efficiency to be evaluated in detail and addressed. Product performance is now backed by a thorough analysis meeting ISO quality standards.

CNC rotary tables play a vital role in the performance of multi-axis machining centres. As table accuracy and reliability are of paramount concern throughout the product’s lifetime, Matsumoto Machine Company has taken a pragmatic

two-pronged approach to reducing indexing errors and improving performance. By enhancing both product calibration and encoder technologies the company has set new standards for rotary table accuracy.

Founded in Japan in 1948, Matsumoto Machine Corporation (MMK) is a technology-leading provider of innovative, high-quality jaw chucks and numerically controlled rotary tables used by industrial machine tool makers throughout the world. A key feature of MMK’s CNC rotary tables is a patented worm and wheel gear assembly developed by OTT GmbH, Germany. Unlike double lead worm gears, the OTT worm and wheel gear can minimise backlash, ensuring outstanding accuracy, long life, efficiency and durability.

A further advantageous characteristic of the MMK CNC rotary table is a large diameter through-hole in the table spindle. This greatly increases machine versatility and rigidity, supporting a wider variety of chucks & jigs and machining longer workpieces.

The benefits of the MMK CNC rotary table are far-reaching by enabling most metal-machining operations to be undertaken on a single machine. These include the benefits of time and cost-saving of single machine set-up and single fixturing set-up, reduced parts handling, and the elimination of tolerance errors as workpieces pass from machine to machine. Of critical importance in this one-hit machining centre scenario is ensuring the high accuracy of CNC rotary table indexing and control throughout its working lifetime.

As with any form of precision equipment integrated into a machining centre by a third-party machine tool maker, which in turn is used by an end-user in any number of industrial sectors, assuring consistent accuracy and performance over time presents a challenge. As with a machine tool’s linear XYZ axes, the rotary axis is just as susceptible to uncontrollable events that may introduce angular positioning or axis alignment errors. Risking the production of defects in finished parts, these errors can be due to a number of reasons, including mistakes made in the initial machine installation, impact damage caused by collision or general wear-and-tear in use.

With its global reputation for product quality and design innovation, MMK, therefore, sought to equip its CNC rotary tables with a highly accurate and reliable means of tracking and controlling the indexing of its product throughout its lifetime, irrespective of the type of machine tool, workpiece complexity and duty cycle.

At the same time, in an increasingly competitive global market for CNC rotary tables, MMK also wanted to enhance its product quality inspection processes further. Specifically, the company set itself the task of augmenting index angle measurement as a key component of pre-shipment quality assurance procedures.

To provide machine tool makers and users with the ability to track and control CNC rotary table indexing accurately, MMK elected to integrate Renishaw’s super-compact TONiC™ non-contact optical incremental encoder system. Simple to install and with a compact readhead measuring just 35 mm x 13.5 mm x 10 mm, the TONiC encoder presented MMK with a minimal footprint solution capable of supporting machine speeds up to 10 m/s and resolutions down to 1 nm.

The rotary table readhead was designed to be used in conjunction with Renishaw’s RESM, a one-piece stainless steel ring marked on its periphery with 20 μm pitch graduations and featuring the IN-TRAC™ optical reference mark. With its low profile, large internal diameter and a wide choice of diameters from 52 mm to 550 mm, the high stability RESM ring provided MMK with a versatile and easy to integrate scale that is well-suited to the company’s wide range of CNC rotary tables.

MMK selected Renishaw’s compact and lightweight XR20-W rotary axis calibrator to verify the accuracy of its rotary tables during manufacturing and immediately prior to shipment. The XR20-W was used in conjunction with Renishaw’s XL-80 laser interferometer to provide a non-contact reference measurement, independent of the axis under test, with an accuracy of ±1 arc second.

Motorised by a servo-controlled drive and with data capture synchronised to axis movement, the XR20-W requires no operator intervention during measurement. Being lithium battery-powered and bluetooth-enabled, it ensures quick and easy setup and the avoidance of trailing cable hazards. The calibrator’s modular design and flexible mounting systems allow far easier setup than alternative solutions and can be readily configured for a wide variety of rotary tables, chucks and spindles.

By integrating Renishaw’s TONiC non-contact optical encoder system into its CNC rotary tables, MMK has further assured the accuracy and reliability of its products in the field, along with an overall superior motion control performance. For a wide range of different machine tools and end uses, the rotary tables’ combination of compact readhead and one-piece stainless steel ring scale has delivered a higher level of tolerance to dust, scratches, grease and oil, and a reduction in indexing errors. The encoder system’s ability to output highly stable position signals of unrivalled purity, and ultra-low sub-divisional error have provided smoother velocity control, improved scanning performance and increased positional stability.

MMK’s introduction of Renishaw’s XR20-W rotary axis calibrator and XL-80 laser interferometer has reduced product measurement times by half compared to conventional autocollimator techniques. Measurement procedures have been simplified and automated. Capable of taking accurate measurements at any indexing angle pitch, the calibrator enables evaluation of the accuracy of the worm and wheel gear-driven table for ultra-fine pitch measurement movements as small as 0.001°. It has allowed any loss of motion control or worm and wheel gear efficiency to be evaluated in detail and addressed. Product performance is now backed by a thorough analysis meeting ISO quality standards.