digital rotary table manufacturer

Digital Rotary Table can be mounted horizontally or vertically to the milling table for machining a wide variety of precision parts. One revolution of the handwheel rotates the 4" diameter table 5 degrees. Table has rotational accuracy of 10 seconds (0.0027 degrees). Digital readout unit can be set to display in degrees and minutes or in decimal degrees. Readout resolution: 1 minute (0.0166 degrees). Table has a MT2 hole and includes an adapter plate for mounting our #82512 3-jaw lathe chuck and #82505 4-jaw lathe chuck (available separately). For use with MicroLux® R8 Milling Machine.

Manufacturer of standard and custom 360 degree linear rotary tables for scanning, assembly, testing and production applications. Features vary depending upon model, including worm and gear drive design with central rotating ball bearings, manual and motorized operation, hollow spindles, four mounting holes, accessible adjustment clamps and graduated knobs. Accessories such as rotating table adapter plates, brackets, platform shelves, thumbscrew locks, alternative knobs, limit switches provided. Manually operated rotary motion turntables also available. Suitable for mounting and rotation of test specimens, cameras, transducers, sensors, mirrors and other components. Stock items and repair services are offered. One year warranty. Made in the USA.

Sherline offers one of the finest small rotary tables on the market. It is available in manual or stepper motor drive modes. It can even be purchased with its one controller to be used as a programmable indexer. Below are links to the pages on the various versions of the Sherline 4″ rotary table. The table is driven by a worm gear with a 72:1 ratio making each turn of the handwheel equal to 5°. Fifty laser engraved handwheel marks indicate positions 1/10 of a degree apart. A 90° fixture is available to position the table in a vertical position. Our P/N 3750 Tilting Angle Table is also available for positioning at any angle from 0° to 90°.

Sherline’s rotary table is one of the most popular accessories in the tool line. Its popularity extends from the home shop to the professional machine shop due to its compact size, solid construction, and long-lasting accuracy. The handwheel is calibrated in 1/10° increments with marks every 5° around the table’s periphery. Included is a set of hold-down clamps, T-nuts, and a threaded center fixture for attaching Sherline chucks with a 3/4-16 center thread. Read more about the Sherline manual rotary table.

P/N 3700-CNC 4″ CNC-Ready rotary table with stepper motor mount: In place of the manual handwheel, a NEMA 23 stepper motor mount is attached, allowing use of the rotary table as a 4th axis on Sherline CNC mills or for whatever CNC application a customer may have where a small but accurate rotary table is needed. Read more about the Sherline CNC-Ready rotary table.

P/N 8730 4″ CNC rotary table with stepper motor mount and NEMA 23 stepper motor: This takes the above rotary table one step further with the inclusion of Sherline’s own NEMA 23 stepper motor already attached to the rotary table and including a 5-pin plug that connects directly to the Sherline 8760 4-axis driver box. Read more about the Sherline CNC rotary table with stepper motor.

Sherline offers the answer to your small rotary indexer needs by providing a programmable control box with its own power supply and driver for running the rotary table. Inputs can be entered by either degrees (to 3 decimal points) or by divisions of a circle (up to 999 divisions). Also programmable are the direction of rotation, the speed of rotation and backlash compensation. In the PROGRAM mode, two different programs of up to 40 blocks each can be entered that control rotation speed, direction and degrees or divisions plus the option to continue or pause at the end of each block. Read more about the Sherline programmable rotary indexer.

PARKSON enthusiastically develops our innovative researches and productive technologies for cooperating with clients to respond to the quick changing demands in industry and designs the rotary tables with digital control that comply with the demands by clients, demonstrating the capabilities of PARKSON in terms of research, innovation, and production.

For a long time, PARKSON has persisted in the foundation of a manufacturer, which is design developments and engineering technologies and has followed the operational principles: “Quality to accomplish future; no ending for innovation” to market internationally with the brand of PARKSON. For many years, we have developed many high-precision rotary tables together with domestic and foreign manufacturers of machine tool for satisfying different territories of machining.

Intelligent actuators are highly programmable linear, XY and rotary actuators with a motor, encoder, drive and USB controllers. No need to daisy chain multiple axes. Just plug USB cables into USB hub and control unlimited number of axes with a GUI. LabView drivers available

Offers the unique capability to operate multiple axes of motion in one plane. These systems designed to replace conventional compounded XY tables where one axis is being carried by another.

Low profile wafer handling system for automated accurate positioning applications in the semiconductor manufacturing industries. X table travel from 200 mm to 450 mm with center aperture from 160 mm to 480 mm

Precision motorized XY table and rotary actuator combination positioning stages offer superior positioning performance in a very compact, low profile unit. They are ideal for space-critical optical, semiconductor, laser and vacuum applications.

The digital rotary tables are in one of the most significant categories regarding the automatic processing in the machine tool industry, since the capabilities they have bring a higher level of the operations. For instance, the tilting capability they offer makes more machining processes available as more machining angles can be achieved.

The rotary table is a necessary component in the automatic operation as well. It can be in conjunction with the spindles, saddles, motors, hydraulic cylinders, chucks, screws, etc., which are the parts that can be often seen on a machining center, for example. Combined with these components, the invention of the rotary tables brings more profits to the machine tool industry in Taiwan.

Digital rotary tables are also applied to grinding processing as well. It offers strength for supporting the workpieces and convenience for the abrasive wheels to grind on the workpieces during the grinding process. When it comes to surface grinding, which is the process before an end product is made, the surfaces of the products that come in flat or other specific shapes are ground without the remaining chops or burrs.

As the need of grinding different surfaces on a product increases, the application of a digital rotary table can help a lot in reaching this achievement. That is, when conducting the grinding process with a digital rotary table, it refines what the milling processes can bring to the products being made.

For digital rotary tables to be used in the machine tool sector, especially in the advanced applications, 5 axis bridge type machining center is a highly developed machine tool that is able to handle various tasks in one operation, which eliminates the need of transferring one workpiece to several working sites.

The development of digital rotary tables can be derived from the mid-20th century, which began from the conventional milling machines and transformed into the machining center that is in charge of automatic operation nowadays. This makes the adoption of machining centers covers a wide range of industries, contributing a wide range of industrial demands.

Furthermore, as one of the classic but always useful types in the machining center family, bridge type machining center is a highly developed machine tool that can especially deal with heavy-duty operations. With a bridge-like frame that contains automatic tool change and transfer functions, the workpieces can be secured in the center worktable under the bridge, and receive the various machining processes without the limitation of space and product intricacy as in the conventional form of milling machines. From the mid ages of the last century until now, the development of this type of machine tools has made a difference and opened a new chapter in the prosperous future of the machine tool industry.

By adopting the digital rotary table, the available machining orientations can be achieved with at least three axes as in the general construction of machining centers.

The Sauter rotary table is ideal for machines designed for complete machining. Our tables can be used for milling or grinding machines as a base for the main spindle or the workpiece carrier an allowing easy access from any position.

Our design for the B-axis rotary table focused on flexibility, precision, and robustness. This was achieved by means of:Backlash-free pre-loaded gear train

Sankyo Automation is the worldwide leader in cam indexer technology; continuously working to develop new, innovative technologies in motion control. Our collection of high-speed, high-precision cnc rotary tables are frequently utilized in manufacturing systems that require accurate, high speed actions.

High dynamic Power Units... The machining of workpieces on rotary tables requires high acceleration, which can only be achieved by high torque from the very beginning. Strong torque motors offer backlash-free direct drives for rotating axis. ...for Precision This modern drive concept gives the rotary tables the highest dynamic, precision and reliability which are increasingly in demand with serial applications.

For over 50 years, Pfiffner has been developing rotary transfer machines that offer high precision and flexibility, marketing the most cost-effective solutions for high-volume workpieces. Thanks to our solution-oriented approach, well-developed expertise in the market, and a passionate innovative spirit, we"ve established ourselves as a leading partner for innovative industry sectors all around the world. Our success is based on a clear vision: We always remain a leap ahead of the times, ensuring satisfied customers every single day.

Boasting a 1300 mm footprint, the TO1300 suddenly makes larger scale applications possible that previously seemed out of reach− as current direct-drive tables are relatively small and limited to a diameter of 750 mm. Additionally the TO1300’s high-tech drive operates predominantly without mechanics or gearboxes.

For challenging tasks of this nature, a mechanical heavy duty table is typically the logical choice. Due to their gearing ratio, however, these tables don’t fare well in service life calculations for use at such high speeds as the needle bearings simply suffer from too much wear.

The correct alternative is a direct drive; which inspired the development of the TO1300. With a direct drive, only one bearing is under load which is virtually free of backlash. The table is low-wear and easily capable of delivering the desired dynamic performance requirements.

Unique to the TO1300 is that customers can customize it to their individual requirements. For example; they can make a modular selection between bearings, encoder and motor, and thereby alter the following table characteristics:

A specialist in automation, WEISS also offers many sizes for the TO series direct-drive rotary indexing tables; ranging from small to very large. Optimal solutions for specific application challenges can be achieved from the series wide range of options. Each TO model is also available in a version with a cleanroom certificate.

Corporate Profile: An integral part of the Weiss global network, Weiss North America (ISO-9001 Certified) leverages over 45 years of reliable world-wide expertise to comprise an integrative, customer-specific approach to its vast array of electromechanical products. Our 100% vertical range of manufacturing ranges from rotary indexing tables, handling systems, and linear assembly systems−providing flexible technology for turnkey solutions that incorporate electronics, mechanical systems, software, and comprehensive engineering support. This enables us to provide pre-installed, intelligent, and highly convenient solutions for the entire field of kinematics.