A tilt-rotary table will allow you to turn a regular milling machine into multifunctional equipment.


Scope of application and benefits

In addition to milling equipment, the rotary table is installed on drilling, boring and other machines, the table of which, together with the part, moves only in a horizontal or vertical plane relative to the spindle with the cutting tool.

The rotary table allows you to process workpieces on a milling machine along the contour, creating a complex configuration, spiral grooves, grooves and holes. Depending on the type of rotary table, the machine can cut grooves into the part at any angle to the base surface, drill and bore holes without reinstalling the part with an accuracy of tenths or even hundredths of a degree.

Using a rotary table on a milling machine offers the following advantages:

  • milling of the top and side surfaces;
  • creating polyhedra from one installation;
  • drilling around the perimeter and at an angle to the table surface;
  • Boring on all surfaces is straight and at any angle;
  • creating spiral grooves on the surface of the part;
  • cutting grooves of any configuration.

The rotary table allows you to process complex parts on a milling machine from one installation.

Important!

When the table rotates automatically, rotating bodies, such as rings and cylinders, are made by milling - high-performance roughing.

LONGITUDINAL AND TRANSVERSE TABLE MG-2A with a rotating base.

The longitudinal-transverse table with a rotating base MG-2A is a multifunctional accessory for a wide range of applications, mainly on milling, drilling and other machines. The use of longitudinal and transverse movement together with rotation around the base makes it easier and faster to process parts.

Table with swivel base MG-2A, type 5120, diagram with dimensions.
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TECHNICAL CHARACTERISTICS OF TABLE WITH ROTARY BASE MG 2A:

MG-2A
Table size, mm 254x444
Amount of longitudinal movement of the table, mm ± 114
Amount of lateral movement of the table, mm ± 76
T-slot width, mm 15.875
Distance between T-slot, mm 80
Minimum readable dial value 0.001”
Maximum permissible weight of the workpiece relative to the center of the table, kg 250
Maximum permissible force relative to the center of the table, N 7000
Surface deviation along the length of the table, mm 0.03 (-)
Permissible deviation of perpendicularity, mm 0.03/100
Parallelism of the table surface to the base surface, mm 0.05
Permissible deviation when rotating the table 0-360°, mm 0.08
NET WEIGHT, kg 70
GROSS weight, kg 90
Packaging dimensions, mm 600x600x265
PRICE for cross table MG-2A, rub. 40 100

Classification

Rotary tables are classified according to different parameters:

  • the location of the grooves is radial and parallel;
  • number of rotation axes: one or two perpendicular;
  • dimensions - standardized sizes;
  • faceplate rotation drive is manual and automatic.

For mass production, devices with expanded functionality are used, combined with a dividing head, and complex designs for CNC machines.

Round

The simplest design of a rotary table. The workpiece rotates around an axis located vertically.

The device allows you to process side surfaces, create polyhedra, chamfer and make grooves and boring.

Reference! The simplest design of a rotary table. You can do it yourself at home.

Vertical-tilt

The table rotates around its axis and tilts 45⁰ in a perpendicular plane. Used for milling complex reliefs, drilling and boring holes at an angle to the base. The device provides high accuracy of the spatial location of holes.

Used on milling and drilling machines.

Vertical-tilt with rotating disks

The rotary disks included in the turntable set are used as a dividing head. Usually there are 3 of them. with different hole ratios. They mechanically rotate the workpiece to a certain angle in accordance with the number of teeth. The use of devices allows you to cut gears and gears with straight and oblique teeth.

Horizontal

The surface of the faceplate is located in the plane of the Z axis. The device allows for circular milling, processing of ledges, grooves, and boring.

With vacuum grip (for CNC units)

On CNC machines, pneumatics are used to quickly fix and center the part. The fastening is tightened by vacuum when air is pumped out. The compressor turns on automatically according to the program. If necessary, the workpiece quickly changes its position, being clamped into the spindle chuck and vice versa.

Important!

Pneumatics are also used to fasten workpieces made of thin sheets, aluminum, and non-ferrous soft alloys, which are deformed when the bolts are tightened.

Equipment classification

It is customary to divide rotary tables according to several parameters. Firstly, in terms of working position. The equipment can be horizontal, vertical and universal, that is, it can work in two planes.

Secondly, in terms of size. The size of the faceplate is taken into account. It can vary from ∅ 110 mm to ∅ 630 mm. Tables of other sizes are possible, but these are special products made to order or for specific operations.

Thirdly, according to the method of adjustment and configuration. The equipment can be equipped with a simple mechanical handle, driven by the main machine and equipped with its own electric motor.

And finally, fourthly, a rotary table with expanded functionality. For example, it may have not one axis of rotation, but two, vertical and horizontal.

Tools that expand the capabilities of metalworking equipment

The milling machine work table moves linearly in 2 or 3 directions. The rotary table rotates the workpiece, turning it towards the spindle with the cutting tool, different faces and tilting it at an angle. This allows you to perform several operations from one installation, and more accurately maintain center-to-center dimensions and the distance from protrusions and grooves.

Sinus

The sine table is highly accurate. Rotates with an accuracy of one second. Helical gears and spiral grooves are installed due to the synchronous rotation of the faceplate and its tilt at an angle. For manual control there is coarse and fine adjustment, 2 dials for each movement.

For drilling machine

Overhead rotary tables are installed on the drilling machine table with a radial arrangement of holes. Uniform rotation of the part allows the drill to make holes at an equal distance from the center of rotation, eliminating constant rearrangements. A table with an inclination of up to 45 degrees is designed for drilling at an angle to the surface of the part.

Round, magnetic

Magnetic electric coils are excited when current is applied to them, several times faster than conventional mechanical fastening. The part lying on the working surface is instantly attracted or released. The machine operator does not have to turn the screws or wait for them to be mechanically tightened. This prevents overtightening of the bolts.

The advantages of a magnetic table are the quick fixation of parts without dents or deformations. The disadvantage of installing in a limited number of materials is that only carbon and alloy steels are magnetized.

Reference! Non-ferrous alloys, stainless steel, aluminum and copper cannot be fixed on a magnetic table.

ROTARY TABLES HORIZONTAL-VERTICAL TK13EL, CNC.

Horizontal-vertical tables with a through hole in the spindle of the TK13EL CNC series are an excellent solution for using them on CNC milling machines and machining centers. They are used in combination with the machine's CNC controller or with an independent controller on non-CNC machines. To ensure work with a wide range of applications, there is a faceplate with a through hole, as well as other devices that allow you to fix the part between the table and the tailstock. With their help, operations can be performed particularly accurately. The presence of a through hole in the spindle allows the use of hydraulic (pneumatic) powered collets and chucks when processing long shafts and other products.

Rotary tables horizontal-vertical, CNC, with through hole, type 6130, diagram with dimensions.

TECHNICAL SPECIFICATIONS OF TK13EL, CNC:

TK13200EL TK13250EL TK13315EL
Faceplate diameter, mm Ø210 Ø250 Ø315
Center height, mm 140 160 210
Diameter of passage hole, mm Ø60H6 Ø70H6 Ø90H6
Width of the fixing groove-key, mm 14 18 18
Width of fixing T slot, mm 4-12 6-12 6-12
Worm gear ratio 1:90 1:90 1:90
Gear ratio 1:90 1:180 1:180
Maximum rotation speed, rpm 16.6 11.1 11.1
Table rotation angle per pulse 0.001″ 0.001″ 0.001″
Servo drive power, kW ≥0.9 ≥1.0 ≥1.0
Servo drive torque, Nm ≥3 ≥5 ≥5
Division accuracy 30″ 30″ 30″
Positioning stability 8″ 6″ 6″
Clamping force at oil pressure 15x105Pa, Nm 450 1000 1800
Clamping force at air pressure 5x105Pa, Nm 150 300 500
Max. weight of the workpiece in a horizontal position, kg 200 250 350
Max. workpiece weight in vertical position, kg 75 150 175
Maximum torque, Nm 90 300 700
NET WEIGHT, kg 75 110 200

Certified models

The presence of a certificate indicates that the product meets all standards and safety requirements. Only after checking the list of characteristics, a quality certificate is issued. Such models include the following.

PROMA OS-250 250001

Used for milling, drilling, threading.

Characteristics:

  • installed vertically and horizontally;
  • rotation angle 360⁰;
  • T-slots 6 pcs.

Installed on small milling machines for the production of single parts and small batches.

Homge HUT-300 universal

Tilt angle 90 degrees. Installation of the workpiece is simplified due to the presence of 2 locking bolts.

TSK 200 tilting rotary table

Used for circular milling, boring, creating corners and complex configurations.

Characteristics:

  • rotary table with an inclination of up to 45⁰;
  • mechanical control;
  • high processing accuracy.

In addition to these devices, Vertex, Encore Corvette, Purelogic R&D products and many others are certified.

ROTARY TABLES HORIZONTAL TS (160-1250 mm).

TECHNICAL CHARACTERISTICS OF ROTARY HORIZONTAL TABLES TS:

TS 160ATS 200ATS 250ATS 320ATS 400ATS 500ATS 630ATS 800ATS 1000ATS 1250A
Faceplate diameter, mmØ160Ø200Ø250Ø320Ø400Ø500Ø630Ø800Ø1000Ø1250
Center hole taperKM2KM3KM4KM5KM6
Hole diameter, mmØ25x6Ø30x6Ø40x10Ø50x12Ø75x14
T-slot width, mm1012141822
Angles of convergence of T-slots90°60°45°
Fastening groove width, mm121418
Worm and worm gear modules1.51.7522.53.54.55.55
Worm gear ratio1:901:1201:180
Graduation360°
Rotate the table with one turn of the worm4° (1′ division)3° (1′ division)
Minimum scale value10 «
Reading accuracy80″60″30″
Maximum workpiece weight, kg100150200250300550700125020003000
Weight, kg16.522.533.56512521534580013001900
Price, rub. 25 7002890030 90042 30065 100125 500290 000592 300938 500 1 573 000

DIMENSIONS OF ROTARY TABLES HORIZONTAL TS:

TS160ATS200ATS250ATS320ATS400ATS500ATS630ATS800ATS1000ATS1250A
A260290330410530640820100011701400
B19623628636045056070089010801300
C332369422493612753898108012951420
DØ160Ø200Ø250Ø320Ø400Ø500Ø630Ø800Ø1000Ø1250
G121418222222
H758090110140158.5160215250283
J121418223030
K7691.25102.5128.5180230295364364487.5
L194211241273337393468535654690
MKM2KM3KM4KM5KM6
P272730.54460656876106116
Q125160180220250
dØ25Ø30Ø40Ø50Ø75
h6101214

Homemade tilt-rotary machine for metal and wood machines

In a home workshop where there is a milling machine, it is good to have a rotary table among the devices. They are sold in stores if you need to make a lot of parts. Hobbyists can make the device themselves.

Required tools and materials

The easiest way to make a device yourself is from a lathe chuck. To do this you will need the following tools:

  • screwdriver;
  • Bulgarian;
  • hex and socket wrenches;
  • welding machine.

The rotary table consists of parts:

  • scroll chuck;
  • base with 2 ears;
  • limb from the drawing board;
  • clamps;
  • bolts;
  • 2 disks.

Ears with holes for bolts are welded to the base for fastening to the working surface of the machine. The limb is installed between 2 washers above the base. An inspection window is cut out in the body of the cartridge to see the divisions. The part is clamped into the jaws and rotated manually.

Drawings and calculations: When making a device yourself from scrap materials, a calculation is made of the stroke of the worm shaft and the number of teeth on the disk through its radius. Then a tap with the required pitch for cutting the disk is selected.

Step-by-step instruction

The disk is fixed on the workbench and put on the axle. Fasteners are installed. A screw is screwed in near the edge, against which the tap inserted into the electric drill rests. On its side it rests against the surface of the disk. When rotated, it cuts the tooth. The worm is installed in the housing in engagement with the cut teeth on the disk. A dial with a handle is attached to its end. Everything is attached to the base.

Safety precautions

When making a device, it is necessary to check the condition of the tool and the wires of the electric drill and welding machine, the grounding of the equipment and sockets. Even in a home workshop, you should wear overalls with long sleeves and safety glasses. The workplace must be cleared of unnecessary objects and well lit.

A rotary table for a milling machine increases the functionality of the equipment and allows you to make more complex parts with less time. For home use, you can make the device yourself.

REAR STOCK ADJUSTABLE WZK.

Adjustable rear headstocks WZK are designed for use with vertical rotary tables. They are used to hold and center cylindrical and other parts during machine processing. The height of the center and the angle of inclination can be changed and adjusted as needed. The design allows the center to be pulled inward to perform part changes and repeat the operation. For safe operation, the center is fixed with a clamping handle.


TECHNICAL CHARACTERISTICS OF WZK TAILSTOCKS:

WZK140 WZK180 WZK224
Applicability TSL160 TSL200, TSL250 TSL320
Height from base MIN to center MAX 100 140 140 180 180 224
Center cone KM KM2
Fastening groove width, mm 14 18
Center inclination angle, degrees. +/- 11
Center displacement, mm 25
Dimensions, mm 284x230x194 353x308x223 398x308x223
Weight, kg 8 14,5 16,5
Price, rub. 6 500 6 900 7 600
Designation A B C D E F G H I J K L M N O P
WZK140 169 34 50 45 18 110 140 100-140 18 Ø14 14k7 162 98 20 Ø18H7
WZK180 281 36 87 80 38 130 172 140-180 28 Ø14 14k7 200 125 24 Ø28H7 KM2
WZK224 281 36 87 80 38 130 178 180-224 28 Ø18 18k7 210 125 28 Ø28H7 KM2
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