Boring Head Dealers

Useful set comes complete with all neccesary and diffrent sizes Boring Bars & Fly Cutters,Boring head set comes complete fitted in a fine finished wooden box.

We are offering deep bore grinding head. Mahnot grindage industries, pioneer in manufacturing and designing, internal grinding spindles, have also developed horizontal grinding head. deep bore horizontal grinding head is suitable for grinding operations like:- internal grinding; groove grinding etc. And can be suitably fitted on heavy duty centre lathe; or, grinding machines and other special purpose machines in horizontal position. These are high performance grinding head. capacity available:- • power = upto to 10 h.p. • depth = up to 1000 mm. • grinding wheel dia = up to 400 mm. (for continuous work load.) we assure you that these high performance matchless grinding head will satisfy your all requirements of grinding in the same setting after machining which you had been looking for a long time. These grinding head can transform any machine to grinding machine are of much use in heavy duty workshop and their maintenance departments.

Seco has extended the versatility of its Steadyline™ vibration-damping system with the new EPB™ 610 rough boring head and EPB 620 radial type fine boring head. Featuring the patented GL Connection, these heads are used in combination with Steadyline turning bars. This allows the same Steadyline bar to be used for both static turning and rotating boring operations in deep machining applications of up to 10xD.

Head diameter :30 mm 1 division : 0.02 mm has 2 bores to accept vertical tooling & 1 offset for reaching maximum bore diameter. Offset of the boring head: 5 mm shank thread 38" for drawbar. Supplied with staright shank, 2 mt & 3mt. Supplied along with 3 carbide brazed boring bars.

Boring Head helps in the process of enlarging a hole that has already been drilled (or cast), by means of a single-point cutting tool . Boring head is used to achieve greater accuracy of the diameter of a hole.

The versatile 391.37AB system can be used for both fine boring and face grooving applications. It allows precision adjustment in microns in order to achieve close hole tolerances. Build modular assemblies with Coromant Capto® or HSK for increased tooling flexibility. Fine-adjustable heads and sleeves Benefits Choose between conventional (.37A) and high speed (.37B) fine-adjustable head Flexible solution for a broad diameter range Excellent surface finish with wiper inserts Close hole tolerances of IT6 Features Diameter adjustment by 0.002 mm (0.00008 inch) for high accuracy The high speed fine boring heads have an adjustable counterweight, which enables runs at 20 000 revmin Reduction sleeves available from size 20 to 16

The company has installed all the in-house facility wherein we maintain a large stock for meeting quick and massive requirements of the clients. Dedicated towards bringing forth the finest and premium quality Boring Head, we are a well-established Supplier in this domain.   Features : Precisely designed High strength Ruggedness

Automatic Boring Head Maximum Torque: 500 Nm Maximum RPM: 2000 rpm Lubrication Method: Grease Cutting Cooling: External Cooling Tool Specification: BT – #50 Ratio: 1：1 Clamping/Unclamping Method: Automatic Clamping Force: 1200 – 1500 kgf Maximum Tool Diameter: Ø150 mm Axis Split Angle (Automatic): 5°一a split

The Micro Boring Head, FBH series are available from dia 22mm in different sizes upto 135mm. The head has a fine adjustment of 2 microns on dia. The system is built on a modular concept with MC-32 connection on one side. The BORING HEADS are designed with a good dia/length ratio for a better depth without compromising on the rigidity and to give excellent hole quality.

500 Facing operation is started by pressing the retaining pin. By doing so, the feed control collar is coupled with the retaining ring, the rotation of which is arrested by the stop rod. Each of the 12 pressed in push buttons provide a feed of 0.02mm (0.008") per revolution. The pre-set stop, upon reaching the stop pin, automatically disengages the cross feed. Rapid return is effected manually by the quick - setting screw with the aid of T-Wretch. For cylindrical turning or boring, the work diameter is set by means of quick setting screw in conjunction with the graduated fine-setting screw. After setting, the slide should be locked in position. Taper turning and taper threading can be carried by engagir the cross feed of the head in conjunction with the axial feed of the machine spindle. When threading on machines with lead screws, the threading Tool is moved out by means of the fine setting screws and retracted by reversing the machine. 260 Facing operation is started by pressing the feed button. The self-actir cross feed is actuated by rotating the head and stopping the retaining ring with the stc rod. By means of an adjustable stop the cross slide is set for any desired travel. Upon reaching this stop, the cross slide is automatically disengaged. Whilst the spindle continues rotating the button for return movement is pressed causing the slide to return at ten times the facing feed, to its starting position as fixed by a second stop. Coarse or fine settings for cylindrical turning and boring are performed by means of the graduated collar. The slide maybe locked. Taper turning is effected by combining the cross feed of the head with axial feed of the machine. 500 Facing operation is started by pressing the retaining pin. By doing so, the feed control collar is coupled with the retaining ring, the rotation of which is arrested by the stop rod. Each of the 12 pressed in push buttons provide a feed of 0.02mm (0.008") per revolution. The pre-set stop, upon rea

IV 25-FACING & BORING HEAD The IV 25 Boring head is applied in machining faces and cylindrical surfaces with different recesses, both from the front and from the rear of Work piece. It is also suitable for the production of internal recesses and slots in holes. The Boring head consist of the head body which serves as a guide for the traversing slide. The slide is fitted with several holes to receive different tool holders. The body is fitted with a cylindrical shank. The rotary motion of the spindle is transmitted by means of gears and a worm to a nut which is moving the slide. The feed motion is infinitely variable.