The contact faces of the tailstock must be lubricated. From Wordnik.com. [5. Centring with the centre drill] Reference
In that case the tailstock is to be aligned as per Fig. 23. From Wordnik.com. [6. Cylindrical turning and facing of shouldered cylindrical parts] Reference
Constant lubrication to the tailstock guideways is a must. From Wordnik.com. [6. Cylindrical turning and facing of shouldered cylindrical parts] Reference
For this purpose the tailstock can be adjusted to either side. From Wordnik.com. [5. Centring with the centre drill] Reference
The supporting surfaces of the tailstock are to be lubricated. From Wordnik.com. [4. Reaming with solid reamer] Reference
The axis of rotation and axis of the tailstock must be in line. From Wordnik.com. [4. Reaming with solid reamer] Reference
The apron and the tailstock are movable and are led on the lathe bed. From Wordnik.com. [2. Structure of the regular engine lathe] Reference
The workpiece is clamped between the trifurcate and the tailstock centre. From Wordnik.com. [2. Assembly of a Lathe] Reference
This serves to chuck short trunk pieces without using the tailstock centre. From Wordnik.com. [2. Assembly of a Lathe] Reference
The tailstock must be fixed, otherwise it will be displaced during the operation. From Wordnik.com. [5. Centring with the centre drill] Reference
As counter-supports the tailstock with centre (Fig. 22) and steady rest are used. From Wordnik.com. [6. Cylindrical turning and facing of shouldered cylindrical parts] Reference
· When thread cutting by a tap ensure correct centring and tailstock middle-positioning. From Wordnik.com. [3. Preparations for thread cutting by dies and taps] Reference
The tailstock is sliding on the guideways of the lathe bed and can be fixed in any place. From Wordnik.com. [2. Structure of the regular engine lathe] Reference
The tailstock must be lockable since otherwise it might be displaced during the operation. From Wordnik.com. [4. Reaming with solid reamer] Reference
Misalignment of the steady rest or centre offset of the tailstock may result in eccentricity. From Wordnik.com. [6. Cylindrical turning and facing of shouldered cylindrical parts] Reference
The tailstock is used as a counter-holding device for turning long workpieces or for drilling. From Wordnik.com. [2. Structure of the regular engine lathe] Reference
The lathe tool must always be in dead central position (centre of the tailstock/setting gauge). From Wordnik.com. [4. Preparation of the work on the regular engine lathe] Reference
The tap is positioned by means of the tailstock tip which is aligned to the centring of the tap. From Wordnik.com. [6. Thread cutting by taps on through holes] Reference
Its internal taper receives the centre of the tailstock, the drill, the drill chuck or the reamer. From Wordnik.com. [2. Structure of the regular engine lathe] Reference
Longer parts necessitate the combined use of tailstock and steady rest or of several steady rests. From Wordnik.com. [7. Cylindrical turning and facing of long cylindrical parts] Reference
Alternatively, a programmable tailstock can be fitted. From Wordnik.com. [Manufacturingtalk - manufacturing industry news] Reference
A part called a way holds the carriage and the tailstock onto the track. From Wordnik.com. [Shaister Miester Do Da] Reference
The programmable travelling tailstock features a long stroke of 13. 78in. From Wordnik.com. [Manufacturingtalk - manufacturing industry news] Reference
The bed helps set the carriage and the tailstock in perfect parallel alignment to the spindle axis. From Wordnik.com. [Shaister Miester Do Da] Reference
Figure 23 Aligning the tailstock. From Wordnik.com. [6. Cylindrical turning and facing of shouldered cylindrical parts] Reference
Vertical adjustment by tailstock centre. From Wordnik.com. [5. Setting-up and operating the regular engine lathe] Reference
Machine reamers are clamped in the tailstock. From Wordnik.com. [3. Preparation for reaming] Reference
Figure 23 Possibility of tailstock adjustment. From Wordnik.com. [5. Centring with the centre drill] Reference
Taper sleeves for location in the tailstock. From Wordnik.com. [3. Preparation for reaming] Reference
2 tailstock end, positive guidance of the turning tool. From Wordnik.com. [5. Centring with the centre drill] Reference
2 tailstock end. From Wordnik.com. [6. Cylindrical turning and facing of shouldered cylindrical parts] Reference
1 tailstock jaws. From Wordnik.com. [7. Cylindrical turning and facing of long cylindrical parts] Reference
6 tailstock sleeve. From Wordnik.com. [3. Preparation of recessing, cutting-out and cutting-off] Reference
1 tailstock centre. From Wordnik.com. [6. Cylindrical turning and facing of shouldered cylindrical parts] Reference
3 tailstock, workpiece. From Wordnik.com. [1. Purpose of centring, drilling and counterboring/countersinking] Reference
4 tailstock alignment in mm. From Wordnik.com. [6. Cylindrical turning and facing of shouldered cylindrical parts] Reference
4 tailstock adjustment, possibility of correction. From Wordnik.com. [5. Centring with the centre drill] Reference
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