About Conventional Lathe Machine
conventional lathe machine
Our offered machine is assembled by using premium quality materials and by implementing latest technologies. Our offered machines are use to carry our heavy metal shaping jobs and make sure perfection. Due to its durability, low maintenance and trouble free performance, this Lathe Machine finds huge demand in the market. In addition to this, Lathe Machine is offered to our valuable customers at market leading prices.
Technical Specification in mm
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Perticular
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250
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Description
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Height of Centre(mm)
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250
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Swing Over Bed (mm)
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490
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Swing Over Cross Slide (mm)
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290
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Distance Between Center (mm)
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965mm
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Max. Swing in Gap (mm)
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770
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BED
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Bed Type
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2 V & 2 Flat
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Bed Width (mm)
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325
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Length of Gap in Front of Face Plate (mm)
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240
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HEAD STOCK
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Number of Feeds
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18
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Spindel Speed Range : R.P.M.
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32 TO 1650
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Spindle Bore ( mm)
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55
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Spindle Taper Number
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MT - 4
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FEEDS AND THREADS
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Number of Feeds
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76
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Range of longitudinal Feeds (mm/Rev)
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0.026 to 0.936
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Range of Cross Feeds (mm/rev)
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0.016 to 0.62
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Number of Threads
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106
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Range of Metric Threads/No.
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0.2 to 7 mm (33)
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Range of Inch Threads,No.
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72 to 4 TPI (36)
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Range of Module Threads/No.
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0.3 to 3 Module (16)
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Range of D.P. Threads/No.
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44 to 8 D.P. (21)
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Leed Screw Dia (mm)
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38.1
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Leed Screw Pitch (mm)
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6 mm
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SADDLE
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Cross Slide Dimension (mm)
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460 x 205
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Cross Slide Travel (mm)
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200
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Compound Slide Traverse (mm)
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150
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TAIL STOCK
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Spindle Dia (mm)
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63.5
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Spindle Taper Number
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MT-4
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Spindle Travel
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175
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Lateral Move to Tail Stock (mm)
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5
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MOTOR
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Main MKotor (Kw.)
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3
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STANDARD ACCESSORIES Four Position Tool Post, Toolpost Spanners, Center Adopter, 2 Nos. MT-3 Dead Centers, Electric Motor with Electrical Controls, Thread Dial Indicator, Camlock operating Handle, Chip Tray
EXTRA ACCESSORIES
- Collet attachment
- Machine Lamp
- Quick change Tool Post
- Collet ( 1 mm to 25 mm ) each collet cost
- Chuck Flange 8"
- Coolant Pump & Fitting
- Collet ( 4 mm to 40 mm ) each collet cost
- Chuck Flange 10"
- Carrier Plate
- Taper Turning Attachment
- Face plate ( 350 mm Dia )
- Extra Center Height 2"
- Rear Tool Post
- Follow Rest
- Digital Read out System (DRO)
- Mechanical Brake
- Steady Rest
Note :
All The above specifications are approximate and subject to change without prior notice as improvements are made from time to time.
The Description " standard accessories / features " confirms to its list not the photo of models shown in the catalog.
Heavy Duty Lathe Machine :
Technical Specification in mm
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Parts
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Specification
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Heavy-1
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Heavy-2
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Heavy-3
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Heavy-4
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Heavy-5
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Bed
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Length of Bed Width of Bed Lenght of Gap in Front of Face Plate
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5 6" (1708) 12.75" (323) 7" (178)
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7 (2135) 12.75"(323) 7" (178)
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9 (2745) 12.75"(323) 7" (178)
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10 (3050) 12.75"(323) 7" (178)
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12 (3650) 12.75" (323) 7" (178)
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Capacity
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Height of Centre Swing over Bed Admit between center Movement of cross slide Movement of comp. slide
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10" (254) 19" (480mm) 20" (508) 7II (190mm) 6" (152mm)
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10" (254) 19"(480mm) 38 " (965) 7II (190mm) 6" (152mm)
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10" (254) 19" (480mm) 62 " (1575) 7II (190mm) 6" (152mm)
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10" (254) 19" (480mm) 74 " (1880) 7II (190mm) 6" (152mm)
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10" (254) 19"(480mm) 98 " (2490) 7II (190mm) 6" (152mm)
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Main Spindle
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Spindle Nose Spindle Bore Tapper Bore
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76 x 6 TPI 2.1/8 (54) MT - 4
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76 x 6 TPI 2.1/8 (54) MT - 4
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76 x 6 TPI 2.1/8 (54) MT - 4
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76 x 6 TPI 2.1/8 (54) MT - 4
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76 x 6 TPI 2.1/8 (54) MT - 4
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Tail Stock Spindle
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Diameter Morse tapper Travel
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2.1/2" (63.5) MT - 4 7" (178mm)
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2.1/2" (63.5) MT - 4 7" (178mm)
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2.1/2" (63.5) MT - 4 7" (178mm)
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2.1/2" (63.5) MT - 4 7" (178mm)
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2.1/2" (63.5) MT - 4 7" (178mm)
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Speed
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No. of speed RPM Low & High
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8 25 to 450
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8 25 to 450
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8 25 to 450
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8 25 to 450
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8 25 to 450
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Threads
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Metric thread Inch thread Lead screw
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1 to 6 2 to 24 1II" (38mm)
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1 to 6 2 to 24 1II" (38mm)
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1 to 6 2 to 24 1II" (38mm)
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1 to 6 2 to 24 1II" (38mm)
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1 to 6 2 to 24 1II" (38mm)
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Electric
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Motor Power
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3 H.P III
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3 H.P III
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3 H.P III
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3 H.P III
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3 H.P III
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Drive
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Counter to spindle Counter to motor
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C 72 x 2 no. B 72 x 2 no.
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C 72 x 2 no. B 72 x 2 no.
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C 72x 2 no. B 72 x 2 no.
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C 72x 2 no. B 72 x 2 no.
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C 72x 2 no. B 72 x 2 no.
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General
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space (L x W x H)
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81 x 45 x 50
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99 x 45 x 50
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122 x 45x50
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134 x 45x 50
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158 x 45 x 50
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Technical Specification in mm
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Parts
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Specification
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Medium 4 6"
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Medium 5 3"
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Medium 6
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Bed
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Length of Bed Width of Bed Length of Gap Length of Gap in Front of Face Plate
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4 6" (1370mm) 11 " (280mm) 5" (127mm) 5" (127mm)
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5 3 "(1600mm) 11 " (280mm) 5" (127mm) 5" (127mm)
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6 (1830mm) 11 " (280mm) 5" (127mm) 5" (127mm)
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Capacity
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Height of Centre Admit between center Movement of cross slide Movement of comp. slide
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8II (215mm) 20" (508mm) 6.75 (170mm) 5 " (127mm)
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8II (215mm) 29" (740mm) 6.75 (170mm) 5 " (127mm)
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8II (215mm) 38 " (965mm) 6.75 (170mm) 5 " (127mm)
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Main Spindle
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Spindle Nose Spindle Bore Tapper Bore
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75mm x 6 TPI 2 1/8 " (55mm) MT - 4
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75mm x 6 TPI 2 1/8 " (55mm) MT - 4
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75mm x 6 TPI 2 1/8 " (55mm) MT - 4
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Tail Stock Spindle
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Diameter Morse tapper Travel
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2" (50.8mm) MT - 4 6 (152mm)
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2" (50.8mm) MT - 4 6 (152mm)
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2" (50.8mm) MT - 4 6 (152mm)
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Speed
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No. of speed RPM Low & High
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6 45 to 450
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6 45 to 450
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6 45 to 450
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Threads
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Metric thread Inch thread Lead screw
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M 1 to 6 2 to 24 1I" (31.75mm)
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M 1 to 6 2 to 24 1I" (31.75mm)
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M 1 to 6 2 to 24 1I" (31.75mm)
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Electric
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Motor Power
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2 H.P III
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2 H.P III
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2 H.P III
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Drive
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Counter to spindle Counter to motor
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B - 48 x 2 no. B - 57 x 2 no.
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B - 48 x 2 no. B - 57 x 2 no.
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B - 48 x 2 no. B - 57 x 2 no.
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General
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Floor space (L x W x H)
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65" x 39" x 55"
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76" x 39" x 58"
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84" x 39" x 55"
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STANDARD ACCESSORIES
Chuck Plate, Face Plate, Change Gear Set, Steady Rest, Tool Post Key, Dead Centers, Center Adaptor, Motor Pully.
Note:Any Altertoin in respect of ourstd. specifiction will be welcomed at extra cost.
As improvements are constantly made in our machine the above specification, dimension and weight are subject to change without notice & are not binding on us.
Meduim Duty Lathe Machine :
STANDARD ACCESSORIES Chuck Plate, Change Gear Set, Tool Post Key, Dead Centers, Center Adaptor, Motor Pully.
Note :
- Any Altertoin in respect of ourstd. specifiction will be welcomed at extra cost.
- As improvements are constantly made in our machine the above specification, dimension and weight are subject to change without notice & are not binding on us.
Light Duty Lathe Machine :
Technical Specification in mm
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Parts
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Specification
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Light 4II
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Bed
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Length of Bed Width of Bed Length of Gap
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4II (1370mm) 9II" (242mm) 4" (100mm)
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Capacity
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Height of Centre Swing over Bed Admit between center Movement of cross slide Movement of comp. slide
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6II" (165mm) 12II" (320mm) 26" (661mm) 5" (127mm) 3" (75mm)
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Main Spindle
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Spindle Nose Spindle Bore Tapper Bore
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60mm x 8 TPI 1II (40mm) MT - 3
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Tail Stock Spindle
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Diameter Morse tapper Travel
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1 5/8" (40mm) MT - 3 4 (100mm)
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Speed
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No. of speed RPM Low & High
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8 40 to 950
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Threads
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Metric thread Inch thread Lead screw
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M 1 to 6 2 to 24 1" (25.4mm)
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Electric
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Motor Power
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1 H.P III
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Drive
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Counter to spindle Counter to motor
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B -42 B -52
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General
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Floor space (L x W x H)
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65" x 28" x 55"
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STANDARD ACCESSORIES Chuck Plate, Change Gear Set, Tool Post Key, Dead Centers, Center Adaptor, Motor Pully.
Note :
Any Altertoin in respect of ourstd. specifiction will be welcomed at extra cost. As improvements are constantly made in our machine the above specification, dimension and weight are subject to change without notice & are not binding on us.
Robust Structure for Industrial DemandsBuilt on a cast iron frame, the lathe offers durability and stability during metalworking operations. Its precision spindle and hardened, ground bed ensure consistent accuracy and longevity, making it suitable for busy workshops and small-scale manufacturing units.
Versatile Machining CapabilitiesThe machine accommodates a wide range of tasks, including turning, facing, thread cutting, and drilling. With a 3-jaw chuck size of 200 mm and a main motor power of 2 HP, it is engineered to handle workpieces up to 1000 mm in length, with cross slide travel extending up to 250 mm, and cutting thickness up to 8 mm depending on the material.
Easy Manual OperationThis conventional (non-CNC) lathe is controlled manually, making it reliable and straightforward for operators. It is equipped with essential accessories such as change gears, centers, and a coolant system to optimize workflow and enhance process safety.
Quality Finish and PrecisionAchieve standard surface finishes (Ra 3.2 m) and precise cuts, supported by up to 12 spindle speed steps for flexible machining. The design prioritizes both accuracy and repeatability, ensuring high-quality results even in demanding production environments.
FAQs of Conventional Lathe Machine:
Q: How do I operate the Conventional Lathe Machine for metal turning?
A: To operate the lathe, securely mount your metal workpiece between the centers or in the 3-jaw chuck, set the appropriate spindle speed (35 1800 RPM) based on material, and manually use feed and cross-slide controls to perform turning operations. Always follow safety guidelines, use coolant if needed, and select correct tooling for optimal results.
Q: What types of applications is this lathe suitable for?
A: This conventional lathe machine is ideal for metal turning, thread cutting, facing, and drilling tasks. Its medium-heavy duty capacity supports machining of parts up to 1000 mm in length and a swing diameter of 410 mm, making it suitable for workshops, repair centers, and small manufacturing units.
Q: When should the change gears and coolant system be used?
A: Change gears are necessary when adjusting for various thread cutting pitches or feed rates, typically during setup of threading operations. The coolant system should be used when machining harder materials or performing longer cuts to dissipate heat, preserve tool life, and maintain a superior surface finish.
Q: Where can this lathe machine be installed?
A: The lathe is designed for industrial environments such as workshops, manufacturing facilities, and tool rooms. Its dimensions (2650 x 900 x 1250 mm) and power requirement (415 V, 3 Phase) require adequate floor space and electrical provisions typically found in industrial settings.
Q: What is the process for cutting threads on this lathe?
A: Thread cutting involves mounting the workpiece, selecting the correct change gears to match your thread pitch, setting the spindle speed, and using the leadscrew (35 mm diameter) to synchronize cutting tool movement. Manual engagement of controls guides the tool along the workpiece to form accurate threads with desired specifications.
Q: What are the benefits of using a conventional lathe over CNC models?
A: Conventional lathes provide hands-on manual control, offering ease of use for single-piece or prototype work, flexibility for various tasks, and lower operational costs. They are ideal for workshops that value adaptability and direct operator involvement in the machining process.