Lathe Machine 7′ To 20′ – Heavy Duty Lathe – (20″ Center 20″ Bed Width) Cone Pully Type
- The bed is made from 25 Grade Cast Iron of 400 BHN hardened, strictly inspected with Microlevel, Hardness Tester and Straight Edge.
- Boring of Head Stock is done on WMW boring machine fitted with induction hardened and ground spindle made from alloy steel.
- The apron is totally enclosed oil bath system with a lever-type arrangement for automatic feeds.
- Hexagonal-shaped Tail Stock with hardened and ground tail stock Spindle made from alloy steel having external and internal grinding.
- Instruction Manual as per Indian Standard IS-1878 (part-1)
- COLOUR OPTION:- Emerald Green / Blue & White (Tow Tone)
Separate us from others
- COLOUR OPTION :- Emerald Green / Blue & White(Two Tone).
- Instruction Manual as per Indian Stranded Is-1878 (part-1) 1971.
- Hexagonal shaped Tail Stock with hardened and ground tail stock Spindle made from alloy steel having external and internal grinding.
- The apron is totally enclosed oil bath system with lever type arrangement or automatic feeds.
- Boring of Head Stock is done on WMW boring machine fitted with inspected hardened and ground spindle made from alloy steel.
- Bed is made from 25 Grade Cast iron of 180 BHN hardened, strictly inspected with microlevel, Hardness Tester, and Straight Edge.
- Bed is made from 25-grade cast iron 180 BHN hardened , strictly , inspected with micro level, Hardness, Tester and straight edge.
- Boring of headstock is done on wmw boring machine fitted with introduction hardened and ground spindle made from alloy steel with introduction hardened and ground spindle made from alloy steel with front Double Bearing.
- Apron is totally enclosed oil bath system with lever type arrangement for automatic feeds.
- Hexagogal shaped till stock with hardened and ground tail stock spindle made from alloy steel having external and internal grinding.
- Instruction manual as per Indian standard IS-1878 (Part-1 1991)
- Colour option : Emerald Green/ Blue & White (Two Tone)
|Bed Type||2V & 2 Flat||2V & 2 Flat||2V & 2 Flat||2V & 2 Flat||2V & 2 Flat||2V & 2 Flat||2V & 2 Flat|
|Bed Width||500 MM||500 MM||500 MM||500 MM||500 MM||500 MM||500 MM|
|Gap Length||160 MM||160 MM||160 MM||160 MM||160 MM||160 MM||160 MM|
|Gap Length in front of the faceplate||175 MM||175 MM||175 MM||175 MM||175 MM||175 MM||175 MM|
|Height of Centre||500 MM||500 MM||500 MM||500 MM||500 MM||500 MM||500 MM|
|Swing Over Bed||1000 MM||1000 MM||1000 MM||1000 MM||1000 MM||1000 MM||1000 MM|
|Swing Over Bed||750 MM||750 MM||750 MM||750 MM||750 MM||750 MM||750 MM|
|Swinging Gap||1200 MM||1200 MM||1200 MM||1200 MM||1200 MM||1200 MM||1200 MM|
|Admit Between Centre||1000 MM||1500 MM||2500 MM||3000 MM||3500 MM||4000 MM||4500 MM|
|Movement of Cross Slide||400 MM||400 MM||400 MM||400 MM||400 MM||400 MM||400 MM|
|Movement of Compound Slide||125 MM||125 MM||125 MM||125 MM||125 MM||125 MM||125 MM|
|Spindle Nose||6 TPI||6 TPI||6 TPI||6 TPI||6 TPI||6 TPI||6 TPI|
|Taper Bore in Spindle Sleeve||MT – 4||MT – 4||MT – 4||MT – 4||MT – 4||MT – 4||MT – 4|
|Spindle Bore Standard||125 MM (5-INCH)||125 MM (5-INCH)||125 MM (5-INCH)||125 MM (5-INCH)||125 MM (5-INCH)||125 MM (5-INCH)||125 MM (5-INCH)|
|Spindle Bore 150 MM – 6 INCH||35000||35000||35000||35000||35000||35000||35000|
|TAILSTOCK Quil Dia||75 MM||75 MM||75 MM||75 MM||75 MM||75 MM||75 MM|
|Taper in Quill||MT – 5||MT – 5||MT – 5||MT – 5||MT – 5||MT – 5||MT – 5|
|Quill Travel||180 MM||180 MM||180 MM||180 MM||180 MM||180 MM||180 MM|
|No. of Spindle Speed||8||8||8||8||8||8||8|
|RPM (Low / High) 1440 RPM Motor||50-500||50-500||50-500||50-500||50-500||50-500||50-500|
|RPM (Low / High) 720 RPM Motor||25-250||25-250||25-250||25-250||25-250||25-250||25-250|
|Metric Thread||1 to 15 MM||1 to 15 MM||1 to 15 MM||1 to 15 MM||1 to 15 MM||1 to 15 MM||1 to 15 MM|
|English Thread||4 to 60 TPI||4 to 60 TPI||4 to 60 TPI||4 to 60 TPI||4 to 60 TPI||4 to 60 TPI||4 to 60 TPI|
|Lead Screw||50 MM x 2TPI||50 MM x 2TPI||50 MM x 2TPI||50 MM x 2TPI||50 MM x 2TPI||50 MM x 2TPI||50 MM x 2TPI|
|Motor Power||7.5 HP||7.5 HP||7.5 HP||7.5 HP||7.5 HP||7.5 HP||7.5 HP|
|Floor Space Occupied (Approx.) L × W × H (MM)||2600 X 950 X 1400||3200 X 950 X 1400||3200 X 950 X 1400|
Innovation with a Purpose
Our lathes quality is maintained because of our step by the step manufacturing process. According to our manufacturing process, metal cutting lathe performance and accuracy are better than other industrial lathe machine manufacturers.
Our toolroom lathe is manufactured as per Indian Standard test by testing instruments like,
- Straight Edge:
A straightedge is a tool with an edge free-form curves or straight, used for transcribing straight lines. Straightedges are used in the automotive service and machining industry to check the flatness of machined mating surfaces and concave & convex.
True straightness can in some cases be checked by using a laser line level as an optical straightedge: it can illuminate an accurately straight line on a flat surface such as the edge of a plank or shelf. It affects the production schedule, time schedule, time-saving and increases the quality of our products.
- Spirit Level Precision:
Generally, an engineer’s spirit level is used to level machines, although they may be used to level large workpieces on machines such as planers. Spirit levels are also used in building construction by carpenters and masons.
A precision level is used to check the installation of precision machines in two axes. A lathe is manufactured with its base in a level plane. Small milling machines are often roughly leveled but large mills are installed level. Periodically check the level to ensure contained lathe accuracy by using Spirit Level accuracy of 0.05 mm/mt. According to IS Test Chart, the machine must be accurately leveled up to 0.02 mm per meter.
- Hardness Tester BHN Scale:
Hardness measurements quantify the resistance of a material to plastic deformation. hardness tests compose the majority of processes used to determine the material hardness and can be divided into two classes: macro-indentation and micro-indentation tests. It’s used to test the hardness of the bed. Our each lathe machine’s hardness of the bed is 400 BHN as per IS test.
The main advantages of the hardness test are that extremely accurate readings can be taken, and just one type of indenter is used for all types of metals and surface treatments.
- Tachometer RPM MPM:
A tachometer RPM Meter is an instrument measuring the rotation speed of a shaft or disk, as in a lathe machine, drill machine, milling machine, and other machinery. The tachometer is used to accurately measure the spindle RPM (Speed) of the lathe machines. Just attach a reflective sticker to the rotating part and point the red laser beam on the mark from a safe distance.
- Sound Level Decibel Meter:
As per the IS test our Tool lathe head sound is measured by Decibel Meter and it should be up to 85 to 90 dB. In every lathe machine, it should be 85 dB and each lathe machine’s noise level is under 85 dB.
- Dial Indicator Micrometers:
Dial Indicator Micrometers are used for precise measurement of components that are done on the lathe. It’s also used to measure the apparent diameter of celestial bodies or microscopic objects.
- Screw Thread Special Tester:
With a Screw thread tester, we can test the Pitch accuracy test. On one end of the tester, a dial gauge has been attached and on the other end, a point has been attached which measures screw thread.
- Spindle Torque:
The simplest form of torque wrench consists of a long lever arm between the handle and the wrench head, made of a material that bends elastically in response to the applied torque. The mechanical indicator is connected to the head of the lathe machine. Which measures the torque of the machine’s spindle.
It is used to measure the current in a circuit is to break the circuit open and insert an “ammeter” in line with the circuit so that all electrons flowing through the circuit also have to go through the meter. When an ammeter is placed in series with a circuit, it ideally drops no voltage as current goes through Lathe machine main motor.
Banka lathe is the best premium quality lathe, drill, mini lathe, milling machine manufacturer in India India. Our future depends on the dedication of individuals, to achieve one of the top charitable all gear lathe manufacturers in the whole world.
Precision lathe machine quality demands are a must in all aspects of component manufacturing. It requires a range of processing expertise, technologies, and application to provide consolidated results to users. Innovative solutions & approaches provide the edge to have technological advancements and necessary pace in tomorrow’s world. The lathe machines are prepared by expertise technical engineers.
System of Making :
We are using software for making designs, patterns, and drawings, according to that we give job works at outsources. We are not manufacturing any parts on our floor because it disturbs our manufacturing schedule and wastes our time. We assembled all the assembly parts and sub-assembly parts on our floor if there was any rejection in any parts that we never compromise in our quality.
In the next stage when all assembly and all sub-assembly were assembled our quality control department will inspect the same, who are expertized and skilled with years of experience. The quality control team strictly inspects all the parts with their material, tolerance, and reference as per drawings and inspection reports.
We are using the material with 20MnCr5 or SAE 8620 grade casting in Gear, Lock Nut, Spindle which was passed through from hardening process in pit type gas carburizing furnace with PID Controller. Machine’s Headstock has bored in WMW Boring machine and bed also passed on with flame hardening process up to 400 BHN. WMW planning machine is used to make a rough cut in the machine bed and after this process, it will go for finishing the process. In the next step, the bed will pass on the grinding process by METISAN USA make surface grinding machine.
Maintenance Schedule :
Our service engineers are working continuously as per their planned schedule of installation and service for your lathe machines. The main principle of the maintenance schedule is to provide customers with timely service and to reduce breakdowns. We are providing service according to your usage and the criticality of your lathe machine. The customer can get the benefit of free-of-cost maintenance and less timing-consuming.
Our long experience in the machine tools business and working with thousands of machines enables our highly skilled and experienced service engineers are always ready to serve the service for their customers at any time.
Lead us to serve more
|1||Quick Change Tool Post||Tool changing achieved in spilt second and make a number of extra operations possible with pre-set tools and special accessories. Guaranteed tool positioning accuracy within 0.02 mm.|
|2||Centre Adopter||Use to hold SS Dead Centre during turning of Between centre.|
|3||Dead Centre||Use when turning of Between Centre job.|
|4||Change Gears||The operator has to change gears often while making threads as per mentioned in thread chart.|
|5||V-Belt||Useful to drive motor pulley and main pulley.|
|6||Allen Key Set||Useful tools when maintenance required.|
|7||Spanner Set with Oil Can||Tools used for maintenance and operating machine.|
|8||Vibration Dumping Pad||It was made from rubber material and fitted on machine base.Use for anti- vibration when machine in running mode and increases the machine’s cutting capacity.|
|9||Foundation Bolt||Use to clutch the machine in self-position at the time of operation and maintenance.|
|10||Manual Book||All details are provides in this book like installation, maintenance,training and parts.|
|11||L Clamp||It’s useful in foundation to support the legs.|
|12||Color Brush||A tool to paint the machine or any other tools to repair while parts are damaged in transportation.|
|13||Industrial Apron||Apron wear for safety and keep the small tools in that while operating machines.|
|14||Oil Funnel||A tool for filling and filtering the oil which is essential for machine.|
|15||Safety Glasses||To protect eyes while operating machines.|
|16||Slinging Belt||For the safety of machines while loading and unloading the machine.|
|17||Tools Bag||To save all the small and big tools needed to operate machine.|
|18||Machine Lamp||Improve operator vision Fits oncarriage,moves, Parallel withcarriage, Essential While Bore Cutting.|
|19||Carriage Stopper 4 Way [2 Kg]
Carriage Stopper 4 Way [3 Kg]
|– Linear Stopper
– Stops carriage at 3 Statio