CNC Lathe
OTHER SERVICES
CNC Lathe Turning
Download our Brochure
Our company profile
CONTACT US TODAY
Vo Quy
Sales Manager VIETNAM
+84 982998709
Brett McMiles
Business Development / Sales Manager INTERNATIONAL
+61 428887392
CNC Turning Technology
The process uses a single-point cutting tool that inserts parallel to the material to cut. The material is rotated at changing speeds and the tool cutting traverses to create cylindrical cuts with exact measurements. It is used to create circular or tubular shares from larger material pieces. It is an automated process and speeds can be adjustments for greater accuracy rather than turning a lathe by hand.
Computer Numerical Controlled Accuracy.
Parts can be easily scaled.
Consistency.
Ideal for repetitive identical parts.
Cost effective machining.
Great surface finishes with high tolerances.
Model: OKUMA LB15-II-M : OSP U100L
YEAR: 1997
CHUCK SIZE: 254m
X TRAVEL: 150mm
Z TRAVEL: 1000mm
SPINDLE SPEEDS: 3,800 RPM
TURRET TOOL STATIONS: 12
TAILSTOCK TAPER: MT-5
MAIN MOTOR: 15 HP / CONTINUOUS 30 HP PEAK
Model: LB-25
Serial: 9484
Control: Okuma OSP-5020L Control
Chuck: 15″ 3 Jaw
Bore: 4″ (+/-)
Swing Over Bed: 18.9″
Distance Between Centers: 27.4″
Spindle Speed: 65-3500 RPM
Spindle Motor: 15kW
Distance Between Centres: 50″
Turret: 12 Station with tooling
Voltage: 220/440VV 3ph 60hz (33.5KVA)
Hydraulic Tailstock
Chip Conveyor
Coolant System . Coolant Tank
Automatic Lubrication System
Foot Operated Control
Dimensions: 135″ x 76″ x 80″
Dimensions: 170″ x 76″ x 80″ (w/ Chip Conveyor)
Weight: 12,500 lbs approx.
CNC control: OSP 5000L-G CNC System (German)
Data transmission: RS232
Tool revolver: 12-position, BOLT ON type
Lathe chuck: 250 mm
Spindle: 70-3800 rpm. (11 kw, 30 min; 7.5 kw – continuous operation) . Non-through spindle
Spindle bore diameter: fi 75 mm (at a depth of 70 mm, measured from the face of the lathe chuck and without jaws)
Spindle bore diameter: fi 28 mm (at a depth of 200 mm, measured from the face of the lathe chuck and without jaws)
X axis travel: 400 x 0.001 mm
Z axis travel: 500 x 0.001 mm
Cutting speed XZ: 0.01-1000 mm / rev.
XZ feed: 12,000 mm / min.
Power supply: 3 x 400V
Machine rated power: 21 kva
Maximum load current: 36A
Machine dimensions (width x depth x height): 2.9 (3.9 m with chip conveyor) x 1.8 x 1.72 m
Machine weight: 4500 kg
Manufactured new: 1984
Swing over bed: 400mm
Maximum turning diameter: 300mm
Maximum work length: 250mm
X axis travel (upper turret): 160mm
X axis travel (lower turret): 110mm
Z axis travel (upper /lower): 520mm
Rapid traverse rate x axes: 200 ipm
Spindle nose: a2-6
Spindle bore: 56mm
Maximum bar capacity: 45mm
Spindle speeds: 65 – 3500 rpm
Spindle motor: 30 hp
Turret capacity (upper / lower): 8 / 8 station turret
Approximate dimensions: 3556mmLx2032mmWx2159mmH
Machine weight (approximate): 13,000 lbs
Frequently Asked Questions
There are various types of turning operations that can be carried out on CNC lathe and turning centre machines, all of which have different use cases that are dependent on the design of the part to be machined. Each machine operation will have its own unique tooling which will be decided upon based on the design and specifications required.
Some of these operations include: Step Turning . Taper Turning . Chamfer Turning . Countour Turning . Facing . Grooving . Parting . Threading . Knurling . Drilling . Reaming . Boring . Tapping.
What materials can be turned?
Almost any material can be used in a CNC machine. It really depends on the application. Common materials include metals such as aluminum, brass, copper, steel, and titanium, as well as wood, foam, fiberglass, and plastics such as polypropylene, ABS, POM, PC, Nylon, etc.
What is the biggest size you can turn?
We have 4 different sized CNC lathes and our larges can swing 480mm (18.9″) in diameter and 695mm (27.4″) long.
What accuracy can be achieved from your lathes?
Our CNC lathes can achieve precision levels as tight as ±0.0127 mm (±0.0005″). This level of accuracy is essential in creating components for critical applications like aerospace, medical devices, and automotive manufacturing.
