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Categories | Heavy Duty Lathe Machine |
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Brand Name: | NTM or customized machine is also available |
Model Number: | CK61300*5000 |
Certification: | CE, ISO9001, BV, SGS |
Place of Origin: | Qingdao,China |
MOQ: | 1 set |
Price: | 150000 USD |
Payment Terms: | D/A, L/C, D/P, T/T, Western Union, MoneyGram |
Supply Ability: | 200 sets per year |
Delivery Time: | 4 months |
Packaging Details: | Wood Box Package |
Max.swing diameter over machine bed: | 3000 mm |
Max.work-piece length: | 5000 mm |
Max.load capacity: | 50T |
After-sale service of horizontal lathe machine: | all life service |
1. This series horizontal lathe machine can utilize high-speed steel and carbide cutting tools to finish rough or finish turning process for not only the non-ferrous metals like various structure steels, Titanium Drum/cylinder,casting steels and irons, Rolls ,but also the external/internal cylindrical / conical/ spherical surfaces, thread of non-metal materials and all kinds of the surface of curve rotary body. What’s more, it can also realize the constant speed cutting line.
2. This machine adopts FOUR guide rails with high rigidity and stability. We adopts pasting plastic structure between sliding plate and
machine bed guide. Besides, this guide rail is equipped with
elescopic steel metal cover to prevent machining chips into the
guide rail.
3. The Main Transmission is driven by the DC variable frequency motor with mechanical 3 speeds to realize stepless speed range of spindle.
4. The spindle adopts high precision double rows cylindrical roller
bearings with adjustable radial clearance. Through optimized
design, the larger spindle diameter and the best support span
improve the rotation accuracy of spinlde and dynamtic and static
strength.
5. The horizontal structure of cutting tool carriage adopts ball screw, and the longitudinal adopts double teeth rod clearance structure to improve the transmission accuracy.
6. The tailstock is a kind of overall box structure. The core shaft
of sleeve adopts high precision double rows cylindrical roller
bearings with adjustable radial clearance, so that the tailstock
has high stiffness. The movement of tailstock and sleeve are
electrical control with automatic clamping and release.
A. Main Components
Internationally forerunner computation technologies and optimized
finite element analysis methods are adopted and the selected
materials are suitable for the design so that the machine can carry
loads as heavy as possible.
All castings are made of high-strength meehanite HT250. Therefore,
the lathe has proved high rigidity, stability and precision
maintenance, which is particularly suitable for heavy cutting. All
large castings stand the test of annealing and vibration aging and
internal stress is eliminated, so the overall precision is greatly
enhanced and processed parts are found with high geometric
accuracy.
The lathe is in one-piece structure and made of meehanite, greatly
enhancing its abrasion resistance, and the internal force
elimination process produces high vibration resistance and
considerably enhances stability. The cross-shaped base and rectangular bearing structure ensure high
structural stability and permanently stable quality.
The tail-stock is installed a presence sensor pressure to display
the clamping pressure between centers.
The tailstock consists of two parts: the upper one includes a
sleeve moving mechanism, spindle assembly, and a shaft centerline
adjustment mechanism, with a rectangular head in the rear, which is
designed to lock the sleeve manually; and the lower one includes a
tailstock fast-moving motor and a locking mechanism, with the main
shaft installed on the high-precision radial clearance-adjustable
double-row cylindrical roller bearing in the sleeve, rendering the
high-precision rotating top on the tailstock. However, in order to
satisfy certain special requirements of the machining process, it
is feasible to transfer the plug board from the flange groove in
the front of the sleeve to the groove near the front end of the
main shaft in order to fix the main shaft and obtain a dead center.
The rear end of the main shaft is connected with the sleeve via a
disk spring to avoid any damage to the mechanism rising from
thermal expansion of the work piece.
TECHNICAL PARAMETERS OF HEAVY DUTY HORIZONTAL LATHE
Standard configuation.
Specifications of CK61300*6000 Heavy Duty Horizontal Lathe | ||
1.Max.Swing Diameter over the Cutting Tool Carriage | mm | 2500 |
2.Max.Swing Diameter over machine bed | mm | 3000 |
2.Max.Length of Work-piece | mm | 5000 |
3.Max.Work-piece Weight | T | 50 |
4. Guide Rail Width (4 heavy duty type guide rails) | mm | 1800 |
5. Diameter of Spindle | mm | 320 |
6.Chuck Diameter | mm | 2500 |
7. Spindle RPM | r/min | 1-100 |
8. Tool Holder | 4 positions cutting tool carriage 300*300 mm | |
9.No.of Spindle Speed | Stepless | |
10. Longitudinal Feed of Cutting Tool Rest | mm/min | 0-3000 |
11.Horizontal Feed of Cutting Tool Rest | mm/min | 0-2000 |
12. Longitudinal Stroke of Tool Rest | mm | 5000 |
13. Horizontal Stroke of Tool Rest | mm | 1500 |
14.Power of Main Motor | KW | 75 |
15. Spindle Diameter of Tail-stock | mm | 320 |
16. Tail-stock stroke | mm | 300 |
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