Audited Supplier
Hs-512
One Year
One Year
Metal
Metal-Cutting CNC Machine Tools
CNC/MNC
0.02~0.03(mm)
High-End CNC Machine Tools
CE
New
Techincian Will Do The Assessment
High Precision and High Rigidity
Spindle and Sub-Spindle
Fanuc
HANBS
Wood
1950*1100*1700mm
China
84571010
Product Description
HS-512 Swiss CNC Lathe of Double Spindle Dongguan CNC Machine Manufactory
Product description:
High Precision Machining:
- Swiss-type CNC lathes are designed to keep the workpiece stable during machining, reducing vibration and increasing precision. They are especially suitable for long, slender workpieces and high-precision parts.
Complete Complex Parts in One Setup:
- Dual spindles allow multiple faces of a workpiece to be machined in a single setup, reducing errors and time associated with multiple setups, thus enhancing production efficiency and part accuracy.
Increased Production Efficiency:
- With dual spindles, both ends of a workpiece can be machined simultaneously, significantly reducing machining time compared to single-spindle machines.
Product Photoes
Increased Machining Efficiency:
- Dual-spindle tools can perform two machining operations simultaneously, significantly reducing machining time and increasing production efficiency.
Reduced Tool Change Time:
- With the ability to quickly switch between tools on two spindles, tool change time is minimized, further enhancing productivity.
Its operation panel, unlike the others, is erected in the very center, so that the movement of the spindle and the back-axis can be observed at the same time during operation.
Increased Machining Efficiency:
- Dual-spindle tools can perform two machining operations simultaneously, significantly reducing machining time and increasing production efficiency.
Reduced Tool Change Time:
- With the ability to quickly switch between tools on two spindles, tool change time is minimized, further enhancing productivity.
HS-512 Swiss Type Cnc Lathe Basic Construction
Product Information
| Maximum processing diameter | Φ12mm |
| Maximum processing length(2.5d in the mode without guide bush | 60mm |
| Axial maximum drilling diameter | Φ5mm |
| Axial maximum tapping size | M5 |
| Maximum spindle speed(for short-term use only) | 10000rpm |
| Radial maximum drilling diameter | Φ5mm |
| Radial maximum tapping | M4 |
| The maximum clamping diameter of the back spindle | Φ12mm |
| The maximum workpiece extension of the back spindle | 30mm |
| The maximum drilling diameter of the back spindle | Φ5mm |
| The maximum tapping diameter of the back spindle | M5 |
| The maximum speed of the back spindle(only for short-term only) | 12000rpm |
| The maximum take-out length of the workpiece | 40mm |
| Side powered tool unit | 3 |
| Knife row(12*120*5+6*120*1) | 5 |
| Fixed knife(Φ25mm*4*2 for the front and back;Φ25mm*4 for the back) | 13 |
| The maximum number of tools installed as standard | 21 |
| Z1,Z2,X2,Y Axis fast forward speed | 24m/min |
| X1 Axis fast forward speed | 18m/min |
| Spindle center height | 1000mm |
| Input power | 7KW |
| Weight | 1500kg |
| Dimensions(WXDXH) | 1950*1100*1700mm |
Factory
Customer photoes
Good seller reviews & second repurchase
Packing & shipping 
Certifications
Product Uses
The following are four specific application scenarios of NCN Lathe:
New energy vehicles
medical treatment
Communication accessories
Household appliances
Electronic cigarette
Precision component processing
hydraulic pressure
Pneumatic
Q&A
1. What is a dual-spindle small Swiss-type CNC lathe?
- A compact, high-precision machine with two spindles for machining both ends of a workpiece simultaneously.
- By machining both ends of a workpiece at the same time, reducing cycle time.
- High-precision, complex parts like medical devices, aerospace components, and automotive parts.
- Ensures better concentricity by machining both ends in one setup.
- Yes, it works with various materials, including metals and plastics.
- Distributes the workload, extending tool life and reducing maintenance.
- Yes, it's ideal for high-volume, automated manufacturing.
- Simultaneous roughing and finishing operations reduce tool marks.
9. How does it improve workflow efficiency?
. Reduces the need for transferring workpieces between machines.
