CNC Lathe with Good Rigidity, High Manufacturing, and Tool Setting Accuracy

• Customization: Available
• Warranty: One Year
• Application: Metal
• Model NO.: HS-820
• Process Usage: Metal-Cutting CNC Machine Tools
• Movement Method: Axis
• Control Method: System
• Numerical Control: CNC/MNC
• Processing Precision: 0.02~0.03(mm)
• Performance Classification: High-End CNC Machine Tools
• Certification: CE
• Condition: New
• Optional System: Fanuc
• Characters: Rigidity and High Precision
• Processing Time: Techincian Will Do The Assessment
• Max Process Diameter: 20mm
• Transport Package: Wood
• Specification: 2250*1200*2000mm
• Trademark: HANBS
• Origin: China
• Production Capacity: 50 Sets/Month
• Package Size: 2500.00cm * 1400.00cm * 2130.00cm
• Package Gross Weight: 3000.000kg

Product Description

Hs-820 CNC Lathe with Good Rigidity, High Manufacturing, and Tool Setting Accuracy
 

Product Description

Increased Production Flexibility

• Customized Production: Quickly adapts to different product manufacturing needs, making it suitable for small-batch and multi-variety production modes.
• Reduced Tool Change Time: The Y2 axis allows multiple tools to be installed and used simultaneously, reducing tool change time and increasing production efficiency.

Reduced Auxiliary Time

• Automatic Tool Setting: Many modern Swiss-type CNC lathes are equipped with automatic tool setting systems, reducing manual tool setting time and improving overall machining efficiency.
• In-Line Measurement: Integration of in-line measurement systems enables real-time monitoring and adjustment during machining, ensuring product quality.

Improved Machining Stability

• Consistent Machining Conditions: The dual spindle design and Y2 axis stability maintain consistent machining conditions, reducing errors caused by changes in workpiece position.
• Advanced Cooling System: Many Swiss-type CNC lathes feature advanced cooling systems that effectively control temperature during machining, preventing thermal deformation.

  Prodcut Photoes

The addition of the y2 axis to the HS-926 allows for the machining of more precise and complex parts and saves production time.

 

Here's a more complete view of the inside of a swiss type cnc lathe, the tools we rely on for our machine processing

 

We use our own servo motors for both spindles and sub-spindles.

  
Product Information

	Project
Processing references	Max machining diameter	Φ20mm
	Max machining length	190mm
	Axial maximum drilling diameter	Φ10mm
	Maximum axial tapping size	M8
	Maximum spindle speed	10000rpm
	Radial maximum drilling diameter	Φ7mm
	Maximum radial tapping size	M6
	Maximum speed of radial power head	ER11:10000/ER16:8000
	Rated speed of radial power head	ER11:8000/ER16:6000
	Maximum extraction length of workpiece	100mm
Tool size	Number of knifes installation	6
	Tool (turning tool)	12X12
	Sleeve	Φ25.0 X 4
Collet guide sleeve	Spindle spring collet	TSUGAMI B0265CCR
	Power head collet	ER11,ER16
	Guide sleeve	TSUGAMI BS-20#-B
Feed rate	Z1/Z2/X2/Y  Z1/Z2/X2/Y-axis feed speed	30m/min
	X1	24m/min
electrical machinery	Spindle drive power	2.5/3.7KW
	Power head drive power	1KW
	For cutting fluid	0.4KW
	For spindle cooling	0.075KW
	For lubricating oil	0.01KW
Others	Spindle center height	1060mm
	Barometric flow rate	0.7mpa   0.5m³/min
	Main circuit breaker capacity	40A
	Input power	9.6KW
	Weight	2.6
	Overall size	2250X1200X2000mm

 
Processing Material

 Commonly used materials include stainless steel, alloy steel, aluminum alloys, copper alloys, and titanium alloys. Stainless steel is suitable for medical devices, alloy steel is suitable for high-strength mechanical parts, aluminum alloys are used for lightweight structures, copper alloys are commonly used for electrical parts, titanium alloys are suitable for aerospace and medical treatment, and engineering plastics are used for wear-resistant and corrosion-resistant parts. Hardness, abrasion resistance and processability need to be considered for material selection.

Sample display

 

Pls contact us and send your drawings for accomendation of our suitable cnc machine 

 

Good seller reviews & second repurchase


Packing and Shipping
Factory
Foreign customers visit company

Certifications
 

 

 

Company's another insepction and processing equipments

Q&A

1. Q: Do you accept OEM/ODM?
A: Yes, both kinds are available.

2.Q: How long has your company been operating Swiss type cnc lathe?
A: 13 years

3. Q: Product features and performance:
A: swiss -type cnc lathe is is a machine tool designed for high precision and complex parts machining with flexibility and customization.

4. Q: Quality and reliability:
A: Our products have one year warranty after sale, if your company does not have personnel who can be technical, we can provide technical training.

5. Q: Payment terms:
A:T/T, L/C , D/P etc.

6. Q: What is a Swiss-type CNC lathe with dual spindles and a Y2 axis?
A: Swiss-type CNC lathe with dual spindles and a Y2 axis is a precision machining tool designed to handle complex and high-precision parts. It features two spindles for simultaneous or synchronous machining and an additional Y2 axis for enhanced tool movement.

7. Q: How does the dual spindle system improve efficiency?
A:The dual spindle system allows for machining two parts simultaneously or performing operations on both ends of a single part, which significantly cuts down on total machining time and eliminates the need for re-clamping during secondary operations.

8. Q: What advantages does the Y2 axis provide?
A: The Y2 axis provides additional tool movement directions, enabling the machining of more complex part geometries. It also supports multi-process integration, allowing turning, milling, and drilling in a single setup.

9. Q: How does this lathe improve machining precision?
A: The lathe's dual spindle system completes the entire machining process in one setup, minimizing error accumulation. The Y2 axis adds rigidity, reducing vibrations and deformations, thus further enhancing precision.

10. Q: Can this lathe be integrated with automation systems?
A: Yes, many Swiss-type CNC lathes can integrate with automatic loading and unloading systems, achieving a higher level of automation and improving overall production efficiency.