Hanbs Torno CNC Swiss CNC Lathe of Deep Hole Drilling Machine

• Customization: Available
• After-sales Service: One Year
• Warranty: One Year
• 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
• Processing Time: Techincian Will Do The Assessment
• Transport Package: Wood
• Specification: 2250*1200*2000mm
• Trademark: HANBS
• Origin: China
• HS Code: 84571010
• Production Capacity: 50 Sets/Month
• Package Size: 2500.00cm * 1400.00cm * 2130.00cm
• Package Gross Weight: 3000.000kg

Product Description

Hanbs-820 Torno CNC Swiss CNC Lathe of Deep Hole Drilling Machine

Product Description

• High Precision Machining: The twin-spindle design allows simultaneous front and back-end machining in one operation, reducing the number of times the workpiece needs to be transferred, thus improving machining accuracy and consistency.

• Reduced Machining Cycle Time: With the ability to machine both ends simultaneously, twin-spindle lathes significantly shorten machining times, enhancing production efficiency by reducing the time spent on workpiece clamping and realignment.

• Capability for Complex Parts: The twin-spindle design allows the lathe to complete multiple operations on complex parts in a single setup, making it suitable for intricate and high-precision part machining.
   

Detailed Photos

 

This picture is the internal diagram of HS-820, the distribution of the knife rows inside is like this, if necessary, you can add the Y2 axis to produce more precise and complex parts.

 

• Increased Machining Flexibility:

  • The Y2 axis allows independent control of two tool turrets, enabling simultaneous complex machining operations at different positions, thus enhancing machining flexibility.

• Reduced Machining Time:

  • By performing multiple operations simultaneously, the Y2 axis minimizes the need for multiple setups and positioning, thereby reducing overall machining cycles.

 

HS-820 internal parts are repeatedly tested and inspected until the day before shipment, just to ensure the quality of the product and the precision of the processed product

 

Product Information

Processing references	Maximum machining diameter	Φ26mm
	Maximum machining length	190mm
	Maximum axial bore diameter	Φ10mm
	Maximum axial work wore size	M8
	Maximum spindle speed	10000rpm
	Radial max bore diameter	Φ7mm
	Radial max bore tapping size	M6
	Radial power head max rotation speed	ER11:10000/ER16:8000
	Rated speed of radial power head	ER11:8000/ER16:6000
	Max workpice removal length	100mm
Tool dimension	Number of knives installed	6
	Tool (turning tool)	12X12
	sleeve	Φ25.0 X 4
Clip head guide sleeve	Spindle spring collet	TSUGAMI B0265CCR
	Power head collet	ER11,ER16
	Guide bushing	TSUGAMI BS-20#-B
Feeding speed	Z1/Z2/X2/Y  Z1/Z2/X2/Y-asis feed velocity	30m/min
	X1	20m/min
Electric motor	Spindle drive power	2.5/3.7KW
	Power head drive power	1KW
	For cutting fluid	0.4KW
	For cooling of spindle	0.075KW
	For lubricating oil	0.01KW
Others	Spindle center height	1060mm
	Barometric flow	0.7mpa   0.5m³/min
	Main circuit breaker capacity	40A
	Input power	9.3KW
	Weight	2.6
	Overall size	2250X1200X2000mm

 
Samples Display

 

 

Factory

 

 

Certifications

 

 

Packing and Shipping

 

Q&A

1. What is a twin-spindle sliding headstock CNC lathe?

A CNC machine with two spindles that allows simultaneous front and back-end machining, improving efficiency and precision.

2. Which industries use these lathes?

Medical devices, aerospace, automotive parts, and electronics.

3. How do I maintain it?

Regularly check tools, lubricate parts, clean the machine, prevent chip buildup, and calibrate the CNC system.

4. Is special training needed?

Yes, specialized training for safe and efficient operation is required.

5. How does it improve production quality?

Reduces transfers and re-clamping, ensuring higher precision.

6. What materials can it machine?

Metals, plastics, and composites.

7. Can it handle complex geometries?

Yes, it allows for intricate shapes in one setup.

8. What tooling is required?

Standard and specialized tools for turning, milling, drilling, and tapping.

9. How is accuracy maintained?

High-quality components, regular maintenance, and advanced CNC controls.

10. Is it suitable for high-volume production?

Yes, it's designed for high-volume runs.

11. What safety features are included?

Emergency stops, protective enclosures, and monitoring systems.

12. Can it integrate with other processes?

Yes, it integrates well with automated lines and other CNC machines.

13. What support and training are available?

Comprehensive training, technical support, and maintenance services.