High Precision CNC Slant Bed Lathe Kdcl-28h

• Application: Metal
• Process Usage: Metal-Cutting CNC Machine Tools
• Movement Method: Linear Control
• Control Method: Closed-Loop Control
• Numerical Control: CNC/MNC
• Processing Precision: +-0.03mm
• Model NO.: KDCL-28H
• Performance Classification: High-End CNC Machine Tools
• Certification: CE, ISO 9001
• Condition: New
• Tool Turret: 12 Way
• Spindle Bore: 65mm
• Controls: Fanuc or Siemens
• Living Tools: Yes
• Chuck: Hydraulic
• Bar Feeder: Optional
• Transport Package: Wooden Pallets(Ht)
• Specification: CE, ISO9001, SGS
• Trademark: KD
• Origin: Zhejiang China
• HS Code: 8458110000
• Production Capacity: 410 Sets/ Year

Product Description

FEATURES AT A GLANCE

PRODUCT SPECIFICATIONS

MODELS	DS28-OH /500	DS28-OH /1000	DS28-OH /1500
CAPACITY
Max. swing over bed	Ф520mm
Max. cutting diameter for disc parts	Ф370mm	Ф370mm	Ф370mm
Max. cutting diameter for axle parts	Ф250mm
Max. cutting length	420mm	920mm	1420mm
TRAVEL
X travel	255mm	270mm	270mm
Z travel	540mm	990mm	1490mm
FEED
Rapid feed speed of X/Z	30/24m/min
Linear guide ways width of X/Z	35/ 45mm
Ball screw of X	Ø32×10 mm	Ø32×10 mm	Ø32×10 mm
Ball screw of Z	Ø40×10 mm	Ø40×10 mm	Ø50×10 mm
SPINDLE
Max. speed of spindle	4000rpm	2500rpm	2500rpm
Spindle nose	A2-6	A2-8	A2-8
Diameter of spindle bore	Ф65mm	Ф65mm	Ф80mm
Hydraulic chuck	8″	10"	10"
Spindle motor power	15/18.5kw	15/18.5kw	15/18.5kw
LIVE TOOL
Tool number	12-T live turret
Live tool servo motor power	2.2/3.7kw
Max speed of live tool	5000rpm
Outside diameter of cutting tool shank	20×20mm
Inner dia. of cutting tool shank	Ф32mm
TAILSTOCK
Tailstock sleeve dia.	Ф80mm
Tailstock sleeve travel	100mm
Taper hole of tailstock quill	M.T.No.4	M.T.No.5	M.T.No.5
OTHERS
Positioning accuracy of X/Z	≤0.010/0.012mm
Repeated positioning accuracy	≤0.003/0.005mm
Power of coolant pump	180W
Capacity of lubrication pump	2L
Bed structure	45° slant bed integrated with stand
Overall dimensions(L×W×H)	2880×1850×2000mm	4800×1850×2000mm	5300×1850×2000mm
Net weight	4300kg	5500kg	6500kg

PRODUCT CONFIGURATION