TECH NC CO., LTD.
TECH NC

GENOS L2000

SKU: GENOS L2000

Product specifications

Product type
CNC Lathe
Brands
OKUMA
Series / Family
GENOS
Model
GENOS L2000
Main category
CNC lathes
Subcategory
Horizontal CNC Lathe

About this product

Technical specifications
ItemUnitGENOS L2000
Tailstock thrust—1.0-5.0kN
Rapid traverse—12m/min
Approach—10m/min
Retract—12m/min

ข้อมูลเกี่ยวกับสินค้า

แรงผลักยันศูนย์ (Tailstock): 1.0-5.0kN 1.0-2.0kN
ความเร็วสูงสุดในการเคลื่อนที่: 12m/min
ความเร็วในการเข้าใกล้ชิ้นงาน: 10m/min
ความเร็วถอยกลับ: 12m/min

สเปกสำคัญ:
แรงผลักยันศูนย์ (Tailstock): 1.0-5.0kN 1.0-2.0kN
ความเร็วสูงสุดในการเคลื่อนที่: 12m/min
ความเร็วในการเข้าใกล้ชิ้นงาน: 10m/min
ความเร็วถอยกลับ: 12m/min

Meeting capacity and accuracy requirements with high productivity

Achieve a powerful, high-quality machining

The integral motor/spindle provides fast and high output with high machining capacity—at high quality.
And Okuma’s legendary slide guideways are highly rigid to handle powerful cutting loads that result in high productivity.
Two types of turrets are available, the V8 and V12 turrets. Select the one best suited to the machining you do.  

High accuracy milling

  • Milling tools can be attached to all locations on turrets with milling specifications. With a spindle indexing command of 0.001°, high accuracy milling can be done at any angle. Two types of multitasking turrets, VDI and radial, are available on the GENOS L3000.

Simplified shaft work fixturing

  • Servomotor control NC tailstock is used for the tailstock.
    Travel and thrust can be set with program commands, greatly increasing ease of use. Setup change can also be easily done.

Excellent user-friendliness allows operators to concentrate on the work

Machine designed for good accessibility

Spindle access is good with 372 mm from the machine front face to the spindle center, reducing the work burden of operators.

Outstanding chip discharge 

The chip discharge outlet is 2 times larger than on previous machines, minimizing chip accumulation. The cleaning frequency is reduced for maximum operation time.