UB 3222

Modell	U400	U600	U 800	UB 3222
Travels
X-Axis (mm)	580	660	800	3.200
Y-Axis (mm)	950	1.020	950	2.250
Z-Axis (mm)	500		750	1.200
A-Axis (°)	+30 / -110		+/- 120
B-Axis (°)				+/- 105
C-Axis (°)	360			+/- 220
Table
Table working surface W x D (mm)	Ø 398	Ø 600	800	3.320 x 2.100
Load max. (uniform distribution) (kg)	250	500	1.000	8.500
Distance from spindle nose to table (mm)	90 - 590	160 - 660	125 - 875	100 - 1.300
Distance between columns (mm)	585	630	980
T-Slots (DIN 650)	6 x 14mm - 60°	5 x 14mm x 100mm	7 x 14 x 100	10 x 22mm x 200mm
Spindle
Spindle Taper	HSK63-A / SK40 - BigPlus / BBT40		HSK63-A	HSK100-A
Type	In-Line		Motorspindel
Power S1/S6 (kW)	10 / 14		10 / 12,5	25 / 30
Torque S1/S6 (Nm)	64 / 89,4		64 / 79	120 / 144
Spindle Speed (rpm)	15.000			12.000
Feed Rate
Rapid Traverse X/Y/Z-Axis (m/min)	36		48	16
Cutting Feed Rate X/Y/Z-Axis (mm/min)	20		24	12
Rapid Traverse A/B/C-Axis (1/min)	25 / - / 25	25 / - / 33	80 / - / 100	- / 100 / 100
Cutting Feed Rate A/B/C-Axis (1/min)	25 / - / 25	25 / - / 33	80 / - / 100	- / 100 / 100
ATC & Magazine
ATC Type	Doppelgreifer		Pick-Up
Magazine Capacity	30	40	32
Maximum Tool Diameter (mm) full / next pocket empty	75		90	125
With Empty Pockets (mm)	150		125	180
Maximum Tool Length (mm)	300
Maximum Tool Weight (kg)	7			15
Space & System Requirements
Maximum Floor Spade (mm) W x L x H	4.610 x 3.730 x 2.910	4.570 x 4.530 x 3.520	4.450 x 5.980 x 4.094	10.366 x 7.597 x 6.500
Machine Net Weight (kg)	9.500	14.000	18.000	44.000
Electrical Power Consumption (kVA / A)	60 / 160	80 / 160
Air Requirements (bar)	6
Modell	U400	U600	U 800	UB 3222

	Standard	Optional

Our Takumi Machining Centers are equipped with the latest Heidenhein control TNC 640.

The load-bearing mechanical structures such as bed, pillar, bed sledge are made of heat-treated and stress-released Meehanite cast iron. The thereby gained absorption capacity enables low-vibration machining processes. This ensures high surface quality on the workpiece and increases the tool life.
Portal design, step arrangement of the linear guides and the large span in the saddle enable maximum rigidity, optimized force flow, minimization of the spindle overhang and increased dynamics
No compensation design on the spindle head ensures higher speeds and fast feed reaction.

In order to increase the durability of wear parts, Takumi pursues the philosophy of generating geometric accuracy from mechanics. The greatest effort is put into assembling the machine, for example, contact surfaces are hand scraped.
Components are aligned to each other with the highest precision and assembled with the utmost care. Subsequent compensation via the machine control is thus reduced to a necessary minimum.

In order to increase the durability of wear parts, Takumi pursues the philosophy of generating geometric accuracy from mechanics. The greatest effort is put into assembling the machine, for example, contact surfaces are hand scraped.
Components are aligned to each other with the highest precision and assembled with the utmost care. Subsequent compensation via the machine control is thus reduced to a necessary minimum.

Quality components from well-known manufacturers guarantee durability and achieve the desired results:
- Oversized high-precision roller linear guides in all 3 axes.
- Pre-tensionedball screws to absorb thermal deformation and maintain maximum accuracy.
- Up to 12 guide blocks per axis generate a balanced performance between dynamics and accuracy.

Moving mechanical elements are inherently stiff and reduced in mass.
The high-precision roller linear guides ensure a quick response when accelerating and decelerating, resulting in high dynamics. Due to the large contact surfaces, they also ensure optimal load distribution on the guideways. The load capacity and torsional stiffness of the individual axes are increased to a maximum.This reduces the wear on the guides and also compensates vibrations during high cutting forces.
The optimal number and positioning of the guide blocks reinforces the rigidity and ensures constant accuracy during long-term operation.

The loading accesses of the Takumi UB3222-machines are designed extremely generous. Both loading large components by crane and short set up times for smaller components run smoothly based on the interference-free design

Centralized maintenance units and easy-to-use work and operator interfaces generate a smooth set-up and production process.

Measures such as:
- specifically positioned coolant flushing systems, steeply inclined inner walls, hinge or optional scraper belt conveyors, wide-open drop holes, tempered screw-conveyors effectively and reliably remove the volume and heat of the chips from the machining area

The oil skimmer prevents the emulsion quality from tipping over, even when the temperature is high or fluctuates strongly. The life of the coolant is effectively increased.

Takumi has been a successful partner of industry and research for over 30 years.
Product development close to customer and market requirements.
UB3222 designed for both the die & mold making as well as part manufacturing.
Service, sales and customer support through the proven HURCO network (PLC supported)
Longevity thanks to oversized supporting elements and the selection of high-quality components.
Accuracy due to torsion-resistant portal construction and targeted measures for temperature resistance.
Process reliability at long-term-machining with finish results on the surface that require no manual rework.
Highest shape and contour accuracy in 5-axis simultaneous machining and highest efficiency in 5-side index machining