Our Products > Transfer Equipments > NCAH-III

Our Products

NCAH-III

The AIDA Multipacer NCAH-III Material Handling Robot Inter-press transfer system is a space-saving line which allows small products involving 3 to 6 processes to be performed on one press machine.

Ask AIDA

Product Description

Outline

The AIDA Multipacer NCAH-III Material Handling Robot Inter-press transfer system is a space-saving line which allows small products involving 3 to 6 processes to be performed on one press machine.

By changing the feed pitch and feed direction and combining it with equipment to feed different materials, the unit can perform multi-functional operations.

Performs multi-stage processing of blank materials / coil materials.

Possile to Use blank materials or coil materials on the same line.

Mechanical clamp handles deep draw products.

Advantages

Transfer processing can be performed using existing tools.
Speed can be increased by coordinating lap operation of press and robot.
Press master or robot master can be selected depending on the type of workpiece.
Feed pitch, lift stroke, and feed bar height can be selected.
Timing of clamper (vacuum, magnetic, mechanical clamper) can be adjusted.
OD display and data bank make programming easy.
An intermediate escape down function prevents interference with upper dies.

Specification

Model			NCAH-III- 60/6 [A]
			1	2
Feed Stroke		(mm)	200~600
Lift Stroke		(mm)	20~60 (Variable)
Feed Direction		[A]	[L]: Left to Right - [R]: Right to Left
Conveyance Weight Limit (Weight + Clamp)		(kg)	Max. 3.0 ^{Note 1}
Numbers Of Clamps			2~12 (12 Max.)
Drive Type			Vacuum Or Magnetic (Mechanical Clamper)
Electric Drive Motor ^{Note 2}	Feed	(kW)	3	4.4 (6.0) Note 2
	Lift	(kW)	1.2	2
Power Supply		(V x Hz)	200 / 220 x 50 / 60
Air Pressure Requirements		(MPa)	0.5
Cycle Time ^{Note 3}		(sec.)	1.4~2.0
Press Master			X	O
Motion Change-over			X	O
^{Note 1:} Maximum Conveyance weight is 25kg.
^{Note 2:} Feed motor is determined by conveyed weight and operational conditions.
^{Note 3:} Cycle Time is affected by stroke length.

Used Presses