Mechanical Punch Press

Description

Our stainless steel mechanical punch press is used for cutting, punching, blanking, bending and stretching metal plates.

Advantages

1. Transmission control and brake systems

(1) By using friction clutch and semi-metallic friction material SMFM-88, pollution is reduced and the service life of mechanical punch press can be extended. With spin transfer torques, rotational inertia is reduced. This ensures flexible operation as well as convenient installation and maintenance.
(2) Double safety valve is utilized to ensure the accurate operation of clutch.
(3) 8 groups of PLC control assure reliable action.
(4) 8 groups of proximity switches help reliable synchronization detection and monitoring.
(5) Manual button and foot pedals are both designed to realize continuous operation.
(6) The ram of the mechanical punching machine can move up slowly, which allows the operator to control mold adjustment conveniently.

2. Ram adjustment and structure

(1) Slide stroke can be adjusted to achieve a certain level within the specified range. The whole machine adopts steel plate welded structure to facilitate operation and maintenance.
(2) Pressure overload protection device is installed. This can protect the mechanical punch press from damage.

3. Electrical system and safety interlock

(1) Electrical components are either imported or purchased from Sino-foreign joint venture. These components comply with international standards, and feature reliable and safe performance, long service life and excellent anti-interference capability.
(2) Protective fence and the safety interlock are designed to ensure safe operation.
(3) Our mechanical punching machine has been certified by CE and ISO quality system.

Features

1. C-frame press provides maximum rigidity, minimum deflection and long service life of accurate parts. Our mechanical punch press also offers a stable platform for your demanding application.
2. Simple and convenient to operate, high accuracy and performance.

Technical

Parameter

Model J23	Nominal Capacity (KN)	Nominal Stroke (mm)	Stroke of Slide (mm)	Max. Shut Height (mm)	Size of Work Table (mm)		Slide Bottom Size (mm)		Shank Hole		Motor (kW)
									Diameter (mm)	Depth (mm)
					R-L	F-B	R-L	F-B
4TON	40	1.5	25	200	250	160	100	90	25	40	0.55
6.3TON	63	2	35	170	310	200	140	120	30	55	0.75
10BTON	100	3.2	45	145	370	240	170	150	30	55	1.1
16BTON	160	3.7	55	122	450	300	200	180	40	60	1.5
20TON	200	4	60	122	450	300	200	180	40	60	1.5
25CTON	250	4.8	65	65	560	370	250	220	40	60	2.2
35TON	350	7	100	50	610	400	242	220	50	70	4
40TON	400	7	100	50	610	400	242	220	50	70	4
63TON	630	7	120	40	860	570	400	360	50	70	7.5
80TON	800	8	120	40	950	630	400	360	60	75	7.5
100TON	1000	8	130	40	950	630	400	360	60	75	7.5
125TON	1250	10	130	38	1080	700	430	370	60	75	11
200TON	2000	10	130	38	1080	700	430	370	60	75	11
Note: R-Right; L-Left; F-Front; B-Back