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Yantai Weite Machinery Co., Ltd

E-mail
sales@vot.com.cn
Phone
18905351889
Address
No. 124 Zhichu Road, 4-2303, Yantai City

FME series open precision gas-liquid booster press

NegotiableUpdate on 08/15

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Mechanical characteristics of FME series open precision gas-liquid booster press: 1. It is driven by a hydraulic booster cylinder and can work under pressure at any position of the stroke

Product Details

FME series open precision gas-liquid booster press

Mechanical characteristics:

1. Driven by a hydraulic booster cylinder, it can work under pressure at any position of the stroke.
2. The body adopts an open structure, making it convenient to take and place workpieces. The machine head can be raised and lowered, and the height can be adjusted freely.
3. After welding to eliminate internal stress, the reference surface is machined in one go on large equipment with high accuracy.
4. The upper mold fixing plate adopts a double guide column structure, which not only prevents rotation, but also has excellent guiding accuracy.
5. The workbench adopts a double T-shaped groove to install and fix the mold, and there are multiple ways to install the upper mold, which can be flexibly selected.
6. The working process is vibration free, impact free, and noise free, greatly improving the quality of workpiece processing and mold life.
7. The output pressure is directly proportional to the gas source pressure, making it convenient and fast to adjust the output pressure and operating speed.
8. Only 10% -20% of the energy consumption of ordinary mechanical presses or hydraulic presses, greatly saving energy consumption.
9. The electrical control system can set the working cycle and holding time, and record the number of working times.

The FME series precision gas-liquid booster press adopts an open structure, making it easy to take the workpiece up and down. A set of T-shaped grooves are used to connect the body and the head, and the head can be adjusted up and down. Users can determine the actual working position of the head based on the height of the workpiece and mold. This kind of body structure does bring tangible benefits and convenience to the debugging and use of the machine. This is an important difference between the FME series precision gas-liquid booster press and similar products from other manufacturers.

Product Usage:Suitable for use in various industries such as hardware, electronics, electrical appliances, automobiles, machinery, watches, instruments, etc. in processes such as assembly, cutting, forming, flanging, pressing, riveting, punching, calibration, and embossing.
It is an ideal equipment to replace hydraulic presses, large bore pneumatic presses, and mechanical punching machines.

Order code:

For example, ordering an open type gas-liquid booster press with a nominal pressure of 80KN (0.7MPa), a total stroke of 100, a force stroke of 10, a B-type upper mold installation method, using two hand button operation, and a precision gas-liquid booster press with safety light curtain protection.

Order code: FME-08-B-100-10-MG

Optional components:


Cylinder magnetic ring ordering code-S	Order code - J with pressure measuring interface	Adjustable order code for force travel - A	Induction switch (travel switch) ordering code-K

Installation method of upper mold Type A Order code-A	Installation method of upper mold B-type ordering code-B	Installation method of upper mold C-type ordering code-C	Seismic pressure gauge ordering code-m

Pressure transmitter ordering code-P	Order code for safety light curtain - G	Operation method (hand press/foot press) Order code-M/F	Peak meter ordering code-V

Machine worktable (table) ordering code-Z	Displacement Sensor Ordering Code-W	Order code for waveform comparison monitoring system - X	Load sensor ordering code-Y

Performance parameters:

FME series precision gas-liquid booster press output force, stroke and main parameters

Output force/0.7MPa

B*T

Main performance parameters

Order model:

Working Force

Fast forward force

Return force

Total travel

Power stroke

table size

Main axis span

Adjusting the height

work cycle

Downward speed

hold time

operating mode

supply voltage

Gas consumption

External dimensions

net weight

[KN]

[mm]

[S]

[CM/S]

[S]

[M/F]

[V]

[L/time]

[CM]

[KG]

FME-02-A-U-V-M/F

1.6

1.1

50~200

5~45

340*240

180

80~365

1.0

10~60

Any setting

Hands/pedals

AC220

1.0

50*64*95

270

FME-02-B-U-V-M/F

100~385

280

FME-02-C-U-V-M/F

100~385

290

FME-03-A-U-V-M/F

1.6

1.1

50~200

5~45

340*240

180

80~365

1.0

10~60

Any setting

Hands/pedals

AC220

1.4

50*64*96

275

FME-03-B-U-V-M/F

100~385

285

FME-03-C-U-V-M/F

100~385

295

FME-05-A-U-V-M/F

1.6

1.1

50~200

5~45

340*240

180

80~365

1.1

10~60

Any setting

Hands/pedals

AC220

2.0

50*64*98

280

FME-05-B-U-V-M/F

100~385

290

FME-05-C-U-V-M/F

100~385

300

FME-08-A-U-V-M/F

3.5

2.3

75~200

5~40

400*280

200

90~380

1.4

8~48

Any setting

Hands/pedals

AC220

3.6

56*72*120

430

FME-08-B-U-V-M/F

115~405

450

FME-08-C-U-V-M/F

115~405

470

FME-10-A-U-V-M/F

100

5.4

4.0

75~200

5~30

480*340

230

100~405

1.7

5~38

Any setting

Hands/pedals

AC220

4.8

64*84*128

660

FME-10-B-U-V-M/F

130~435

690

FME-10-C-U-V-M/F

130~435

720

FME-16-A-U-V-M/F

160

5.4

4.0

75~200

5~30

480*340

230

100~405

2.4

5~38

Any setting

Hands/pedals

AC220

7.1

64*84*140

670

FME-16-B-U-V-M/F

130~435

700

FME-16-C-U-V-M/F

130~435

730

FME-25-A-U-V-M/F

250

8.5

6.6

75~200

5~35

560*400

260

100~430

3.2

3~30

Any setting

Hands/pedals

AC220

11.0

72*96*150

950

FME-25-B-U-V-M/F

140~470

1000

FME-25-C-U-V-M/F

140~470

1050

Note: A, B, and C are the installation methods for the upper mold, U is the total stroke (optional 50-75-100-150-200), and V is the force stroke (optional 5-10-15-20-25-30).

Structural dimensions:

Dimensions of the worktable and base structure of the FME series precision gas-liquid booster press

	B	T	H	E	α	Ts	C	A	S	M	N	F	G	J	K	L	P	Q
Order model:	Dimensions related to the workbench							Dimensions related to the base structure
	[mm]	[mm]	[mm]	[mm]	[°]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]
FME-02-A-U-V-M/F	340	240	110	80	60	12	180	540	85	290	130	14	20	130	M24	200	300	100
FME-02-B-U-V-M/F
FME-02-C-U-V-M/F
FME-03-A-U-V-M/F	340	240	110	80	60	12	180	540	85	290	130	14	20	130	M24	200	300	100
FME-03-B-U-V-M/F
FME-03-C-U-V-M/F
FME-05-A-U-V-M/F	340	240	110	80	60	12	180	540	85	290	130	14	20	130	M24	200	300	100
FME-05-B-U-V-M/F
FME-05-C-U-V-M/F
FME-08-A-U-V-M/F	400	280	130	90	60	12	200	620	95	350	150	14	20	150	M24	240	300	100
FME-08-B-U-V-M/F
FME-08-C-U-V-M/F
FME-10-A-U-V-M/F	480	340	150	100	60	12	230	740	110	430	180	18	20	160	M24	300	400	100
FME-10-B-U-V-M/F
FME-10-C-U-V-M/F
FME-16-A-U-V-M/F	480	340	150	100	60	12	230	740	110	430	180	18	20	160	M24	300	400	100
FME-16-B-U-V-M/F
FME-16-C-U-V-M/F
FME-25-A-U-V-M/F	560	400	170	120	60	12	260	860	130	510	200	18	20	180	M24	360	400	100
FME-25-B-U-V-M/F
FME-25-C-U-V-M/F

Note: Other dimensions of the T-shaped groove shall comply with GB/T158-1996.

type a

Type B, Type C

FME series precision gas-liquid booster press - upper mold installation method, A-type, B-type, and C-type structural dimensions

	P1	Q1	B1	T1	H1	M1	N1	G1	F1	R1	E1	K1	W1	S1	B2	T2	H2	E2	α2
Order model:	Installation method of A-type small platform screw holes										Installation method of A-type mold handle hole				Template dimensions for Type B and Type C
	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[mm]	[°]
FME-02-A-U-V-M/F	300	100	100	80	50	80	60	12	9	41.5	25	M10	18	12
FME-02-B-U-V-M/F															330	230	30	80	60
FME-02-C-U-V-M/F															330	230	30	80	60
FME-03-A-U-V-M/F	300	100	100	80	50	80	60	12	9	41.5	25	M10	18	12
FME-03-B-U-V-M/F															330	230	30	80	60
FME-03-C-U-V-M/F															330	230	30	80	60
FME-05-A-U-V-M/F	300	100	100	80	50	80	60	12	9	41.5	25	M10	18	12
FME-05-B-U-V-M/F															330	230	30	80	60
FME-05-C-U-V-M/F															330	230	30	80	60
FME-08-A-U-V-M/F	340	110	120	100	55	100	80	13	11	54	28	M12	20	15
FME-08-B-U-V-M/F															390	270	30	90	60
FME-08-C-U-V-M/F															390	270	30	90	60
FME-10-A-U-V-M/F	400	120	140	120	60	116	96	14	13	63	32	M16	26	20
FME-10-B-U-V-M/F															470	330	30	100	60
FME-10-C-U-V-M/F															470	330	30	100	60
FME-16-A-U-V-M/F	400	120	140	120	60	116	96	14	13	63	32	M16	26	20
FME-16-B-U-V-M/F															470	330	30	100	60
FME-16-C-U-V-M/F															470	330	30	100	60
FME-25-A-U-V-M/F	460	130	164	128	70	134	98	15	17	68	40	M20	32	22
FME-25-B-U-V-M/F															550	390	30	120	60
FME-25-C-U-V-M/F															550	390	30	120	60

Note: Other dimensions of the T-shaped groove shall comply with GB/T158-1996.