CNC Press Brake ADVANCED - Hilalsan

General features

The machine frame is manufactured with advanced technology with very precise tolerances and stress relieved with large welded components. All tensile points are designed with large radii and strain accumulation and possible welding cracks are eliminated.
The lower and upper tables’ inertias are designed for optimum value for minimum deformation..
The top plate is designed to be positioned vertically so that the roller bearings, piston bearings and felts can compensate for vertical loads.
The hydraulic cylinder is designed as double-sided and honed to a surface quality of 2 microns. Thus, minimum wear resistance is created
for the felts. The cylinder bodies are manufactured as SAE 1040 material forged.
The hydraulic cylinders are bolted to the front of the feet with bolts and cams to provide excellent leveling and load balancing.
Piston head features: Omega-type felts are ftted with wide bronze bearings, semi-angled sleeves.
The pistons are precision ground and hard chrome plated to provide low friction and abrasion resistance when the piston passes through the felts.
The adjustable top tray slides are made from materials that are suitable for very low friction resistance. These beds are arranged for guiding to move the top table from right to left and front to rear.
The Hilalsan hydraulic system allows precise usage at all pressure values up to the maximum operating pressure. At the same time, with these pressure values, precise cylinder positioning, synchronization and repeatability are achieved.
Backgauge system is manufactured in accordance with environmental conditions. Backgauge bearings are made for heavy conditions
with double bearers. Scrapping type bearings are used against dust and other particles that will accumulate in the linear guideways against dusty environmental conditions.
The outer surface of the machine is painted with two layers of paint at least 60 microns in thickness to protect against weather conditions. Paint drying is done gradually in diﬀerent time and temperature ranges in state-of-the-art ovens.
Standart Y1, Y2, X axis.

CAP Machine Type	X Axis Speed	R Axis Speed	Travel in R-axis	Travel in X-axis			Motor Power	Oil Capacity	Length	Width	Height	Approximate Weight
				500	750	1000
	mm/sn.	mm/sn.	mm	mm	mm	mm	Kw	Lt	mm	mm	mm	Kg
									L	W	H
1360	250	100	200	S	—	Op.	5,5	100	2150	1500	2300	3800
2060	250	100	200	S	—	Op.	7,5	100	3050	1650	2350	4500
26100	250	100	200	S	—	Op.	11	250	3400	1850	2650	7000
3100	250	100	200	—	S	Op.	11	250	3900	1950	2750	7800
3135	250	100	200	—	S	Op.	15	250	3900	1950	2800	9000
3175	250	100	200	—	S	Op.	18,5	250	3900	2000	2850	10000
3220	250	100	200	—	S	Op.	22	250	3950	2000	2900	12000
3270	250	100	200	—	S	Op.	22	350	3950	2000	2950	13000
3320	250	100	200	—	S	Op.	30	350	4000	2250	3150	14500
3400	250	100	200	—	S	Op.	37	350	4050	2250	3250	18500
37175	250	100	200	—	S	Op.	18,5	250	4550	2000	2900	11500
37220	250	100	200	—	S	Op.	22	250	4550	2000	3000	13500
37320	250	100	200	—	S	Op.	30	350	4600	2250	3200	18000
4175	250	100	200	—	S	Op.	18,5	250	4950	2000	2900	12000
4220	250	100	200	—	S	Op.	22	250	4950	2000	3000	15000
4270	250	100	200	—	S	Op.	22	350	4950	2000	3000	17500
4320	250	100	200	—	S	Op.	30	350	5000	2250	3200	20500
4400	250	100	200	—	S	Op.	37	350	5000	2250	3300	25000
6220	250	100	200	—	S	Op.	30	350	7000	2000	3350	24000
6320	250	100	200	—	S	Op.	30	350	7000	2250	3500	28000
6400	250	100	200	—	S	Op.	37	500	7050	2250	3700	35500
6600	250	100	200	—	S	Op.	45	500	7200	2650	3900	54000
6800	250	100	200	—	S	Op.	55	650	7200	3100	4200	70000
61000	250	100	200	—	S	Op.	55	650	7400	3250	4500	78000
61250	250	100	200		S	Op.	90	650	7400	3300	5300	97000

CAP Machine Type	Bending Force	Bending Length	Distance between columns	Stroke	Daylight	Throat depth	Table Height	Pit Depth	Table Width	Y Rapid Speed	Y Working speed	Y Return speed
	Ton	mm	mm	mm	mm	mm	mm	mm	mm	mm/sn.	mm	mm/sn.
		A	B	C	D	E	F	T	G
1360	60	1300	1100	185	390	310	850	—	108	140	10	130
2060	60	2100	1700	185	390	310	850	—	108	140	10	130
26100	100	2600	2200	205	410	310	900	—	108	130	10	130
3100	100	3100	2600	265	480	410	900	—	108	130	10	130
3135	135	3100	2600	265	480	410	900	—	108	130	10	130
3175	175	3100	2600	265	480	410	900	—	108	130	10	120
3220	220	3100	2600	265	480	410	900	—	108	120	10	100
3270	270	3100	2600	265	480	410	950	—	108	110	9	100
3320	320	3100	2600	315	530	510	950	—	154	100	9	90
3400	400	3100	2550	315	530	510	950	—	154	90	8	80
37175	175	3700	3200	265	480	410	950	—	108	120	10	100
37220	220	3700	3200	265	480	410	1000	—	108	110	10	100
37320	320	3700	3200	315	530	510	1000	—	154	90	9	90
4175	175	4100	3600	265	480	410	950	—	108	120	10	100
4220	220	4100	3600	265	480	410	1000	—	108	100	9	100
4270	270	4100	3600	265	480	410	1000	—	108	100	8	80
4320	320	4100	3600	315	530	510	1000	—	154	90	8	80
4400	400	4100	3550	315	530	510	1000	—	154	90	8	80
6220	220	6100	5100	265	480	410	1150	—	154	80	8	80
6320	320	6100	5100	315	530	510	1150	—	154	80	8	80
6400	400	6100	5100	315	530	510	1200	—	240	70	8	60
6600	600	6100	5100	365	580	510	1000	700	240	70	7	70
6800	800	6100	5100	415	630	610	1000	900	400	70	6	60
61000	1000	6100	5100	515	730	610	1050	1050	400	70	5	60
61250	1250	6100	5100	515	730	610	1050	1200	400	70	5	60

Description

General features

The machine frame is manufactured with advanced technology with very precise tolerances and stress relieved with large welded components. All tensile points are designed with large radii and strain accumulation and possible welding cracks are eliminated.
The lower and upper tables’ inertias are designed for optimum value for minimum deformation..
The top plate is designed to be positioned vertically so that the roller bearings, piston bearings and felts can compensate for vertical loads.
The hydraulic cylinder is designed as double-sided and honed to a surface quality of 2 microns. Thus, minimum wear resistance is created
for the felts. The cylinder bodies are manufactured as SAE 1040 material forged.
The hydraulic cylinders are bolted to the front of the feet with bolts and cams to provide excellent leveling and load balancing.
Piston head features: Omega-type felts are ftted with wide bronze bearings, semi-angled sleeves.
The pistons are precision ground and hard chrome plated to provide low friction and abrasion resistance when the piston passes through the felts.
The adjustable top tray slides are made from materials that are suitable for very low friction resistance. These beds are arranged for guiding to move the top table from right to left and front to rear.
The Hilalsan hydraulic system allows precise usage at all pressure values up to the maximum operating pressure. At the same time, with these pressure values, precise cylinder positioning, synchronization and repeatability are achieved.
Backgauge system is manufactured in accordance with environmental conditions. Backgauge bearings are made for heavy conditions
with double bearers. Scrapping type bearings are used against dust and other particles that will accumulate in the linear guideways against dusty environmental conditions.
The outer surface of the machine is painted with two layers of paint at least 60 microns in thickness to protect against weather conditions. Paint drying is done gradually in diﬀerent time and temperature ranges in state-of-the-art ovens.
Standart Y1, Y2, X axis.

CAP Machine Type	X Axis Speed	R Axis Speed	Travel in R-axis	Travel in X-axis			Motor Power	Oil Capacity	Length	Width	Height	Approximate Weight
				500	750	1000
	mm/sn.	mm/sn.	mm	mm	mm	mm	Kw	Lt	mm	mm	mm	Kg
									L	W	H
1360	250	100	200	S	—	Op.	5,5	100	2150	1500	2300	3800
2060	250	100	200	S	—	Op.	7,5	100	3050	1650	2350	4500
26100	250	100	200	S	—	Op.	11	250	3400	1850	2650	7000
3100	250	100	200	—	S	Op.	11	250	3900	1950	2750	7800
3135	250	100	200	—	S	Op.	15	250	3900	1950	2800	9000
3175	250	100	200	—	S	Op.	18,5	250	3900	2000	2850	10000
3220	250	100	200	—	S	Op.	22	250	3950	2000	2900	12000
3270	250	100	200	—	S	Op.	22	350	3950	2000	2950	13000
3320	250	100	200	—	S	Op.	30	350	4000	2250	3150	14500
3400	250	100	200	—	S	Op.	37	350	4050	2250	3250	18500
37175	250	100	200	—	S	Op.	18,5	250	4550	2000	2900	11500
37220	250	100	200	—	S	Op.	22	250	4550	2000	3000	13500
37320	250	100	200	—	S	Op.	30	350	4600	2250	3200	18000
4175	250	100	200	—	S	Op.	18,5	250	4950	2000	2900	12000
4220	250	100	200	—	S	Op.	22	250	4950	2000	3000	15000
4270	250	100	200	—	S	Op.	22	350	4950	2000	3000	17500
4320	250	100	200	—	S	Op.	30	350	5000	2250	3200	20500
4400	250	100	200	—	S	Op.	37	350	5000	2250	3300	25000
6220	250	100	200	—	S	Op.	30	350	7000	2000	3350	24000
6320	250	100	200	—	S	Op.	30	350	7000	2250	3500	28000
6400	250	100	200	—	S	Op.	37	500	7050	2250	3700	35500
6600	250	100	200	—	S	Op.	45	500	7200	2650	3900	54000
6800	250	100	200	—	S	Op.	55	650	7200	3100	4200	70000
61000	250	100	200	—	S	Op.	55	650	7400	3250	4500	78000
61250	250	100	200		S	Op.	90	650	7400	3300	5300	97000

CAP Machine Type	Bending Force	Bending Length	Distance between columns	Stroke	Daylight	Throat depth	Table Height	Pit Depth	Table Width	Y Rapid Speed	Y Working speed	Y Return speed
	Ton	mm	mm	mm	mm	mm	mm	mm	mm	mm/sn.	mm	mm/sn.
		A	B	C	D	E	F	T	G
1360	60	1300	1100	185	390	310	850	—	108	140	10	130
2060	60	2100	1700	185	390	310	850	—	108	140	10	130
26100	100	2600	2200	205	410	310	900	—	108	130	10	130
3100	100	3100	2600	265	480	410	900	—	108	130	10	130
3135	135	3100	2600	265	480	410	900	—	108	130	10	130
3175	175	3100	2600	265	480	410	900	—	108	130	10	120
3220	220	3100	2600	265	480	410	900	—	108	120	10	100
3270	270	3100	2600	265	480	410	950	—	108	110	9	100
3320	320	3100	2600	315	530	510	950	—	154	100	9	90
3400	400	3100	2550	315	530	510	950	—	154	90	8	80
37175	175	3700	3200	265	480	410	950	—	108	120	10	100
37220	220	3700	3200	265	480	410	1000	—	108	110	10	100
37320	320	3700	3200	315	530	510	1000	—	154	90	9	90
4175	175	4100	3600	265	480	410	950	—	108	120	10	100
4220	220	4100	3600	265	480	410	1000	—	108	100	9	100
4270	270	4100	3600	265	480	410	1000	—	108	100	8	80
4320	320	4100	3600	315	530	510	1000	—	154	90	8	80
4400	400	4100	3550	315	530	510	1000	—	154	90	8	80
6220	220	6100	5100	265	480	410	1150	—	154	80	8	80
6320	320	6100	5100	315	530	510	1150	—	154	80	8	80
6400	400	6100	5100	315	530	510	1200	—	240	70	8	60
6600	600	6100	5100	365	580	510	1000	700	240	70	7	70
6800	800	6100	5100	415	630	610	1000	900	400	70	6	60
61000	1000	6100	5100	515	730	610	1050	1050	400	70	5	60
61250	1250	6100	5100	515	730	610	1050	1200	400	70	5	60

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Descarcă catalogul TopMetrology

CNC Press Brake ADVANCED - Hilalsan

Description

Do you have more questions?

You can request an offer

Funding

See Product Catalog

BUCUREȘTI

IAȘI

BAIA MARE

BRAȘOV

Cerere oferta

Descarca brosura

Descarcă catalogul TopMetrology

CNC Press Brake ADVANCED - Hilalsan

Description

Do you have more questions?

You can request an offer

Funding

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