TCH Series CNC Press Brake for Sheet Metal Bending

Name: CNC Press Brake
Brand: Tailift Sheet Metal Equipment
SKU: tch-series

Features

CT15 Controller
Hoerbiger Servo Hydraulic System
Synchronous Position Feedback On Both Sides With Linear Scale
The back gauge is equipped with servo motor and high-precision ball screw

Automatic Back Stopper Device

The positioning axis is driven by servo motor and is driven by two sets slide rods. Compact mechanical structure, fast operation speed, high stability and high repeatability positioningaccuracy.

The stopper can be moved to the desired position by servo motor. (Automatic movement is optional)

Quick Release and Clamping Device

Quick clamping Device for upper tools, the installation is simple and stable, prevent upper tools falls down, quick release and clamping time, and reduces setting time.

Precision Liner Scale

Minor corrections can be done in the stopper by screws. Linear scale feedback actual position and feedback control servo valve at any position.

Arbitrary lower limit

Use the Liner Scale to directly control the height of the top beam stop to avoid unnecessary blank strokes.Substantially improve production efficiency.

Movable Front Loader Bracket

Fitted in front of the worktable, position of the frontloader bracket can be adjusted manually as requested.

Laser safety device (Option)
Laser safety device protects the press brake operator from the danger of crushing between the moving andfixed part of the machine. The Laser safety device is mounted on the moving part of the machine, and the protection zone moves with the part. When an obstacle is detected, such as an operator fingers, detection is immediate and the machinecan be stopped.

Laser Safety Device for Press Brake diagram

Specifications

Item		Unit	TCH50 1.6M	TCH70 2M	TCH70 2.5M	TCH100 2.5M	TCH100 3.2M
Force		kN	500	700	700	1000	1000
Bending Length		mm	1600	2000	2500	2500	3200
Distance Between Side Frames		mm	1230	1700	2100	2100	2700
Throat		mm	260	320	320	320	320
Bending Stroke		mm	200	200	200	250	250
Effective Open Height		mm	495	495	495	545	545
Operating Height		mm	595	595	595	645	645
Drive Motor		kw	7.5	11	11	15	15
Oil tank Capacity		L	190	230	280	380	380
X-Axis speed		mm/s	320	320	320	320	320
R-Axis speed		mm/s	320	320	320	320	320
Y-Axis Rapid traverse speed		mm/s	250	250	230	240	240
Y-Axis working speed		mm/s	12	12	12	11	11
Y-Axis raising speed		mm/s	200	200	200	180	160
Dimensions	Length (B)	mm	1700	2250	2780	3010	3710
	Width ( C )	mm	1480	1580	1580	1670	1670
	Height (A)	mm	2100	2130	2130	2728	2720
Weight		kg	4000	5300	6100	7800	9100

Item		Unit	TCH100 4.1M	TCH160 2.5M	TCH160 3.2M	TCH160 4.1M
Force		kN	1000	1600	1600	1600
Bending Length		mm	4100	2500	3200	4100
Distance Between Side Frames		mm	3300	2100	2700	3300
Throat		mm	320	400	400	400
Bending Stroke		mm	250	250	250	250
Effective Open Height		mm	545	545	545	545
Operating Height		mm	645	620	620	620
Drive Motor		kw	15	18.5	18.5	18.5
Oil tank Capacity		L	420	300	330	430
X-Axis speed		mm/s	320	320	320	320
R-Axis speed		mm/s	220	200	200	200
Y-Axis Rapid traverse speed		mm/s	13	13	13	12
Y-Axis working speed		mm/s	160	180	160	160
Y-Axis raising speed		mm/s	160	180	160	160
Dimensions	Length (B)	mm	4610	3030	3730	4630
	Width ( C )	mm	1770	1680	1680	1790
	Height (A)	mm	2720	2720	2720	2720
Weight		kg		8700	10100	12100

Item		Unit	TCH160 5.1M	TCH160 6.1M	TCH200 3.2M	TCH200 4.1M
Force		kN	1600	1600	2000	2000
Bending Length		mm	5100	6100	3200	4100
Distance Between Side Frames		mm	4600	5600	2700	3600
Throat		mm	400	400	400	400
Bending Stroke		mm	250	250	250	250
Effective Open Height		mm	545	545	545	545
Operating Height		mm	620	620	620	620
Drive Motor		kw	18.5	18.5	22	22
Oil tank Capacity		L	430	430	380	420
X-Axis speed		mm/s	320	320	320	320
R-Axis speed		mm/s	160	150	180	160
Y-Axis Rapid traverse speed		mm/s	12	12	13	13
Y-Axis working speed		mm/s	120	110	160	150
Y-Axis raising speed		mm/s	5630	6630	3730	4630
Dimensions	Length (B)	mm	5630	6630	3730	4630
	Width ( C )	mm	1800	1800	1680	1790
	Height (A)	mm	2960	3160	2720	2720
Weight		kg	17000	20000	10500	14100

Item		Unit	TCH250 2.5M	TCH250 3.2M	TCH250 4.1M	TCH250 5.1M
Force		kN	2500	2500	2500	2500
Bending Length		mm	2500	3200	4100	5100
Distance Between Side Frames		mm	2100	2700	3300	4600
Throat		mm	400	400	400	400
Bending Stroke		mm	250	250	250	250
Effective Open Height		mm	545	545	545	545
Operating Height		mm	645	645	645	645
Drive Motor		kw	37	37	37	37
Oil tank Capacity		L	320	400	430	430
X-Axis speed		mm/s	320	320	320	320
R-Axis speed		mm/s	320	320	320	320
Y-Axis Rapid traverse speed		mm/s	150	150	130	120
Y-Axis working speed		mm/s	13	13	12	12
Y-Axis raising speed		mm/s	160	150	130	100
Dimensions	Length (B)	mm	3050	3750	4650	5650
	Width ( C )	mm	1920	1920	1920	1920
	Height (A)	mm	2975	2975	2975	3125
Weight		kg	11700	14000	16000	21200

Item		Unit	TCH250 6.1M	TCH320 3.2M	TCH320 4.1M	TCH320 5.1M	TCH320 6.1M
Force		kN	2500	3200	3200	3200	3200
Bending Length		mm	6100	3200	4100	5100	6100
Distance Between Side Frames		mm	5600	3700	3300	4600	5600
Throat		mm	400	400	400	400	400
Bending Stroke		mm	250	310	310	310	310
Effective Open Height		mm	545	600	600	600	600
Operating Height		mm	645	695	695	695	695
Drive Motor		kw	37	45	45	45	45
Oil tank Capacity		L	460	410	460	460	460
X-Axis speed		mm/s	320	320	320	320	300
R-Axis speed		mm/s	320	320	320	320	220
Y-Axis Rapid traverse speed		mm/s	120	110	110	100
Y-Axis working speed		mm/s	10	12	12	10	10
Y-Axis raising speed		mm/s	100	100	100	90	90
Dimensions	Length (B)	mm	6650	3930	4830	5830	6830
	Width ( C )	mm	1920	2110	2110	2150	2150
	Height (A)	mm	3325	3205	3205	3690	3855
Weight		kg	24600	17700	20300	26100	30400

specifications are subject to change without prior notice.

FAQ

Q1 Does an automated production line have to be implemented for the entire factory and entire line all at once?

Not necessarily. The process of automating an entire factory and production line inherently involves a gradual integration—starting with the automation of individual machines and progressing to the integration of automated warehousing and management software—so planning can be done in phases based on on-site conditions.

Q2 What types of equipment can Tailift sheet metal automation integrate with?

It can integrate sheet metal processing equipment such as laser cutters, CNC press brakes, turret-type punch presses, welding equipment, and automatic multi-angle bending centers.

Q3 What else does an automated production line include besides equipment?

In addition to the processing equipment itself, it also includes automatic loading and unloading systems, automatic coil feeding systems, storage racks, management and control software, monitoring interfaces, and material flow scheduling systems.

Q4 Which factories are best suited to evaluate automation first?

Typically, sheet metal factories facing labor shortages, lengthy material handling times, frequent line changes, difficult-to-manage scheduling, or those seeking to extend continuous processing time.

Q5 How are automated production lines related to Industry 4.0?

Standalone machine automation is not sufficient; integration with automated warehousing and related management and control software is also required to achieve production automation control and Industry 4.0 goals.

Still unsure if an automated production line is right for you?

Tell us about your current equipment setup, bottleneck processes, and production capacity goals, and Tailift will help you evaluate the most suitable sheet metal automation solution!

[Inquire About Sheet Metal Automation Solutions Now]

CNC Press Brake