Die Spotting Press with Servo Drive | Hydraulic Die Press | Shunxing

Overview of Servo-Driven Die Spotting

Optimized for performance and efficiency, the Die Spotting Press with Servo Drive integrates advanced technology to enhance traditional die spotting processes. The key innovation is the optional servo motor, which provides precise control over hydraulic operations. This servo drive leads to substantial energy savings, lower operating temperatures for hydraulic oil, and reduced overall oil consumption. It builds upon the solid foundation of the JM series, delivering superior combined properties and operational efficiency.

Model Range and Capacity

To meet diverse industrial requirements, the press is available in a wide range of pressure capacities. Models span from 68T up to 528T, accommodating molds of various sizes and weights. This extensive selection ensures that fabricators can find a machine suitable for their specific mold spotting needs.

Below are the detailed technical parameters for the available models:

Technical Parameters: 68T - 300T Series

Parameter	Unit	68T Model	100T Model	160T Model	200T Model	300T Model
Pressure Capacity	T	68	100	160	200	300
Open Capacity	T	22	25	38	45	56
Overturn Capacity	T	2.5	4	8	10	18
Ejecting Capacity	T	2.2	2.2	6.3	6.3	6.3
Workbench Dimension (Length × Width)	mm	1000×800	1400×1100	1600×1300	1800×1500	2200×1800
Carrying Capacity of Workbench	T	4	8	16	20	36
Minimum Distance Between Workbenches	mm	150	200	200	200	200
Maximum Distance Between Workbenches	mm	1150	1500	1700	1900	2300
Shift-out Stroke of Lower Workbench	mm	1260	1740	1980	2180	2700
Ejection Stroke	mm	50	65	250	250	250
Overturn Angle of Upper Workbench	°	180	180	180	180	180
Maximum Weight of Mould	T	4	8	16	20	36
External Dimension (Length × Width × High)	mm	2950×2820×3600	4000×3850×4750	4600×4000×5100	5000×4300×5600	6200×5300×6700
Weight	T	9.2	18	25	30	50

Technical Parameters: 350T - 528T Series

Parameter	Unit	350T Model	400T Model	500T Model	528T Model
Pressure Capacity	T	350	400	500	528
Open Capacity	T	70	80	120	150
Overturn Capacity	T	25	25	30	35
Ejecting Capacity	T	11.2	11.2	21.5	21.5
Workbench Dimension (Length × Width)	mm	2800×2000	3000×2000	3100×2100	3500×2500
Carrying Capacity of Workbench	T	50	50	60	70
Minimum Distance Between Workbenches	mm	400	400	400	400
Maximum Distance Between Workbenches	mm	2500	2500	3000	3200
Shift-out Stroke of Lower Workbench	mm	3295	3500	3680	4120
Ejection Stroke	mm	280	300	300	300
Overturn Angle of Upper Workbench	°	180	180	180	180
Maximum Weight of Mould	T	50	50	60	70
External Dimension (Length × Width × High)	mm	7200×5670×7400	7600×5880×7340	7905×5670×8000	8500×6400×9300
Weight	T	73	85	110	130

Note: Technical parameters are subject to change.

High Spotting Precision

Achieving high spotting precision is critical for quality mold manufacturing and maintenance. This press utilizes an elastic mold plate design. This feature simplifies the process of adjusting mold parallelism and ensures consistent, high-accuracy spotting even under significant pressure. This results in better mold fit-up and improved final part quality.

Uniform Spotting Force Distribution

The press is engineered to apply force evenly across the mold surface. This is achieved through the strategic placement of four spotting oil cylinders, arranged in a square configuration. This layout ensures uniform pressure distribution on the mold plate, effectively minimizing deformation and contributing to precise spotting results across the entire mold area.

Optional Features

Enhancing the functionality and efficiency of the press, several optional features are available:

• Servo Drive System: As a core feature of this model, the servo drive system provides the energy-saving benefits and performance improvements discussed earlier. While optional on other models, it's integral to this specific press type.
• Magnetic Mold Plate: This option allows for quick and reliable die changes. Magnetic clamping provides secure mold holding without the need for traditional mechanical clamps, significantly reducing setup time and increasing operational throughput.