500 Ton Three-Beam Eight-Column Hydraulic Press with a Large Worktable of 1400*1400, CNC Press

Product Description

Product Parameters

SPECIFICATION	UNIT	YQ32-400T	YQ32-500T	YQ32-630T	YQ32-800T	YQ32-1000T	YQ32-1250T	YQ32-1600T
Nominal force	KN	4000	5000	6300	8000	10000	12500	16000
Max.System pressure	Mpa	25	25	25	25	25	25	25
Max.Open heigh	mm	1250	1500	1500	1800	1600	1600	1800
Max.Stroke of slider	mm	800	900	900	1000	900	900	1000
Effective table size	mm	1260x1160	1400x1400	1600x1600	1500x1500	1500x1500	1800x1600	1600x1600
Down speed	mm/s	100	100	80	80	80	80	80
Pressings pee	mm/s	5-9	8-15	6-12	8-17	6-13	7-15	8-17
Return speed	mm/s	55	70	60	70	70	70	70
Ejection cylinder force	KN	630	1000	1000	1000	1000	1000	1600
Stroke of ejectioncylinder	mm	300	300	300	350	350	350	350

This hydraulic press is a part of the YQ32 series. The aforementioned table displays the standard model parameters for the YQ32 series machines. Should you have any specific requirements, we offer customization services to meet your needs.

Product Description

The 500-ton Six-cylinder Eight-pillar Large Table Hydraulic Press from Nadun Machinery Manufacture Co., Ltd. is a heavy-duty machine designed for high-force applications. With its six-cylinder configuration and eight-pillar support, this press delivers exceptional stability and precision during operation. The large table surface allows for the processing of oversized materials, making it perfect for the most demanding industrial tasks. This hydraulic press is built to withstand the rigors of continuous use in sectors such as automotive, aerospace, and heavy equipment manufacturing. Nadun Machinery Manufacture Co., Ltd. ensures that each press is engineered to perform with accuracy and reliability, backed by our commitment to quality and customer satisfaction.
In hydraulic machinery, the function of a stroke control switch is to manage and regulate the movement of the ram or cylinder within a specified range. This switch ensures precise control over the stroke length, allowing for consistent and accurate operation. The stroke control switch is crucial for applications that require repetitive and exact movements, such as pressing, forming, or cutting operations. It helps improve productivity and maintain the quality of the output by eliminating human error and ensuring that each cycle of the machine performs the desired action within the predetermined parameters.
Label 1 is the system pressure gauge, and label 2 is the main cylinder pressure gauge.
In hydraulic machinery, a pressure gauge is used to measure and indicate the instantaneous pressure of the hydraulic fluid within the system. Its primary purpose is to provide operators with vital information to ensure the machine is operating within the designed pressure parameters. This helps in maintaining the efficiency and safety of the hydraulic system by preventing overpressurization, which could lead to component failure or damage, and by ensuring that there is enough pressure to perform the required tasks effectively. Pressure gauges are a critical component for monitoring and troubleshooting hydraulic systems, allowing for timely intervention and maintenance to avoid unexpected downtime and extend the lifespan of the machinery.
In hydraulic machinery, a Programmable Logic Controller (PLC) is used to automate and control the operation of the machine by managing the sequence and timing of hydraulic circuits. It enhances productivity, precision, and safety by replacing manual controls with a programmable system that can be easily adjusted and monitored.
Integrated cartridge valves in hydraulic machinery are used to control the flow and pressure of hydraulic fluid within the system, providing efficient and compact solutions for various hydraulic functions.
Two standard motors, with more optimized pricing. Or if you have environmental requirements, you can also opt for servo motors.
The mobile operating station in hydraulic machinery is used to provide a convenient and portable interface for operators to control and monitor the machine's functions from various positions around the equipment.

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FAQ

1. Am I able to get the necessary documents?
Absolutely, we supply a range of documents including Certificates of Analysis/Conformance, insurance details, certificates of origin, and other key export documents.
2. What is your standard lead time?
We usually require about 30 days for samples and between 30 to 60 days for mass production after the deposit is paid. Our lead times commence upon receipt of the deposit and final product confirmation. If our lead times don't align with your timeline, please discuss this with your dedicated sales representative. We aim to meet your needs whenever possible.
3. Which payment options do you offer?
We accept payments via bank transfer, Western Union, or PayPal. Our typical payment terms involve a 30% initial deposit, with the remaining 70% due when the bill of lading copy is presented.
4. What is included in the product warranty?
We stand behind the quality of our materials and craftsmanship. Even after the warranty period, we make an effort to address and fix any issues to ensure customer satisfaction.
5. Can you ensure the secure transport of the products?
Definitely, we use robust export packaging to ensure safe delivery. We use specialized packaging for hazardous materials and employ certified cold chain shippers for items that require temperature control. However, any unique packaging needs may incur extra costs.
6. How are the shipping costs calculated?
The shipping costs depend on the chosen method of delivery. Express shipping is faster but more expensive, while sea freight is often the better option for larger orders. We can provide precise freight quotes once we have the specifics of your order, such as quantity, weight, and your preferred shipping method. Feel free to contact us for more details.