Sales Of 4-Column & C-Frame Hydraulic Presses for Forming, Stamping & Assembly

Designed with rigid structures and advanced hydraulic systems, these presses deliver consistent pressure and reliable accuracy for deep drawing, forging, stamping, punching, bending, molding, and assembly. The four-column series offers excellent load distribution and high tonnage capacity, while the C-frame series provides open-side access and efficient handling for daily production.

Types Of CAMT Laser Cutting Machine

Y32 4-Column Hydraulic Press Machine

The Y32 series adopts a classic four-column structure that provides high rigidity and strong load-bearing capacity, making it a reliable choice for heavy industrial pressing. With tonnage options ranging from 63 tons to 1000 tons and above, it is well suited for forging, deep drawing, molding, and large-scale metal forming applications.

Programmable control allows operators to adjust pressure, speed, and stroke according to different processes, helping achieve more precise and repeatable results. The stable frame design reduces deformation under high load, while fast approach and return speeds improve cycle efficiency. These features make the Y32 series especially effective for high-volume production and thick-material processing in industries that require strong force, consistent accuracy, and long-term reliability.

Y27 Single Movement Hydraulic Press Machine

The Y27 series features a compact C-frame (single-column) design that combines convenient open-front access with reliable pressing performance. With capacity options from 25 tons to 330 tons and above, it is well suited for precision stamping, bending, punching, straightening, and assembly applications.

The open-side structure makes loading and unloading easier, especially for medium-sized parts and frequent changeover jobs. Operators can adjust pressure, speed, and stroke to match different processes, helping improve control and forming consistency. With a practical low-maintenance design and efficient hydraulic system, the Y27 series is a strong choice for workshops that need flexible medium to heavy forming capability, stable daily performance, and reduced downtime.

Hydraulic Press Machine Specification

Item	Y32 4-Column Hydraulic Press Machine	Y27 Single Movement Hydraulic Press Machine
Machine Type	Four-column hydraulic press	C-frame / single-column hydraulic press
Nominal Force	63 – 1000 tons+ (depending on model)	25 – 330 tons+ (depending on model)
Frame Structure	Four-column high-rigidity frame	Open-front C-frame structure
Control Mode	Manual / Semi-automatic / Programmable control	Manual / Semi-automatic / Programmable control
Stroke Adjustment	Adjustable	Adjustable
Pressure Adjustment	Adjustable hydraulic pressure	Adjustable hydraulic pressure
Speed Control	Adjustable approach, pressing, and return speeds	Adjustable approach, pressing, and return speeds
Table Size	According to tonnage and model	According to tonnage and model
Daylight / Opening Height	Configurable by model	Configurable by model
Main Applications	Deep drawing, forging, molding, thick-plate forming, large-scale pressing	Stamping, punching, bending, straightening, assembly, medium-duty forming
Applicable Materials	Carbon steel, stainless steel, aluminum, copper, alloys	Carbon steel, stainless steel, aluminum, copper, alloys
Loading Access	Multi-side access depending on layout	Open-front access for easier loading/unloading
Best For	High-tonnage and heavy industrial applications	Flexible workshop production and precision forming tasks
Key Advantages	High rigidity, even force distribution, strong capacity for thick materials	Compact structure, convenient operation, practical for daily forming work

Looking for more detailed specifications or a configuration that better matches your production needs? Contact our team to discuss additional parameters, customization options, or to receive a tailored quotation. We’re ready to help you find the right Hydraulic Press Machine solution.

Key Advantages of CAMT Hydraulic Press Machine

Stable Force Output for Consistent Forming Quality

Uneven pressure often causes incomplete forming, thickness variation, or part deformation. CAMT hydraulic presses provide controlled and consistent force throughout the stroke, helping improve forming stability in deep drawing, stamping, and molding processes.

High Rigidity Structure to Reduce Deflection Under Load

When pressing thick or high-strength materials, machine deflection can affect accuracy and tooling life. The rigid four-column and C-frame designs help minimize deformation under load, supporting better dimensional consistency and more reliable results.

Flexible Pressure, Speed, and Stroke Adjustment

Fixed settings limit process adaptability. Operators can adjust pressure, pressing speed, and stroke according to different materials and forming stages, making it easier to handle both single-step and multi-stage operations with better control.

Suitable for a Wide Range of Forming Applications

Many workshops need one machine to cover multiple jobs. CAMT hydraulic presses support deep drawing, punching, bending, straightening, assembly, and molding, reducing the need for separate equipment and improving production flexibility.

Easier Handling with Practical Machine Layouts

Inconvenient loading and unloading slow down production. The Y27 C-frame series offers open-front access for faster part handling, while the Y32 four-column series provides strong capacity for larger and heavier forming tasks.

Reliable Daily Performance with Lower Process Risk

Unstable equipment increases downtime and scrap rates. With robust hydraulic systems and solid structural design, CAMT presses help maintain repeatable cycles, reduce secondary rework, and support more reliable medium to heavy-duty production.

FAQs When Purchase Hydraulic Press Machine

What is a hydraulic press machine used for?

A hydraulic press is used for metal forming processes such as deep drawing, stamping, punching, bending, straightening, molding, forging, and assembly. It provides controlled high force for industrial production.

What is the difference between a 4-column and a C-frame hydraulic press?

A 4-column press offers higher rigidity and better force distribution, making it suitable for heavy-duty and high-tonnage work. A C-frame press has open-front access, is more compact, and is convenient for loading, unloading, and general workshop forming.

How do I choose the right tonnage for a hydraulic press?

Tonnage depends on material type, thickness, part size, forming process, and tooling design. It is recommended to reserve a capacity margin instead of operating at full load continuously.

What materials can a hydraulic press process?

Hydraulic presses can process carbon steel, stainless steel, aluminum, copper, brass, and various alloy materials within the machine’s rated capacity.

Is a hydraulic press better than a mechanical press?

It depends on the application. Hydraulic presses provide full force throughout the stroke, better pressure control, and higher flexibility. Mechanical presses are often faster for high-volume blanking and simple stamping.

What is daylight and why is it important?

Daylight is the maximum opening distance between the working table and the ram. It determines whether the workpiece and tooling can fit into the machine and affects process flexibility.

Can pressure and speed be adjusted on a hydraulic press?

Yes. Most hydraulic presses allow adjustment of pressure, approach speed, pressing speed, and return speed to match different materials and forming stages.

What applications are 4-column hydraulic presses best for?

They are commonly used for deep drawing, forging, thick-plate forming, compression molding, and other high-force industrial applications that require strong rigidity and stable load distribution.

What applications are C-frame hydraulic presses best for?

C-frame presses are ideal for stamping, punching, bending, straightening, assembly, and medium-duty forming jobs that benefit from open-front access and faster part handling.

How accurate is a hydraulic press?

Accuracy depends on frame rigidity, guidance system, pressure control, tooling quality, and process setup. A well-configured hydraulic press can deliver stable and repeatable forming results for production use.

What causes forming defects on a hydraulic press?

Common causes include incorrect tonnage selection, improper pressure or speed settings, unsuitable tooling, poor material condition, and insufficient machine rigidity for the process.

How much maintenance does a hydraulic press need?

Regular maintenance includes checking hydraulic oil quality and level, inspecting seals and valves, lubricating guide parts, and verifying pressure system stability. Proper maintenance helps reduce downtime and extend service life.

Can a hydraulic press be customized?

Yes. Table size, stroke, daylight, tonnage, control system, and tooling interfaces can often be configured according to specific production requirements.

What safety features should a hydraulic press have?

Important safety features may include emergency stop, two-hand control, overload protection, safety guards or light curtains, and reliable pressure relief systems.

What should I confirm before buying a hydraulic press?

Confirm your process type, material and thickness, required tonnage, table size, stroke, daylight, production volume, tooling needs, and available workshop space. These factors determine the most suitable machine configuration.

Have more questions, or need a customized Hydraulic Press Machine solution?
Contact our team for detailed advice, technical support, or a tailored quotation. We’re ready to help you find the right configuration for your production needs.

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