Gib-Guided Press
Price : ＄12,000 - ＄56,000
SHUNTEC Hydraulic Press Solutions - Precision Manufacturing Redefined
Our industrial presses empower 5 core applications:
① Forming – Precision metal/composite molding (±0.02mm repeatability)
② Press-Fitting – Closed-loop control system for zero-defect bearing/electronics assembly
③ Embossing – Micron-level surface texturing with complex logo reproduction
④ Stretching – Aerospace-grade alloy shaping with 40% deformation resistance improvement
⑤ Cutting – Laser-guided multi-material shearing (Ra0.8μm cut surface finish)
CE/SIL3-certified systems covering entire production chains, backed by 48-hour global technical support.
All Products
Precision Control Series
Focuses on high precision and intelligent control, suitable for scenarios requiring high machining accuracy.
Electric Servo Press
Price : ＄6000 - ＄38,000
Horizontal Press
Price : ＄12,000 - ＄88,000
Lightweight & Portable Series
Compact and portable design, suitable for laboratory or small-scale production settings.
Benchtop Press
Price : ＄3000 - ＄16,000
Pneumatic Press
Price : ＄12,000 - ＄56,000
Air Hydraulic Press
Price : ＄3000 - ＄18,000
Multi-Purpose General Series
Suitable for various standard pressing needs, offering wide coverage and diverse functions.
4-Post Press
Price : ＄12,000 - ＄56,000
C Frame Press
Price : ＄6000 - ＄38,000
2-Post Press
Price : ＄6000 - ＄38,000
H Frame Press
Price : ＄12,000 - ＄56,000
Heated Forming Series
Equipped with a heating function, suitable for plastics, composites, or other heat-processing applications.
Heated Platen Press
Price : ＄12,000 - ＄56,000
Key Advantages Of SHUNTEC Hydraulic Presses
Stable Pressure Output and Wide Applicability
Hydraulic presses provide consistent and reliable pressure, suitable for processing a variety of materials, including metals, plastics, and composites.Flexible Operation and High Adaptability
The pressure and speed can be adjusted to meet different production requirements, making hydraulic presses versatile for various industrial applications.High Precision and Reliable Product Quality
Advanced control systems ensure precise operation, making hydraulic presses ideal for industries requiring tight tolerances, such as automotive and aerospace.Energy Efficiency and Environmental Friendliness
Hydraulic systems offer efficient energy conversion and can be integrated with smart control systems to reduce energy consumption, aligning with green manufacturing principles.Easy Maintenance and Long Service Life
With fewer moving parts compared to traditional mechanical presses, hydraulic presses have lower failure rates, making them cost-effective and durable over time.
Industry Applications
Automotive Parts Manufacturing
Our hydraulic presses excel in forming and stamping automotive components, significantly boosting production efficiency and product quality. Whether it’s body panels, engine parts, or chassis structures, precise and stable pressure control ensures consistent, high-quality results.Aerospace Components
Precision and reliability are critical in aerospace manufacturing, especially when working with high-strength materials. Our hydraulic press systems feature advanced pressure control technology, easily handling the forming requirements of titanium alloys, aluminum alloys, and other aerospace-grade materials. This ensures you can maintain high throughput and quality in a demanding industry.
Medical Device Production
Medical device production demands exceptional precision, hygiene, and safety. Our hydraulic presses, combined with customizable clean-room configurations and automated control systems, help healthcare manufacturers consistently and efficiently form and press various metals and plastics under strict regulatory standards.
Electronics & Circuit Board Manufacturing
Electronics manufacturing often requires high-precision stamping and forming of thin metals, plastic housings, and micro-components. Our hydraulic presses feature precise pressure and speed control to handle delicate parts in large volumes, ensuring product consistency and high yield rates.
FAQ
A hydraulic press operates based on Pascal’s Principle, which states that when pressure is applied to a confined fluid, it is transmitted equally in all directions throughout the fluid. In a hydraulic press, a small force is applied to a small-area piston, creating pressure that is transmitted through hydraulic fluid to a larger-area piston. This results in a magnified force output on the larger piston, allowing the press to exert substantial force with relatively little input effort.
A hydraulic press operates based on Pascal’s Principle, which states that when pressure is applied to a confined fluid, it is transmitted equally in all directions throughout the fluid. In a hydraulic press, a small force is applied to a small-area piston, creating pressure that is transmitted through hydraulic fluid to a larger-area piston. This results in a magnified force output on the larger piston, allowing the press to exert substantial force with relatively little input effort.
The cost of a hydraulic press varies widely depending on its size, capacity, features, and intended use. Small benchtop models designed for hobbyists or small workshops might start at around $500 to $1,000. Industrial-grade hydraulic presses used in manufacturing can range from $10,000 to over $100,000. Custom-built presses with specialized features may cost even more. It’s best to consult manufacturers or distributors for quotes tailored to your specific needs.
The cost of a hydraulic press varies widely depending on its size, capacity, features, and intended use. Small benchtop models designed for hobbyists or small workshops might start at around $500 to $1,000. Industrial-grade hydraulic presses used in manufacturing can range from $10,000 to over $100,000. Custom-built presses with specialized features may cost even more. It’s best to consult manufacturers or distributors for quotes tailored to your specific needs.
Hydraulic presses are versatile machines used across various industries for tasks that require high force application. Common uses include:
- Forming and Shaping Metals: Bending, stamping, and forging metal components.
- Compression Molding: Producing plastic or composite materials through heat and pressure.
- Assembly Operations: Press-fitting components together.
- Deep Drawing: Forming sheet metal into complex shapes like automotive body panels.
- Powder Compaction: Compressing powdered materials into solid forms.
- Laboratory Testing: Material testing for strength and durability.
Hydraulic presses are versatile machines used across various industries for tasks that require high force application. Common uses include:
- Forming and Shaping Metals: Bending, stamping, and forging metal components.
- Compression Molding: Producing plastic or composite materials through heat and pressure.
- Assembly Operations: Press-fitting components together.
- Deep Drawing: Forming sheet metal into complex shapes like automotive body panels.
- Powder Compaction: Compressing powdered materials into solid forms.
- Laboratory Testing: Material testing for strength and durability.
Building a hydraulic press involves several steps and requires a good understanding of mechanical and hydraulic principles:
- Design the Frame: Construct a sturdy frame capable of withstanding the maximum force. Materials like heavy-duty steel I-beams are commonly used.
- Select Hydraulic Components: Choose a hydraulic cylinder with the desired force capacity, a hydraulic pump (manual or powered), hoses, and control valves.
- Assemble the System: Install the hydraulic cylinder onto the frame and connect it to the pump using hydraulic hoses. Ensure all connections are secure and leak-free.
- Safety Features: Incorporate safety mechanisms like pressure relief valves and emergency stops.
- Testing: Before full operation, test the press at low pressures to check for leaks or weaknesses.
Note: Building a hydraulic press can be dangerous if not done correctly. It’s advisable to have the design reviewed by a professional engineer and to follow all safety regulations.
The strength of a hydraulic press is typically measured in tons and can vary widely based on its design and intended use. Small laboratory or workshop presses might exert a force of 1 to 30 tons. Industrial hydraulic presses can deliver forces ranging from 100 tons to over 10,000 tons. The required strength depends on the specific application, such as the material being processed and the nature of the operation (e.g., stamping, forging, bending).