Closed Two-Point Pneumatic Press TP-RO Series 160-630 Tons

Pneumatic Presses, TP-RO Series

Closed Two-Point, Pneumatic Press, TP-RO Series 160-630 Tons

TP-ZO Series Precision Pneumatic Press |Heavy-Duty Stamping 125T~630T

Customize Your TP-RO Series Pneumatic Press: 160T | 200T | 250T | 315T | 400T | 500T | 630T

🔥 TP-ZO pneumatic press Dual-Point Engineering Breakthroughs

⚡ 6500kN Crushing Force – Largest model handles aerospace-grade forging

⚡ Dual Synchronized Drive System – 45% reduced lateral deflection vs competitors

⚡ Smart Energy Management – 22kW-55kW VFD motors with 30% power savings

⚡ Expandable Automation – Pre-installed NC feeder/robot interfaces

🏆 TP-RO Series Pneumatic Punch Press Core Technology Advantages

1️⃣Dual-Point Structural Superiority

Twin Gear Synchronization
- 2000-3200mm column spacing withstands 630-ton loads
- <0.3mm frame deformation under max pressure
Mega-Workstation Design
- 3000×1300mm lower platform (40% larger than TP-ZO series)
- 2800×1200mm upper plate with T-slot mounting

2️⃣Precision Control Ecosystem

Laser-Guided Alignment
- 0.01mm repeat accuracy via rotary encoder feedback
- ±0.003° crank angle monitoring
Smart Production Suite
- Real-time SPM adjustment (15-85 strokes/min)
- Misfeed detection + photoelectric guarding

3️⃣Green Manufacturing Ready

Zero-Waste Dry Clutch System
- Eliminates 300L/yr lubricant consumption
- 100% recyclable steel components
Carbon-Neutral Option
- Energy monitoring dashboard with ISO 50001 compliance

TP-RO Series Processed parts 160~630Tons

TP-RO Series Pneumatic Press Technical Specifications

TP-RO Series Standard & Optional Configurations

Standard Configuration

Hydraulic overload protection device
Manual slide adjustment (≤TP60)
Motorized slide adjustment (≥TP80)
Mechanical die height indicator (≤TP60)
Digital die height indicator (≥TP80)
Slide and die balance device
Rotary encoder
Crankshaft angle indicator
Air source connection
Touch screen (pre-break/pre-load/total counter)
Dry-type combination clutch brake
Balance cylinder manual lubrication
Variable frequency drive (VFD)
Power outlet
Cycle counter
Air blow-off device
Misfeed detection interface
Double-stroke prevention device
Maintenance tools and toolbox
Operation manual
Electric grease lubrication system
Vibration isolation feet
Die lighting system
Twin solenoid valve
Main motor reverse operation
Light curtain safety device

Optional Configurations

Frequently Asked Question

FAQS For the Pneumatic Press Industry

What is a Servo Press?

A servo press (also called an electric servo press) is a high-precision stamping machine powered by a servo motor + control system. It directly drives the crankshaft or linkage mechanism without traditional components like flywheels, clutches, or brakes, enabling programmable control over stroke, speed, and force for energy-efficient and flexible operations.

Servo Press vs Hydraulic Press

Which Press is right for your needs?

Choose a Servo Press if: You need high precision, energy efficiency, and flexibility for tasks like blanking, bending, or progressive stamping.
Choose a Hydraulic Press if: You require high force for deep drawing or heavy forming where speed is less critical.

Click here to read our detailed comparison blog and discover which press is the best fit for your production needs!

Feature	Servo Press	Hydraulic Press
Precision	±0.01mm (JIS Grade 1)	±0.1mm (lower due to fluid compressibility)
Speed	High (up to 1200 SPM)	Low to medium (typically 10-60 SPM)
Energy Efficiency	30~60% energy savings	High energy consumption
Flexibility	Programmable stroke,speed,and force	Limited motion control
Maintenance	Low (no hydraulic oil or seals)	High (frequent oil and seal changes)
Noise Level	Quieter (10~15dB lower)	Louder (pump and fluid noise)

Servo Press vs Mechanical Press

Our servo press adopts direct servo motor drive technology, offering the following advantages over traditional mechanical presses:
✅Energy savings of over 30% (no flywheel idling losses)
✅ Repeat positioning accuracy of ±0.01mm (certified to JIS Grade 1)
✅ Programmable multi-stage stamping curves for complex forming processes.

Click here to read our detailed comparison blog and discover which press is the best fit for your production needs!

How do you ensure long-term accuracy and stability?

Alloy steel crankshafts and friction components
CNC boring and milling for the body and slide, achieving flatness accuracy of ±0.01mm/m²
Japanese JIS Grade 1 manufacturing standards, with each machine validated by testing for structural strength.

Is the maintenance cost higher than traditional equipment?

No! Our design significantly reduces maintenance needs:

No clutch/brake pads, reducing wear parts replacement
Alloy steel key components are heat-treated, extending lifespan by 3x
CO₂ welding and tempering process ensures fatigue resistance

Does it support high-precision continuous stamping?

Yes! The body is processed with CNC laser cutting + CO₂ welding, paired with precision gears (ground by German gear grinding machines), achieving a maximum continuous speed, suitable for high-precision applications like electronic components.