SIMPAC

Industrial Presses & Automation

Initializing system...
Initializing automation systems
Loading mechanical press configurations
Calibrating servo technology
Preparing hydraulic systems
Optimizing production workflows
System ready

Revolutionary Servo Press Technology

Experience the future of precision manufacturing with our advanced servo press technology. Unmatched accuracy, flexibility, and efficiency for your production needs.

±0.01mm Precision
300% Efficiency
24/7 Operation

Advanced Servo Technology

Revolutionizing precision manufacturing with intelligent servo control systems

Ultra-Precision Control

Advanced servo motors provide ±0.01mm positioning accuracy for the most demanding applications.

High-Speed Operation

Optimized servo systems deliver up to 300% faster cycle times compared to traditional presses.

Adaptive Control

Intelligent algorithms automatically adjust parameters for optimal performance across different materials.

Real-Time Monitoring

Comprehensive data collection and analysis for predictive maintenance and quality assurance.

Energy Efficient

Regenerative braking and smart power management reduce energy consumption by up to 40%.

Safety First

Advanced safety systems with redundant sensors and emergency stop capabilities.

Servo Presses Overview

Advanced servo direct drive technology for highly dynamic forming processes

Type

Servo Presses

Press Capacity

80-3000 tons

Part Size

Medium to Large

Slide Kinematics

Servo Motion

Applications

Cutting, stamping, bending, embossing, drawing & integration of downstream processes

Description

These servo direct drive presses are optimized for highly dynamic forming processes and offer maximum flexibility in production. High-quality parts can be consistently achieved due to the high stiffness value of the press body and drive.

Available Options

Customize your servo press with additional features

Simulation Software

Advanced simulation software for output forecasting and process optimization

Part Ejector Systems

Mechanical or pneumatic part ejector for automated part removal

Die Cushion Systems

Pneumatic or hydraulic die cushion for enhanced forming capabilities

Power Electronics

Various concepts for executing power electronics including capacitor bank and kinetic energy buffer

Press Force Monitoring

Signature force monitoring for quality control and process verification

Automation Integration

Full automation integration with transfer systems and robotic handling

Features & Benefits

Why choose SIMPAC servo presses

Flexible Installation

SIMPAC's product portfolio of servo presses can be installed as single presses in progressive or transfer mode, double press systems for more flexibility, or fully automated press lines.

Compact Design

For servo presses with a press capacity below 600 tons, the compact design will require little floor space and no foundation.

Korean Quality

Motors, power electronics, holding brake, lubrication, and controls are of Korean origin and guarantee a long service life, maximum dynamics, and a supply of spare parts.

High Precision

The slide guiding system ensures a high level of tilting rigidity and reduces the cutting impact when processing high-strength materials.

Safety Protection

Hydraulic overload protection to protect both press and dies.

Advanced Control

Curve generator for individual slide movement profiles and comprehensive press force monitoring.

Standard Equipment

Included with every servo press

Electrical Slide Adjustment

Hydraulic Continuous Slide Locking

Automatic Slide Counterbalancing

Vibration Isolated Installation

Central Circulation Lubrication

Press Force Monitoring

Technical Specifications

Detailed specifications for our servo press series

SVC1 Series

Model SVC1-150 SVC1-200 SVC1-250 SVC1-300
Press Capacity 150 ton 200 ton 250 ton 300 ton
Rated Tonnage Point 6 mm 6 mm 6 mm 6 mm
Stroke Rate 3-110 spm 3-100 spm 3-90 spm 3-90 spm
Stroke Length 200 mm 250 mm 250 mm 250 mm
Slide Adjustment 100 mm 120 mm 150 mm 150 mm
Die Height 430 mm 480 mm 500 mm 550 mm
Slide Dimension 700×550 mm 1250×650 mm 1350×750 mm 1600×900 mm
Bolster Dimension 1250×750 mm 1400×850 mm 1500×950 mm 1800×1000 mm

Servo Series

Model Servo 400T Servo 600T Servo 800T
Press Capacity 400 ton 600 ton 800 ton
Rated Tonnage Point 6 mm 6 mm 6 mm
Stroke Rate 3-80 spm 3-70 spm 3-60 spm
Stroke Length 350 mm 350 mm 350 mm
Slide Adjustment 200 mm 250 mm 250 mm
Die Height 600 mm 800 mm 800 mm
Slide Dimension 3000×1400 mm 4000×1500 mm 4000×1500 mm
Bolster Dimension 3000×1400 mm 4000×1500 mm 4000×1500 mm
Frame Deflection 1/8000 mm/m 1/8000 mm/m 1/8000 mm/m
Anti-vibration Device Spring & Damper Spring & Damper Spring & Damper
Pit Necessary Necessary Necessary

SVT2 Series

Model SVT2-1000 SVT2-1200 SVT2-1500
Press Capacity 1000 ton 1200 ton 1500 ton
Rated Tonnage Point 6 mm 6 mm 6 mm
Stroke Rate 5-30 spm 5-30 spm 5-25 spm
Stroke Length 600 mm 600 mm 600 mm
Slide Adjustment 600 mm 600 mm 600 mm
Die Height 1200 mm 1200 mm 1200 mm
Slide Dimension 5100×1800 mm 5100×1800 mm 6100×1800 mm
Bolster Dimension 5100×1800 mm 5100×1800 mm 6100×1800 mm
Frame Deflection 1/8000 mm/m 1/8000 mm/m 1/8000 mm/m
Working Height 700 mm 700 mm 700 mm

SVT4 Series

Model SVT4-1500 SVT4-2000 SVT4-2500 SVT4-3000
Press Capacity 1500 ton 2000 ton 2500 ton 3000 ton
Rated Tonnage Point 6 mm 6 mm 6 mm 6 mm
Stroke Rate 5-25 spm 5-25 spm 5-20 spm 5-18 spm
Stroke Length 700 mm 700 mm 700 mm 700 mm
Slide Adjustment 800 mm 800 mm 800 mm 800 mm
Die Height 1400 mm 1400 mm 1400 mm 1400 mm
Slide Dimension 6100×2500 mm 6100×2500 mm 6100×2800 mm 7200×2500 mm
Bolster Dimension 6100×2500 mm 6100×2500 mm 6100×2500 mm 7200×2500 mm
Frame Deflection 1/8000 mm/m 1/8000 mm/m 1/8000 mm/m 1/8000 mm/m
Working Height 750 mm 800 mm 800 mm 800 mm

* Depending on programmed stroke length, slide kinematics, part dimension, and existing die limitations

** SDAU = slide stroke down, adjustment up | All models have 2-point design | Subject to technical modifications

Ready to Transform Your Manufacturing?

Discover how our servo press technology can revolutionize your production process