Amada EGB 1303e

$180,000 - $260,000 Updated 2026-03-19

Key Specifications

Press Capacity

1,300 kN / 130 metric tons (146 US tons)

Bending Length

3,100 mm (122 in)

Stroke

250 mm (9.8 in)

Open Height

470 mm (18.5 in)

Throat Depth

350 mm (13.8 in)

Approach Speed

150 mm/s (5.9 in/s)

Overview

The Amada EGB 1303e is a 130-ton, 3-meter all-electric servo press brake that pushes Amada's electric drive technology into tonnage territory traditionally dominated by hydraulic and hybrid machines. With 1,300 kN of pressing force across a 3,100 mm bending length, the EGB 1303e handles mid-to-heavy gauge bending work without a single drop of hydraulic oil, delivering the maintenance-free, clean, and quiet operation that defines the EGB-e series at a scale that covers the majority of production press brake applications.

The electric servo drive system uses high-output servo motors to generate the variable torque profiles required across the bending cycle. During approach, the ram moves at high speed with low torque. During the pressing phase, the system shifts to low speed with high torque for precise bending control. The return phase brings the ram back at high speed. This variable-profile operation delivers approximately 20% lower CO2 emissions than equivalent hydraulic press brakes while maintaining ram repeatability of ±0.001 mm.

The AMNC 4ie control system provides Amada's latest press brake interface with voice command capability, operator recognition for personalized settings, and comprehensive bend simulation. The 6-axis backgauge system with three-finger positioning enables precise part positioning for complex multi-bend sequences. Electric crowning compensation maintains angular consistency across the 3-meter bending length, which is critical at this bed size where deflection differences between center and ends become significant.

The EGB 1303e competes directly with hybrid servo-hydraulic machines like the Amada HRB 1003 and Trumpf TruBend 5130, offering the maintenance and environmental advantages of full-electric operation at comparable tonnage and bed length. For fabricators who have experienced the benefits of electric brakes on smaller machines and want to scale that experience to 130-ton, 3-meter capacity, the EGB 1303e represents a compelling option.

Full Specifications

Parameter	Value
Press Capacity	1,300 kN / 130 metric tons (146 US tons)
Bending Length	3,100 mm (122 in)
Stroke	250 mm (9.8 in)
Open Height	470 mm (18.5 in)
Throat Depth	350 mm (13.8 in)
Approach Speed	150 mm/s (5.9 in/s)
Pressing Speed	10-15 mm/s (0.4-0.6 in/s)
Return Speed	150 mm/s (5.9 in/s)
Ram Repeatability	±0.001 mm (±0.00004 in)
Drive System	All-electric servo (no hydraulics)
Control	Amada AMNC 4ie (touchscreen with voice command)
Backgauge Axes	6-axis with 3-finger positioning
Crowning	Electric crowning compensation
Power Requirement	200V, 30 kVA
Machine Weight	Approximately 12,000 kg (26,455 lb)
Noise Level	< 72 dB

Specifications sourced from amada.com — verified 2026-03-28

Strengths & Limitations

Strengths

130-ton all-electric press brake eliminates hydraulic maintenance at a tonnage level previously requiring hydraulic or hybrid drive systems
3,100 mm bending length handles the standard 10-foot sheet format used in most North American fabrication shops
±0.001 mm ram repeatability exceeds most hybrid servo-hydraulic machines at this tonnage class
AMNC 4ie control with voice command, operator recognition, and bend simulation provides the latest Amada interface technology
6-axis backgauge with 3-finger positioning handles complex multi-bend sequences on wide parts
~20% lower CO2 emissions and near-silent operation support sustainability and workplace requirements

Limitations

All-electric 130-ton press brake commands a significant price premium over hybrid servo-hydraulic alternatives at the same tonnage
Electric servo drive may have limitations on heavy bottoming and coining operations compared to hydraulic machines
Amada proprietary tooling system restricts third-party punch and die options at this critical tonnage class
12,000 kg machine weight and power requirements are substantial for an electric press brake

Best For

Production fabrication shops that want to eliminate hydraulic maintenance on their primary 130-ton, 3-meter press brake General fabricators bending mild steel up to 6 mm, stainless up to 5 mm across a 3-meter bed Clean manufacturing environments in aerospace, medical, and food equipment where oil-free operation is valued Shops upgrading from older hydraulic 100-130 ton press brakes and prioritizing reduced maintenance costs Amada fleet shops scaling electric press brake technology from smaller EGB models to production-size capacity

Frequently Asked Questions

01 How does the EGB 1303e compare to the HRB 1003?

Both cover similar tonnage and bed length ranges. The EGB 1303e is all-electric with ±0.001 mm repeatability, zero hydraulic maintenance, and the newer AMNC 4ie control. The HRB 1003 is hybrid servo-hydraulic with ±0.01 mm repeatability and potentially stronger bottoming force. The EGB 1303e costs more upfront but eliminates all hydraulic maintenance costs over its lifetime.

02 What is the maximum mild steel thickness at full bed length?

With 130 metric tons across 3,100 mm, the EGB 1303e air-bends mild steel up to approximately 6 mm at full bed length with standard V-die widths. On shorter bends, proportionally thicker material can be handled. Stainless steel capacity is approximately 5 mm at full length.

03 Is the electric drive reliable at 130 tons?

Amada's electric servo drive technology has been proven across thousands of installations globally. The EGB-e series extends proven servo motor technology to higher tonnages using scaled-up motor configurations. The absence of hydraulic components actually improves reliability by eliminating seal wear, oil degradation, and pump failures.

04 What tooling is compatible with the EGB 1303e?

The EGB 1303e uses Amada's proprietary tooling system including AMTS (Amada Machine Tooling System) with hydraulic clamping for fast tool changes. While third-party options are limited, Amada offers a comprehensive range of standard and special-purpose punch and die configurations for the system.