
Ensuring minimal deformation under high clamping force, preventing uneven force on tie bars, thereby maintaining production stability.
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MACHINE TYPE
All-Electric
DRIVE TYPE
1,000-3,800 kN
CLAMPING FORCE
The WINTEC e-win all-electric injection moulding machine delivers exceptional ROI through uncompromised precision, efficiency and stability backed by ENGEL. Featuring smart control technology and highly flexible configuration, it adapts seamlessly to diverse production needs from precision components to consumer goods. With minimal floor space requirements, clean-room compatibility, and rapid deployment capability, e-win ensures reduced operating costs, elevated product quality and sustainable growth—making it the smartest way to plug and inject for future-proof manufacturing.
* e-win is only applicable to the Asian market.
Maximized Accessibility: Unrivaled tie bar spacing for easy installation of large molds and automation. Cleanroom Ready: all electric machine, making it ideal for clean-room environments.
The C3 is an innovative machine control system with streamlined design and intuitive operation with e-move, providing smart and easy control with rigorously validated ENGEL software design and technologies. Powerful extension functions like iQ Weight Control provide targeted support for complex tasks.
From higher energy efficiency to faster injection speed, e-win's injection unit features lower inertia & higher togue, adjustable & fully electric nozzle contact force system, barrel heating system with multi-zone closed-loop PID temperature control, swivel function for easy change and maintenance, and high wear-resistant screw, barrel, and NRV.
Powerful all-electric servo drive components, ball screw and parallelism movement of every axis increase productivity and high energy efficiency.
Ensuring minimal deformation under high clamping force, preventing uneven force on tie bars, thereby maintaining production stability.
High precision sensors are integrated into various functional zones—such as clamping, injection, mold height adjustment, and injection unit movement—enabling real-time monitoring of actual operational values. Data collected by these sensors is fed back to the control system, allowing dynamic parameter optimization for high precision repeatability and operational stability across all processes.
Tested and verified with maximum clamping force of 3 million cycles.
900+ check points pre-delivery, ensuring uncompromised quality and reliability.
Simulated by FEA (Finite Element Analysis), leveraging ENGEL’s FEA experience of more than 30 years.
Significantly reducing melt temperature fluctuations and helps prevent material degradation or inconsistent plasticization.
Ensuring enhanced durability and consistent plasticizing performance.
High precision sensors are integrated into various functional zones—such as clamping, injection, mold height adjustment, and injection unit movement —enabling real-time monitoring of actual operational values. Data collected by these sensors is fed back to the control system, allowing dynamic parameter optimization for high precision repeatability and operational stability across all processes.
Contactless design featuring zero contact between tie bars and platen: frictionless movement ensuring higher precision and speed, less energy consumption.
For injection moving, linear guides can secure lower friction compared to slide guide, resulting in lower energy consumption, higher accuracy (injection, back pressure), faster dynamic responsiveness.
High stiffness platen, combined with precise machining and controlled commissioning, delivers exceptional parallelism accuracy.
Powerful all-electric servo drive components, ball screw and parallelism movement of every axis increase productivity and high energy efficiency.
The low-inertia injection motion module, combined with a high-torque injection motor, delivers significantly faster response speeds.
Powerful all-electric servo drive components, ball screw and parallelism movement of every axis increase productivity and high energy efficiency.
The all-electric ejector system significantly reduces energy consumption while ensuring superior cleanroom compatibility, eliminating hydraulic oil contamination risks.
Brake-Equipped Ejector Motor: Zero-energy holding, making it easier for robots to pick up product and more energy efficient.
Achieve precise control with an adjustable, fully electric nozzle contact force system, designed for cleanroom operations and enhanced energy savings—ensuring high performance and sustainability.
For injection moving, linear guides can secure lower friction compared to slide guide, resulting in lower energy consumption, higher accuracy (injection, back pressure), faster dynamic responsiveness.
Display of energy consumption for last and current cycle.
Compared to ceramic heating bands, infrared heating bands offer significant improvements in energy savings.
*Optional.
WINTEC features an advanced, future-oriented control system developed by ENGEL. Built on over 80 years of industry-leading expertise in injection moulding, it delivers exceptional flexibility and adaptability, along with more powerful and precise control—fully meeting demands for high efficiency and accuracy in production. This system is a key technological foundation for the high efficiency, precision, and stability of WINTEC injection moulding machines. Its intuitive and user-friendly UI/UX design further enhances operational efficiency and comfort.
Comprehensive smart functions enable continuous monitoring and optimization of production quality, efficiency, and operational stability. Such as precision mould protection, auto-project ejector monitoring, auto-project injection monitoring, program parameter limits: offering smart and precise mould protection.
Additional Digital Solutions:
iQ Weight Control: Significantly reduces scrap rate and enhances productivity.
iQ Clamp Control: Automatically adjusts clamping force to save energy and protect the mould.
iQ Hold Control: Shortens cycle times and extends mould lifespan.
e-move one-touch operation & configurable favorite navigation allowing for more intuitive and streamlined control experience.
Heavy-duty structures (tie bars, platens, frame, etc.) , designed for infinite fatigue life.
Toggle design allows more stable force transmission from the toggle to the platen.
Ensuring the machine maintains an optimal operating condition throughout prolonged operation.
Excellent heat dissipation performance and a high degree of sealing, effectively maintaining stable internal thermal conditions by expelling heat in a timely manner and preventing dust ingress, allowing electrical components to operate in a clean and temperature-stable environment, significantly extending their service life.
The all-electric ejector system significantly reduces energy consumption while ensuring superior cleanroom compatibility, eliminating hydraulic oil contamination risks.
Brake-Equipped Ejector Motor: Zero-energy holding, making it easier for robots to pick up product and more energy efficient.
Full electric nozzle contact force for clean-room environment compatibility, as well as better energy savings.
Swivel function for easy screw change and maintenance, effectively enhances operational efficiency and reduces down time.
The automatic lubrication system, complemented by easily accessible manual lubrication points, significantly reduces maintenance time.
Streamlined online support—from quick start to expert troubleshooting—simplifies operation and maximizes efficiency. Real-time alarm decoding provides instant solutions to minimize downtime.
Portrait 1920*1080: Bigger display area
Sufficient inventory of stock machines, enabling quick delivery.
Modular architecture streamlines production and accelerates delivery, offering faster time-to-market.
A strategic inventory of materials that have extended procurement cycles, ensuring production continuity and mitigating supply chain risks, accelerating delivery.
Industry-leading stability, precision, efficiency, and availability, guaranteeing you meet your customers' requirements cycle by cycle, and exceeding your customers' expectations project by project.
Lower scrap rate: Lower waste
Less energy consumption
Less malfunction: Lower cost for maintenance
Longer lifetime: Less depreciation
Superior Stability
High-Strength Steel Frame & High-Stiffness Platens
Ensuring minimal deformation under high clamping force, preventing uneven force on tie bars, thereby maintaining production stability.
Full Closed-Loop Control with High Precision Sensors
High precision sensors are integrated into various functional zones—such as clamping, injection, mold height adjustment, and injection unit movement—enabling real-time monitoring of actual operational values. Data collected by these sensors is fed back to the control system, allowing dynamic parameter optimization for high precision repeatability and operational stability across all processes.
Rigorous Testing Ensuring Superior Stability
Tested and verified with maximum clamping force of 3 million cycles.
900+ check points pre-delivery, ensuring uncompromised quality and reliability.
Simulated by FEA (Finite Element Analysis), leveraging ENGEL’s FEA experience of more than 30 years.
Barrel Heating System with Multi-Zone Closed-Loop PID Temperature Control
Significantly reducing melt temperature fluctuations and helps prevent material degradation or inconsistent plasticization.
High Wear-Resistant Screw, Barrel, and NRV
Ensuring enhanced durability and consistent plasticizing performance.
Outstanding Precision
Full Closed-Loop Control with High Precision Sensors
High precision sensors are integrated into various functional zones—such as clamping, injection, mold height adjustment, and injection unit movement —enabling real-time monitoring of actual operational values. Data collected by these sensors is fed back to the control system, allowing dynamic parameter optimization for high precision repeatability and operational stability across all processes.
Contactless Tie Bar
Contactless design featuring zero contact between tie bars and platen: frictionless movement ensuring higher precision and speed, less energy consumption.
Precise Linear Guide
For injection moving, linear guides can secure lower friction compared to slide guide, resulting in lower energy consumption, higher accuracy (injection, back pressure), faster dynamic responsiveness.
Excellent Platen Parallelism
High stiffness platen, combined with precise machining and controlled commissioning, delivers exceptional parallelism accuracy.
World-class Efficiency
Powerful All-Electric Servo Drive System
Powerful all-electric servo drive components, ball screw and parallelism movement of every axis increase productivity and high energy efficiency.
Injection System with Lower Inertia & Higher Torgue
The low-inertia injection motion module, combined with a high-torque injection motor, delivers significantly faster response speeds.
Higher Energy Saving
Powerful All-Electric Servo Drive System
Powerful all-electric servo drive components, ball screw and parallelism movement of every axis increase productivity and high energy efficiency.
Electric Ejector System
The all-electric ejector system significantly reduces energy consumption while ensuring superior cleanroom compatibility, eliminating hydraulic oil contamination risks.
Brake-Equipped Ejector Motor: Zero-energy holding, making it easier for robots to pick up product and more energy efficient.
Adjustable, Fully Electric Nozzle Contact Force System
Achieve precise control with an adjustable, fully electric nozzle contact force system, designed for cleanroom operations and enhanced energy savings—ensuring high performance and sustainability.
Precise Linear Guide
For injection moving, linear guides can secure lower friction compared to slide guide, resulting in lower energy consumption, higher accuracy (injection, back pressure), faster dynamic responsiveness.
ecograph
Display of energy consumption for last and current cycle.
* Infrared Heating Band
Compared to ceramic heating bands, infrared heating bands offer significant improvements in energy savings.
*Optional.
Smarter Control
Future-Oriented Technologies
WINTEC features an advanced, future-oriented control system developed by ENGEL. Built on over 80 years of industry-leading expertise in injection moulding, it delivers exceptional flexibility and adaptability, along with more powerful and precise control—fully meeting demands for high efficiency and accuracy in production. This system is a key technological foundation for the high efficiency, precision, and stability of WINTEC injection moulding machines. Its intuitive and user-friendly UI/UX design further enhances operational efficiency and comfort.
Powerful Smart Functions
Comprehensive smart functions enable continuous monitoring and optimization of production quality, efficiency, and operational stability. Such as precision mould protection, auto-project ejector monitoring, auto-project injection monitoring, program parameter limits: offering smart and precise mould protection.
Additional Digital Solutions:
iQ Weight Control: Significantly reduces scrap rate and enhances productivity.
iQ Clamp Control: Automatically adjusts clamping force to save energy and protect the mould.
iQ Hold Control: Shortens cycle times and extends mould lifespan.
e-move One-Touch Operation & Configurable Favorite Navigation
e-move one-touch operation & configurable favorite navigation allowing for more intuitive and streamlined control experience.
Longer Lifetime
High-Strength Structural Design with Infinite Fatigue Life
Heavy-duty structures (tie bars, platens, frame, etc.) , designed for infinite fatigue life.
Toggle Design
Toggle design allows more stable force transmission from the toggle to the platen.
Automatic Lubrication System
Ensuring the machine maintains an optimal operating condition throughout prolonged operation.
Powerful Heat Exchange System in Electrical Cabinet
Excellent heat dissipation performance and a high degree of sealing, effectively maintaining stable internal thermal conditions by expelling heat in a timely manner and preventing dust ingress, allowing electrical components to operate in a clean and temperature-stable environment, significantly extending their service life.
Clean-room Compatibility
Electric Ejector System
The all-electric ejector system significantly reduces energy consumption while ensuring superior cleanroom compatibility, eliminating hydraulic oil contamination risks.
Brake-Equipped Ejector Motor: Zero-energy holding, making it easier for robots to pick up product and more energy efficient.
Nozzle Contact Force
Full electric nozzle contact force for clean-room environment compatibility, as well as better energy savings.
Easy To Use
Swivel Function
Swivel function for easy screw change and maintenance, effectively enhances operational efficiency and reduces down time.
Integrated Lubrication
The automatic lubrication system, complemented by easily accessible manual lubrication points, significantly reduces maintenance time.
Online Tutorials, Helpdesk and Alarm Explanation
Streamlined online support—from quick start to expert troubleshooting—simplifies operation and maximizes efficiency. Real-time alarm decoding provides instant solutions to minimize downtime.
15″- Full HD Display
Portrait 1920*1080: Bigger display area
Faster Delivery & Deployment
Sufficient Stock Machines
Sufficient inventory of stock machines, enabling quick delivery.
Modular Design & Manufacturing
Modular architecture streamlines production and accelerates delivery, offering faster time-to-market.
Stock for Long-Lead-Time Parts
A strategic inventory of materials that have extended procurement cycles, ensuring production continuity and mitigating supply chain risks, accelerating delivery.
Great Total Cost of Ownership
Increased Productivity
Industry-leading stability, precision, efficiency, and availability, guaranteeing you meet your customers' requirements cycle by cycle, and exceeding your customers' expectations project by project.
Cost Reduction
Lower scrap rate: Lower waste
Less energy consumption
Less malfunction: Lower cost for maintenance
Longer lifetime: Less depreciation