Products and Services

GF Machining Solutions is continuously improving the sustainability performance of its machines, with a clear focus on the carbon footprint and energy costs at our customers’ facilities.

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Energy consumption

The energy consumption of our machines has been reduced by up to 40% over the last 5 years. This was done through several programs, including the following:

The Econowatt system enables our machines to significantly reduce their energy consumption during standby mode without compromising machine readiness and precision. Energy is not wasted during non-productive time.
Fitting of energy-efficient injection pumps reduce the overall energy consumption of the machine.
Intelligent power generators allow the digital and fast control of each spark, improving the machine's electrical efficiency.

These improvements support our customers' cost-efficiency and reduce our downstream greenhouse gas emissions. These emissions, associated with the operation of our products, are part of Scope 3 emissions according to the Greenhouse Gas Protocol.

Learn more in our Energy Efficiency certificates

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Supply chain

We share our targets and our expectations with our partners and suppliers.

Our suppliers are all required to adhere to REACH (Registration, Evaluation, Authorization and Restriction of Chemicals), Conflict minerals and RoHS (Restrictions of Hazardous Substances) standards and regulations. Our expectations are outlined in the Code for Business Partners.

We check our suppliers' sustainability performance and plan to help them improve it.

Clean technologies

We continuously research and develop new technologies having lower environmental footprints.

Our Laser 3D Surface Processing technology is a cleaner and faster alternative to chemical etching, and can be used on any type of material. The environmental advantages are:

reduced pollution: there is no need for chemical agents
less energy: the manufacturing process requires less time and steps
less waste: a fully digital and perfectly repeatable process generates less scrap

Circularity

Discover how our innovative circular economy initiative can improve your machining experience. Learn more about each step of our process and how it benefits you and the planet. Dive into the many ways our sustainable practices enhance product quality, resource efficiency, and business resilience. From reusing key machine components to rethinking design for minimal environmental impact, as well as recycling, retrofitting, refurbishing, and repairing, join us in building an eco-friendly future.

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Energy Efficiency Certificates

CUT F series

2025 objective
40% reduction of daily energy consumption

Certificate

CUT E series

2025 objective
40% reduction of daily energy consumption

Certificate

energy-certificate-cut-p-pro

CUT P Pro series

2025 objective
45% reduction of daily energy consumption

Certificate

CUT X series

2025 objective
45% reduction of daily energy consumption

Certificate

FORM P series

2025 objective
56% reduction of daily energy consumption

Certificate

LASER P series

2025 objective
35% reduction of daily energy consumption

Certificate

MILL P and MILL S/X series

2025 objective
35% reduction of daily energy consumption

Certificate

Liechti g-Mill 1000

2025 objective
20% reduction of daily energy consumption

Certificate

Tooling, Automation and Software

Life-long sustainable solutions
Ease of operation, improved productivity, better operator health and skillset

Certificate

How we achieve our goals

CUT F series

Electrical cabinet

Improvement of the cooling system by replacing the 400 VAC fan with a 24 VDC speed-controlled fan. Introduction of intelligent power generators (IPG) and use of most recent electrical components which are state of the art in term of energy efficiency.

EDM technology

General process time reduction due to improvements given by the IPG on EDM technology especially in complex machining.

Hydraulic pumps

The use of more energy-efficienct pumps reduces the overall energy consumption.

CUT P Pro series

IPG – Higher electrical efficiency

The latest generation of GF Machining Solutions’ Intelligent Power Generators (IPG) allows a digital and fast control of each spark, therefore improving the machine’s electrical efficiency.

IPG – Reduced energy waste

Thanks to its resonant switching mode, IPG contributes to reducing the waste of energy.

IPG – Reduced component wear

IPG reduces wear on components during the whole product’s lifecycle.

Econowatt

This smart module enables an energy-saving standby mode and programmable fast reactivation “wake up” option. No energy is wasted during non-productive time and every morning equipment is prepared and ready to carry out the requested tasks.

Injection pumps – Higher energy efficiency

The use of injection pumps instead of high-pressure pumps reduces the energy consumption.

CUT X series

Electrical cabinet

Improvement of the cooling system by replacing the 400 VAC fan with a 24 VDC speed-controlled fan. Introduction of a high-efficiency Beckoff driver to improve the overall energy efficiency.

EDM technology

Time reduction during the main cut thanks to improvements on the EDM technology, especially for complex machining.

Hydraulic pumps

Using higher energy-efficient pumps reduces the energy consumption

Econowatt

Smart module enabling energy-saving standby mode and programmable fast reactivation (“wake up” option). Energy is not wasted during non-productive time. Every morning the equipment is prepared and ready to carry out the requested tasks.

FORM P series

IPG – Higher electrical efficiency

The latest generation of GF Machining Solutions’ Intelligent Power Generators (IPG) allows a digital and fast control of each spark, therefore improving the machine’s electrical efficiency.

IPG – Reduced energy waste

Thanks to its resonant switching mode, IPG contributes to reducing the waste of energy.

IPG – Reduced component wear

IPG reduces wear on the electrodes during the whole product’s lifecycle.

Econowatt

Thermal stability

The use of pumps is needed for the regulation of the dielectric temperature and the prevention of the deformation of the machine and electrode. Our new pumps enable producing parts with significant higher accuracy from the very start, without waiting for the machine to warm up.

LASER P series

Compressed air

Compressed air consumption of the machine is optimized to minimize the flow rate.

Electrical cabinet cooling

Additional thermostats allow activating the electrical cabinet heat exchangers only when needed.

Water-water chiller

Optional water-cooled refrigeration for Femto lasers sources permit decreasing the machine energy consumption.

MILL P and MILL S/X series

New control generation

The change to a new CNC, Heidenhain TNC 640, improves the control efficiency.

Highly efficient exhauster system

The implementation of a Venturi nozzle in the exhauster system helps to significantly reduce the compressed air usage.

Design

Several design changes, such as switching to LED lights, also help improve the energy efficiency.

ITC – Intelligent Temperature Control

The continuous improvements made on this software help compensating temperature fluctuations and also significantly increase the already improved precision of the new generation of Milling machines.

Liechti g-Mill 1000

Direct drive

One of the main innovations to generate energy savings on the g-Mill 1000 was to fit 4 direct drives on the A, B, CY and X axes, instead of only 2 direct axes on the previous generation. Thanks to this most complete configuration, the g-Mill 1000 has a more dynamic behavior during part machining. This allows the g-Mill 1000 to produce parts faster and results in less time consumption per part for the whole production phase.

Rotary linear drive kinematics (ROLANT)

Unique in the world, the rotary linear drive kinematics, also known as ROLANT kinematics, is a major breakthrough machine concept. It combines the C and Y axes in a rotary CY axis, making it faster to move and machine. The torque motor is able to handle more energy. This leads to a more compact design with higher dynamics and a smoother movement of the spindle around the part. Ultimately the consumption per part is also reduced.

Sustainability targets and report

Have a look at GF's sustainability targets, download the sustainability report and discover interesting facts and figures.

Learn more