Jupiter Machine Tool

Jupiter Machine Tool Jupiter Machine Tool Inc. is a world-class total solutions provider for the advanced manufacturing industry.

In addition to a complete line of CNC machine tools and a suite of additive hybrid machining center, augmented reality and virtual reality

12/18/2025

From Worn Out to Like New: Discover how Meltio brings parts back to life with our latest case study on trenchers cladding.

Meltio does not just 3D print new components. With wire laser technology, we can existing parts, extending service life, reducing production costs and even adding new functionalities.

Our cladding process follows five key steps to ensure in every repair:

✅ Step 1: Part evaluation and cleaning
✅ Step 2: Identify the cladding area, using reverse engineering if needed
✅ Step 3: Create reference points
✅ Step 4: 3 point calibration in Meltio Space
✅ Step 5: Printing and reinforcement

The outcome is a restored and reinforced part, ready to perform again under tough conditions, all thanks to Meltio’s advanced and techniques.

At Jupiter we help manufacturers adopt these capabilities to maximize part performance, reduce waste and enhance productivity.

🔗 Learn more about Meltio use cases and applications here https://meltio3d.com/resources/

12/11/2025

Ball Valve Enhancement with STELLOY 21 LD

A two layer laser cladding operation was performed on a ball valve using STELLOY 21 LD, developed by Meltio in collaboration with Welding Alloys.
The goal was to achieve a dense and uniform coating with high hardness and low dilution. The result is superior wear and corrosion resistance for demanding oil and gas environments.

🕒 Printing time: 14 hours 10 minutes

At Jupiter Machine Tool we help manufacturers apply Meltio’s advanced Laser Metal Deposition technology to improve critical components, extend service life and optimize performance in the oil and gas sector.

🔗 Learn more about Meltio for the mining, oil and gas sectors here https://meltio3d.com/meltio-for-the-mining-oil-and-gas-sectors/

12/04/2025

🔩 OIL & GAS | Ball Valve Enhancement

A two layer laser cladding operation was performed on a ball valve used in the oil and gas industry, achieving a dense and uniform coating with high hardness and low dilution. This enhances wear and corrosion resistance for demanding applications.

Using Meltio ’s advanced technology, manufacturers can improve critical components with precision, repeatability and minimal thermal impact.

At Jupiter we help our customers apply Meltio’s metal 3D printing solutions to boost performance, extend component life and optimize production in sectors like oil and gas.

🔗 Learn more about Meltio for the mining, oil and gas sectors here https://meltio3d.com/meltio-for-the-mining-oil-and-gas-sectors/

From all of us at Jupiter Machine ToolThank YOU for giving us a reason to keep showing up, solving problems, and buildin...
11/27/2025

From all of us at Jupiter Machine Tool
Thank YOU for giving us a reason to keep showing up, solving problems, and building cool stuff.

Enjoy your turkey... We'll be back after the food coma.

🔩 Smarter Use of Materials with Meltio Mild steel (ER70S-6) plays a key role in dual material manufacturing strategies. ...
11/27/2025

🔩 Smarter Use of Materials with Meltio

Mild steel (ER70S-6) plays a key role in dual material manufacturing strategies. By using it as a cost effective core and combining it with tool steels such as H11 in critical wear areas, manufacturers can significantly reduce material costs and build times while maintaining top performance where it matters most.

This approach makes large scale production and tooling applications more efficient and accessible without compromising durability or quality.

At Jupiter we help our customers take advantage of Meltio’s metal 3D printing technology to optimize resources and boost productivity.

🔗 Learn more about dual material strategies here https://meltio3d.com/dual-material-strategies-with-mild-steel/

11/20/2025

🔧 Rail Track Repair Reimagined

When a worn railway rail needed restoration, Meltio’s additive laser cladding technology made it possible.

✅ Precise reconstruction of the rail head geometry
✅ Sequential layering with a hardened outer layer and a ductile inner structure
✅ Low heat application that preserves the steel core’s integrity
✅ Robot ready and automatable process for large scale

This is not just repair, it is a next generation approach to railway infrastructure.

Using the Meltio M600 system, the hardened layer was rebuilt with minimal thermal impact, maintaining strength and performance for demanding rail applications.

At Jupiter we help manufacturers and maintenance teams adopt Meltio’s technology to extend component life and improve reliability.

🔗 Discover how is reshaping maintenance and repair for railways https://meltio3d.com/resources/

11/13/2025

Building large and stable aerospace molds with additive manufacturing is now a reality thanks to Meltio’s wire laser DED technology.

Key part details:
• Material: INVAR
• Weight: 20.2 kg
• Dimensions: 185 × 400 × 255 mm
• Build time: 71 h 34 min
• Structure: Solid
• Layer height: 1 mm

The result is a robust and dimensionally stable mold, perfectly suited for composite aerospace components. Meltio technology allows engineers to move efficiently from raw material to fully functional part with exceptional precision and reliability.

At Jupiter we bring these Meltio capabilities closer to manufacturers in the aerospace sector, enabling high performance and sustainable production.

🔗 Learn more about this application here https://meltio3d.com/aerospace-innovation-with-advanced-additive-manufacturing/

11/06/2025

🔧✈️ Additive Manufacturing of an Aerospace Mold in INVAR with DED WLAM Technology

CATEC & Meltio have successfully manufactured an aerospace mold in INVAR alloy using Meltio’s wire based Directed Energy Deposition (DED WLAM) technology.

This achievement is part of the MADISON project, focused on Additive Manufacturing, Digitization and Sustainability, funded under the 2023 CDTI Cervera Program for technological innovation centers. It marks a major step forward for the aerospace sector by combining advanced manufacturing strategies, design optimization for weight reduction and more efficient material use to reduce production times.

Thanks to its low coefficient of thermal expansion, INVAR is the perfect material for molds used in composite components where dimensional stability is essential.

For this development, Meltio collaborated with CATEC to continue expanding the possibilities of metal additive manufacturing for aerospace applications.

At Jupiter we work to make these advancements accessible to manufacturers looking to optimize their production with Meltio’s metal 3D printing technology.

🔗 Discover more here: https://meltio3d.com/aerospace-innovation-with-advanced-additive-manufacturing/

🛠️ Tool Steels in Focus Performance Meets Precision in Metal 3D PrintingTool steels like and deliver outstandi...
10/30/2025

🛠️ Tool Steels in Focus Performance Meets Precision in Metal 3D Printing

Tool steels like and deliver outstanding results with Meltio’s wire laser process, combining mechanical strength, heat treatment capability and excellent hardness for demanding industrial applications.

These materials make it possible to produce robust components such as injection mold inserts, hot work tools and dual material parts with internal cooling channels, all with optimized performance and precision.

At Jupiter we help manufacturers explore these high performance materials with Meltio to create parts that require hardness, thermal resistance and exceptional accuracy.

🔗 Discover more materials and use cases in Meltio’s resources section https://meltio3d.com/resources/

10/23/2025

🚀 Curious to see what’s possible with Meltio’s technology? This rocket was built by Meltio’s trusted partner Gary Mécanique using , standing 1 meter tall and showcasing the true potential of .

With the integrated into a robotic system, this project highlights next level complexity and virtually unlimited freedom. The only limit is the size of your motion setup.

✨ Key features:
✅ Dense fill base for enhanced stability
✅ 3X hollow body for lightweight strength
✅ 5X printed fins with high precision
✅ 6 axis printing for the intricate upper reactor parts

At Jupiter we help our customers unlock these possibilities with Meltio, bringing innovation and performance to .

🔗 Discover more applications powered by Meltio technology here: https://meltio3d.com/applications/

10/16/2025

🚀 An incredible rocket project built with Meltio’s technology by Meltio’s partner Gary Mécanique. A true demonstration of what can achieve in precision and performance.

This 1 meter tall 20 kg rocket in was printed hollow using a 2 axis positioner and 5X strategy, eliminating the need for supports through smart design and manufacturing control.

✨ Key highlights:
✅ Dense fill base for maximum stability
✅ Hollow body for lightweight durability
✅ 5X printed fins with outstanding accuracy
✅ 6 axis printing for the complex upper reactor section

⏱️ With 80 to 100 hours of print time this project is a clear example of how Meltio’s wire laser technology is reshaping the future of metal manufacturing.

At Jupiter we bring these Meltio capabilities to our customers, enabling innovative applications across industries.

🔗 Discover more use cases here: https://meltio3d.com/resources/

10/09/2025

Let’s break down why this Nozzle Guide Vane is a perfect match for Meltio and our metal technology 👇

At Jupiter Machine Tool we provide Meltio solutions to help manufacturers rethink how complex parts like this are made.

✅ No molds needed
With you skip the slow and complex mold-making stage, saving time and materials while boosting efficiency.

✅ Eco-friendly approach
Unlike traditional that uses disposable wax and slurry, Meltio reduces waste and supports cleaner .

✅ Less energy and equipment
No need for high-energy setups or specialized tools. The offers a compact all-in-one solution that simplifies workflows.

✅ Automated and consistent
Traditional methods often need time-consuming quality checks. With Meltio’s precise you get higher productivity and consistent results from the start.

✅ Superior microstructure
Thanks to a small heat-affected zone, parts printed with Meltio show a finer compared to casting methods.

Here are the specs of this part manufactured with the metal :
⌛ Print Time: 12h 54min
⚖️ Weight: 4.13 kg
📏 Layer Height: 1 mm
🛠️ Material: Meltio
📐 Size: 258 x 258 x 122.99 mm

🔗 Explore real-world use cases here: https://meltio3d.com/resources/

Address

1124 Enterprise Avenue
Galesburg, IL
61401

Opening Hours

Monday 7am - 5pm
Tuesday 7am - 5pm
Wednesday 7am - 5pm
Thursday 7am - 5pm
Friday 7am - 5pm

Telephone

+12563429342

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