AEROSPACE HEAT TREAT NEWS

Fringe Friday: Forging Manufacturer Acquired by Private Equity

We’re celebrating getting to the “fringe” of the weekend with a Heat Treat Fringe Friday installment: a private equity firm in the aerospace supply chain has acquired Forged Solutions Group, a manufacturer of high-specification forgings used in flight-critical engine and structural components. The company’s products, including aeroengine discs and shafts, are the kinds of advanced alloy components that typically move through multiple downstream heat treatment steps before entering service.

While not exactly heat treat, “Fringe Friday” deals with interesting developments in one of our key markets: aerospace, automotive, medical, energy, or general manufacturing.


J.F. Lehman & Company has completed the acquisition of Forged Solutions Group, a manufacturer of high-specification closed-die forgings for aerospace, defense, and space applications. The company produces components including aeroengine discs, shafts, and structural parts from advanced alloys such as titanium, nickel-based superalloys, steel and aluminum before moving through machining and materials testing as part of the production process.

Ben Hatcher
Managing Director
J.F. Lehman & Company

The company supplies components for commercial aerospace and defense platforms through its manufacturing facilities. J.F. Lehman & Company, a private equity firm focused on aerospace, defense, maritime, government, and environmental sectors, completed the acquisition as part of its strategy to invest in companies supporting critical industrial supply chains.

Ben Hatcher, managing director at J.F. Lehman & Company, said, “FSG’s expansive forging capabilities, diverse product portfolio, and meaningful available capacity form a compelling and critical solution to the broader aerospace and defense industry’s production requirements. We are excited to build upon FSG’s differentiated technical capabilities and scaled operational footprint to increase throughput in support of current and next-generation aeroengine and defense platforms.”

Press release is available in its original form here.

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Heat Treater Acquisition Enhances Integrated Manufacturing Capabilities

G.S. Precision, a precision machining and manufacturing company headquartered in Brattleboro, Vermont, has expanded its global manufacturing platform with the announcement of the acquisition of Lush Heat Treatment Ltd. and Headwater Precision, Inc., strengthening vertical integrated capabilities that support aerospace, defense, and other high-spec industries. The additions broaden the company’s technical scope across machining, coatings, and thermal processing, while extending the company’s geographic footprint in North America and Europe.

James R. Callan
Chief Executive Officer
G.S. Precision

Lush Heat Treatment, based in the United Kingdom, provides vacuum and endothermic heat treating services, as well as brazing services, for clients in the aerospace, defense, space, and nuclear power sectors. These processes support the performance requirements of critical components operating in demanding environments.

Headwater Precision, located in New Hampshire, is a precision manufacturing and advanced coating technologies business serving clients in aerospace defense, semiconductor, and industrial markets.

By bringing these capabilities together, G.S. Precision is positioning its company to offer a more integrated manufacturing approach, combining machining, surface treatment, and heat treating within a single organizational structure.

James R. Callan, chief executive officer of G.S. Precision, said the acquisitions align with the company’s growth strategy, adding capabilities such as advanced coatings and specialized heat treating to better support clients producing mission-critical components.

Press release is available in its original form here.

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Fringe Friday: Pentagon Awards Additive Manufacturing Contracts to 24 Manufacturers

We’re celebrating getting to the “fringe” of the weekend with a Heat Treat Fringe Friday installment: the U.S. Department of War (formerly Department of Defense) has awarded contracts to two dozen U.S. manufacturers to produce additively manufactured metal and polymer parts for defense programs. The contracts were issued through the Defense Logistics Agency (DLA) as part of the Joint Additive Manufacturing Acceptability (JAMA) IV pilot parts program.

While not exactly heat treat, “Fringe Friday” deals with interesting developments in one of our key markets: aerospace, automotive, medical, energy, or general manufacturing.


The Pentagon has awarded contracts to produce additively manufactured metal and polymer parts for defense programs. The awards, issued through the Defense Logistics Agency as part of the Joint Additive Manufacturing Acceptability (JAMA) IV pilot parts program, allow the Department of Defense to issue task orders to 24 participating manufacturers capable of producing parts using additive manufacturing technologies.

The awards are structured as a firm-fixed-price, indefinite-delivery/indefinite-quantity (IDIQ) contracts with a maximum value of approximately $9.8 million. The contract includes a one-year base period running through February 24, 2027, with four one-year option periods.

The JAMA IV pilot parts program supports the procurement of additively manufactured components for U.S. military clients, including the Army, Navy, Air Force, and Marine Corps. By awarding contracts to multiple manufacturers, the program establishes a pool of suppliers eligible to compete for task orders related to additively manufactured parts.

Companies awarded contracts include AForge; Alloyed; Applied Rapid Technologies; General Electric (Colibrium Additive); Cornerstone Research Group; DMG MORI Federal Services; FasTech; FormAlloy; ITL; KVG; Lightweight Innovations for Tomorrow (LIFT); Malama Kai Technologies; Maritech Machine; Marotta Controls; MRL Materials Resources; MXD USA; NCS Technologies; Nikon AM Synergy; Precision Additive Solutions; Relativity Space; Shepra; Sintavia; Stratasys Direct; and Velo3D.

The contract announcement is available in its original form here.
The RFP for the JAMA IV pilot parts program is available in its original form here.

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Pratt & Whitney Isothermal Forging Expansion for Jet Engine Parts Production

Pratt & Whitney, an RTX business, is investing $200 million to expand manufacturing at its Columbus, Georgia, site with the addition of a seventh isothermal forging press. The equipment, which will support production of rotating compressor and turbine disks for commercial and military jet engines, is expected to be operational in 2028 and is projected to increase output of these critical components by about 30 percent.

The funding will expand operations at the Columbus Forge facility, where compressor airfoils and high-strength disk components are manufactured for the company’s commercial and military engine platforms. The site is part of the broader Columbus campus that also includes the Columbus Engine Center, where maintenance, repair, and overhaul (MRO) work is performed on engines like the PW1100G-JM, V2500, PW2000, F117, and F100.

Shane Eddy
President
Pratt & Whitney

The latest investment at the Columbus Forge facility follows an 81,000-square-foot GTF MRO expansion at Pratt & Whitney’s Columbus Engine Center, located on the same campus. This expansion added advanced equipment and machinery that aligned with the company’s Industry 4.0 strategy. The facility’s annual capacity increased by more than 25%, adding critical overhaul volume to the GTF MRO network in support of the growing fleet.

The Columbus complex has grown from a small manufacturing facility to a manufacturing and overhaul center that now employs 2,600 people. “Since 2008, we have invested more than $1 billion to continue expanding the footprint and capabilities of our Columbus facility. This latest investment will increase output of critical parts for our growing military and commercial engine programs and underscores our ongoing commitment to ramp industrial capacity to support our [clients],” said Shane Eddy, president of Pratt & Whitney.

Press release is available in its original form here.
Main image shows Pratt & Whitney President Shane Eddy joined with Georgia Governor Brian Kemp and other company, state, and local leaders to celebrate two major expansions of Pratt & Whitney’s Columbus, Georgia facility on February 24, 2026.

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Vacuum Tempering Furnace Strengthens Aerospace Capacity

An international aircraft motion-control manufacturer is expanding its heat treat process capacity by ordering an additional low-temperature vacuum tempering furnace to support tempering, aging, and other sub-critical heat treating of precision components. The equipment will be used to maintain consistent thermal processing standards for aerospace applications.

The repeat order will be supplied by SECO/WARWICK‘s U.S. subsidiary. The furnace is a low-temperature vacuum tempering unit capable of operating up to 1380°F (750°C) within a 24 × 24 × 36 in (600 × 600 × 900 mm) work zone and supports a 1750-lb (~800 kg) load capacity. Designed to meet AMS2750F Class 2 temperature-uniformity-survey (TUS) requirements (±10°F/±5.6°C), it uses nitrogen convection for both heating and cooling, with final cooling provided by an internal recirculation blower and water-cooled heat exchanger for stable, efficient cycles.

Piotr Zawistowski
Managing Director
SECO/WARWICK USA

This additional furnace joins an existing suite of heat treat equipment at the manufacturer’s facilities, which already includes multi-chamber CaseMaster Evolution models and a Vector single-chamber high-pressure gas-quench vacuum furnace from SECO/WARWICK. These installations reflect long-standing collaboration on thermal processing solutions for aerospace components.

According to Piotr Zawistowski, managing director of SECO/WARWICK USA, the ongoing investments by this aerospace partner reflect confidence in the technical expertise and support provided by SECO/WARWICK and the performance consistency of its vacuum tempering solutions.

Press release is available in its original form here.

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Aero Heat Treater Enters New Growth Phase

A long-standing aerospace manufacturer has made a major investment in new thermal processing capacity, marking a new phase of growth for its in-house heat treating operations. This customized solution is representative of aerospace manufacturers continue to position themselves to support sustained production growth, tighter regulatory requirements, and increasingly complex materials.

The order was placed with Ipsen USA and consists of fully customized, non-standard thermal processing systems engineered to support advanced aerospace manufacturing requirements. While specific furnace types were not disclosed, the systems were designed to provide tighter process control, repeatability, and the ability to support complex materials and part geometries while aligning with evolving quality and certification standards.

Geoffrey Somary
CEO
Ipsen Global

The equipment order is a fleet-scale installation of thermal processing systems designed for advanced aerospace applications. Rather than expanding incrementally, the aerospace manufacturer elected to deploy multiple systems as part of a coordinated expansion of its heat treating operations.

CEO of Ipsen Global, Geoffrey Somary, says that large, repeat orders like this reflect long-term confidence built on consistent equipment performance, service responsiveness, and process expertise.

The scale of the order reflects how aerospace manufacturers are approaching in-house heat treating through larger, coordinated equipment investments intended to support long-term capacity planning and tighter control over critical thermal processes.

Press release is available in its original form here. Additional information provided by Ipsen.
Main image features Ipsen’s MetalMaster furnace, courtesy of Ipsen.

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Zero-Emission Heat Treating Gains Momentum

Sustainability pressures are reshaping heat treating as aerospace and automotive suppliers across North America face growing demands to reduce the carbon footprint of thermal processing. Lower-emission operations are increasingly influencing customer decisions, with companies seeking partners who can help meet bold decarbonization targets. Against that backdrop, Bodycote has reached a zero-emissions milestone that highlights how decarbonized heat treating can be achieved at scale.

Jim Fairbairn
CEO
Bodycote
Source: Bodycote

The milestone was achieved at Bodycote’s Derby and Rotherham heat treatment facilities in the United Kingdom, which now operate with zero direct carbon emissions. The plants, which specialize in heat treating turbine blades for Rolls-Royce jet engines, are fully electric and powered by 100 percent renewable electricity, eliminating the need for fossil fuels or carbon offsetting.

“Our customers, many with ambitious 2030 targets, are looking for suppliers who can support their decarbonization efforts. Recently, a customer with a 90% carbon reduction goal came to us because of the impact offered by our lower-carbon thermal processing. These are real demands, and the clock is ticking,” said Jim Fairbairn, CEO of Bodycote. The development reflects broader efforts to address industrial energy use while maintaining process reliability for demanding applications.

Source: Bodycote

Bodycote’s transition to zero emissions is achieved through investment in industrial heat electrification, energy efficiency, and renewable energy sourcing. A new closed-circuit adiabatic cooling system was recently introduced at the Derby plant, located alongside the Rolls-Royce site. Replacing evaporative cooling towers, this installation delivers electricity consumption savings — including peak-load reductions — of 73%, cuts water usage by more than 85%, and avoids the need for chemical dosing and cleaning.

“For Bodycote, leading in this space is not only the right thing for the planet, but also the right thing for our global business,” said Fairbairn. “As well as the progress made in Derby and Rotherham, we are running pilot decarbonization projects across Europe and North America.”

Those pilot efforts are intended to inform broader adoption across the company’s global footprint, including North American facilities serving aerospace, automotive, and other demanding markets. By sharing best practices and scaling proven technologies, Bodycote aims to support customer sustainability goals while maintaining quality, consistency, and process reliability.

Press release is available in its original form here. Additional information provided by Bodycote.

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Spectrum Thermal Processing Expands Aerospace Reach

Spectrum Thermal Processing, a heat treatment provider based in Cranston, Rhode Island, has joined a broader thermal processing network through a strategic acquisition that will bolster regional capacity and enhance service for precision aerospace and defense component manufacturing. The transaction strengthens Spectrum’s ability to deliver Nadcap-accredited and ITAR-compliant vacuum heat treatment, low-pressure carburizing, and gas nitriding services to clients in one of the nation’s most dense aerospace and defense corridors. It positions the company to provide improved proximity, shorter lead times, and greater supply chain resilience for critical component suppliers.

Jim Fairbairn
CEO of Bodycote plc
Source: Bodycote

Under the terms of agreement, Spectrum Thermal Processing becomes part of the Aerospace, Defence & Energy division of Bodycote plc, a global provider of specialist thermal processing services, in a deal that closed on January 14, 2026. The facility in Cranston brings an experienced team, strong technical reputation, and strategic position within one of the nation’s most dense aerospace and defense corridors, making it a natural fit for Bodycote’s growing U.S. network.

Jim Fairbairn, chief executive officer of Bodycote plc, said the acquisition reflects a commitment to investing in high-growth, high-value sectors and expanding capability where clients need it most, adding that Spectrum’s technical expertise and strong local relationships enhance service offerings for advanced heat treating needs.

Existing clients will continue to work with the same team and maintain current service levels, while gaining access over time to Bodycote’s broader global network and specialist technologies.

Press release is available in its original form here.

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Haynes Advances Alloy Production with New Radial Forging Line

Haynes International Inc., has commissioned a new hydraulic radial forging line to increase its production of nickel- and cobalt-based alloys, serving markets such as aerospace and chemical processing in the United States. The integrated plant investment, which includes a forging machine, reheating and annealing systems, and automated material handling, is expected to improve production efficiency, metallurgical quality, and responsiveness to global demand while supporting growth in high-performance alloy manufacturing.

Slated for completion in 2027, the project features the SMX 800 / 25 MN hydraulic radial forging machine with a combined total pressing force of 100 MN, enabling direct conversion of ingots into billets and bars tailored for critical applications. The new line also incorporates cutting, loading, unloading, and bar finishing equipment to create a fully integrated solution that boosts throughput and supports advanced alloy processing.

Visualization of a radial forging line from SMS group, similar to the one to be installed at Haynes International’s Kokomo site in Indiana
Source: SMS group
Thomas Winterfeldt
Head of Forging Plants
SMS group

Supplied by SMS group, the radial forging line includes modern reheating and annealing furnaces designed to meet rigorous AMS 2750 temperature uniformity and tolerance standards, low-NOx burners to help maintain emissions below applicable environmental limits, and an integrated control system to manage production sequences with minimal operator intervention. Software tools, including Comforge®, will help optimize forging strategies based on real-time material behavior to improve yield and consistency.

At the core of the new capability is energy-efficient hydraulic technology that reduces installed electrical power requirements by roughly 50 percent while maintaining constant pressing force and precise process control. These features enable Haynes to deliver high-performance alloy products more efficiently while maintaining metallurgical quality to serve expanding needs in aerospace and other advanced industrial sectors.

Thomas Winterfeldt, head of forging plants at SMS group, said the project reflects a continued focus on pushing the limits of capability and efficiency in forging technology to meet material requirements in aerospace applications.

Press release is available in its original form here.

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Major U.S. Bearing Manufacturer Invests in 2 LPC Furnaces

A major U.S. bearing manufacturer has ordered two advanced vacuum heat treat furnaces, reinforcing its commitment to precision manufacturing and capacity growth. The investment supports rising demand across the bearing industry, where consistent metallurgical performance is critical for industrial and aerospace applications.

The manufacturer purchased two identical Vector single-chamber vacuum furnaces equipped for low-pressure carburizing (LPC). One system will be installed at an established aerospace-grade production facility, while the second will support a newly acquired plant transitioning from legacy heat treat equipment to LPC technology for production and potential R&D use.

Piotr Zawistowski
Managing Director
SECO/WARWICK USA

Each furnace features a 36″ × 36″ × 48″ hot zone, horizontal loading configuration and 15-bar high-pressure gas quench (HPGQ), providing process flexibility and repeatable results for demanding applications. Standard options include a sound enclosure, automatic door, maintenance platform and customer-specified instrumentation to meet internal quality requirements.

SECO/WARWICK USA is supplying both systems. “These contracts demonstrate how manufacturers continue to invest in advanced LPC technology to enhance throughput, improve metallurgical performance, and ensure long-term processing reliability,” said Piotr Zawistowski, managing director of SECO/WARWICK USA.

Press release is available in its original form here.

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