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REM Surface Engineering

Name: REM Surface Engineering
Address: 325 W Queen Street, Southington, CT, 06489, US
Telephone: (860)6216755

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REM Surface Engineering

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Inventors of the ISF® Process, REM is the world leader in superfinishing, metal finishing and surface engineering.

Proud to be doing business for over four decades, REM Surface Engineering is the preeminent surface engineering company in the world. While our focused industries have evolved, we have never wavered from our commitment to quality and innovation.

10/19/2026

Countdown to : 1 MONTH TO GO!

REM Surface Engineering is returning to Frankfurt for Formnext 2026, the premier global event for Additive Manufacturing and intelligent industrial production.

As the world leader in isotropic superfinishing technology, we’re excited to connect with industry leaders and demonstrate how our precision metal surface finishing solutions unlock the full potential of AM components.

COMING SOON to REM Germany: REM’s Extreme ISF® Chemical Polishing process for internal channels and additively manufactured components.

When: November 17–20, 2026
Where: Messe Frankfurt, Germany
Find Us: Hall 11.0, Booth E64

Planning your schedule? Comment below or send us a DM to book a meeting with our technical team in advance.

10/15/2026

🏆 REM Surface Engineering Wins the 2026 EPMA Powder Metallurgy Innovation Award!

We’re proud to announce that REM Surface Engineering’s Selective Chemical Declogging (SCD) process has been named the winner in the Process Category of the 2026 EPMA Powder Metallurgy Innovation Awards!

Recognized by the European Powder Metallurgy Association, SCD addresses a critical challenge in metal additive manufacturing: removing residual powder from complex internal passages that conventional cleaning methods often struggle to reach.

Using proprietary chemistry, SCD selectively removes unfused and loosely sintered powder while minimizing reaction with the consolidated metal substrate. This enables effective powder removal from intricate geometries, including heat exchangers, manifolds, and internal cooling channels.

This award recognizes the innovation and technical expertise behind a solution that is helping manufacturers push the boundaries of what’s possible with metal additive manufacturing.

A huge congratulations to our team for this achievement, and thank you to the EPMA for this recognition!

🔗 Read the full press release: https://www.remchem.com/news-item/rem-surface-engineering-honored-with-2026-powder-metallurgy-innovation-award/

10/07/2026

Visit REM Surface Engineering at booth 105 at the 5th Annual Hypersonic Innovation Conference on October 21-22 in Huntsville, Alabama.

Developing hypersonic capabilities demands reliability from every single component. REM’s ISF® and Extreme ISF® processes deliver the surface integrity required for advanced materials, propulsion, and thermal protection systems.

We’re excited to collaborate with defense leaders, engineers, and scientists at the 5th Annual Hypersonic Innovation Conference.

Event Details: hypersonicinnovation.com

10/05/2026

REM Surface Engineering is pleased to announce that Dr. Agustin Diaz will speak at the Additive Manufacturing for Space workshop at Chalmers University of Technology located in Gothenburg, Sweden on October 20, 2026.

Dr. Diaz will present "Beyond Surface Finish: Enabling Flight-Ready Metal AM Components for Reliable Performance." His presentation will detail our work in the post-processing of additive manufacturing components for critical aerospace applications.

The event is hosted by the Chalmers Thematic Area Space and co-organized by the CAM2 - Centre for Additive Manufacture - Metal and AM@Chalmers.

Learn more:

Centre for Additive Manufacturing Metal - https://www.chalmers.se/en/centres/cam2/
AM@Chalmers - https://www.chalmers.se/en/infrastructure/additive-manufacturing-at-chalmers/

10/02/2026

REM Surface Engineering will be attending the Additive Manufacturing for Oil & Gas Summit 2026 in Houston, Texas, on October 14 and 15, 2026.
channels, and lattices across materials including titanium, nickel alloys, stainless steel, and superalloys.

As the energy sector accelerates the commercial deployment of metal additive manufacturing, overcoming surface roughness and internal feature constraints remains critical for oil and gas components. REM Surface Engineering solves these post-processing challenges with our Extreme ISF Process.

Our chemical and chemical-mechanical surface finishing technologies reduce surface roughness, remediate surface and near-surface defects, improve corrosion resistance, and increase bending fatigue life for 3D printed parts. These capabilities extend to complex geometries, internal channels, and lattices across materials including titanium, nickel alloys, stainless steel, and superalloys.

Connect with our team in Houston to discuss how our isotropic superfinishing solutions can optimize your additively manufactured energy components.

Learn more here: https://www.remchem.com/events/additive-manufacturing-for-oil-gas-summit-2026/

09/30/2026

REM Surface Engineering will be at the Additive Manufacturing for Oil & Gas Summit 2026 in Houston, Texas, on October 14 and 15.

Energy sector environments demand highly durable components. Our Extreme ISF® Process significantly improves the corrosion resistance of 3D printed parts by remediating surface defects. We deliver these post-processing solutions across complex geometries and internal channels for materials like stainless steel, titanium, and nickel alloys.

Visit our table to discuss protecting your additively manufactured components.

Learn more: https://www.remchem.com/events/additive-manufacturing-for-oil-gas-summit-2026/

09/28/2026

REM Surface Engineering’s abstract, "Surface Finishing Of PBF-LB Stainless Steels Using Chemical And Chemical-Mechanical Polishing In Combination With Hot Isostatic Pressing (HIP) For Improved Mechanical Performance" has been accepted for presentation at the upcoming Euro PM 2026 Congress & Exhibition.

Dr. Agustin Diaz will be presenting our research on optimizing mechanical performance and finishing techniques for advanced materials.

The conference, which covers developments across powder metallurgy and advanced manufacturing sectors, including additive manufacturing and hot isostatic pressing (HIP), will take place in Budapest, Hungary, from October 11–14, 2026.

Session: Technical Session 8: Corrosion Resistant Alloys
Date & Time: Sunday, October 11, 2026 | 16:00 – 17:30
Location: Room F2

Attending Euro PM 2026? Join the session to learn more about how combining specialized surface finishing with HIP can enhance the structural and mechanical properties of 3D-printed stainless steel.

Learn more about the event and schedule here: https://www.remchem.com/events/euro-pm-2026/

Quintus Technology, Chad Beamer, Jim Shipley
USAF SBIR program

09/25/2026

REM Surface Engineering is proud to contribute technical expertise to an upcoming presentation at ASTM ICAM 2026 focused on internal flow surfaces in additively manufactured components.

Led by researchers at Pennsylvania State University and the Pennsylvania State University Applied Research Laboratory, the study "Characterization of Thermohydraulic Performance in Chemically Polished Additively Manufactured Heat Exchangers" evaluates the operational impacts of chemical polishing on fluid flow and thermal transfer efficiency.

REM contributed to this effort by delivering chemical polishing support and surface finish analysis to evaluate performance metrics in internal heat exchanger channels.

Contributors and Authors: Adrian Michael, Stephen Lynch, Josh Boykin, Agustin Diaz, Brady Sawyer, Edward (Ted) Reutzel

Date: September 29, 2026 (PM Session)
Location: Hyatt Regency Orlando

Read about REM isotropic surface finishing technology: https://www.remchem.com/
Event program: https://icam2026.amcoe.org/event/b3c763c4-0fb7-4429-bd69-ef1ecdfd1ffe/summary-1

09/23/2026

Surface preparation and thermal processing are critical to unlocking the full potential of additively manufactured superalloys.

At ASTM ICAM 2026, REM Surface Engineering will participate in an invited session highlighting a collaborative study: "Synergistic Effects on Surface Texture Optimization and Heat Treatments Post-Processing of Additive Manufactured Haynes 282."

This presentation brings together research and industry expertise from REM Surface Engineering, INZU Group - Ikergune, Quintus Technologies, EOS, and Chalmers University of Technology.

Authors: Dr. Agustin Diaz, Dr. Joshua Boykin, Patrick McFadden, Joshua Nittinger, Maria Azpeleta Gabilondo, Piera Alvarez, Diego Montoya-Zapata, Victor Grande, James Shipley, Shaafi Shaikh, Gowtham Soundarapandiyan, Eduard Hryha

Date: September 28, 2026 (PM Session - Invited)

Location: Hyatt Regency Orlando

Discover our isotropic superfinishing capabilities: https://www.remchem.com/

Conference details: https://icam2026.amcoe.org/event/b3c763c4-0fb7-4429-bd69-ef1ecdfd1ffe/summary-1

09/14/2026

Come see this in person at IMTS 2026 at McCormick Place in Chicago, September 14-19.

We recently partnered with Meltio to showcase the capabilities of Laser-Wire DED combined with REM surface refinement.

This project features a Stainless Steel 316L part printed in 9 hours and 50 minutes. It utilizes Meltio wire-laser DED to create intricate geometries and integrated internal channels, which allow fresh fuel to cool the walls during engine operation.

To address surface roughness, REM applied the Extreme ISF® Technology. The internal channel Chemical Polishing process reduced linear texture. Furthermore, the chemical-mechanical polishing process removed essentially all waviness from the inner and outer walls in 36 hours, leaving only deep residual valley features behind.

Read below to see the full specs and complete breakdown of this advanced additive fabrication project.

Learn more about REM’s surface refinement processes here: https://www.remchem.com/

Address

325 W Queen Street
Southington, CT
06489

Opening Hours

Monday	8am - 5pm
Tuesday	8am - 5pm
Wednesday	8am - 5pm
Thursday	8am - 5pm
Friday	8am - 5pm

Telephone

(860)6216755

Website

http://www.remchem.com/

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