Acme Manufacturing

?????????????????? ?????? ???????????? ?????????????????? ???????????? at MRO Americas 2025 ? Acme designs and builds ???????????? ?????????????? ?????????????? ?????????????????? ?????????????? specifically designed for jet engine component repair. In this video, Jack Fisher shares the ?????????????????? ?????? ?????????????????????????? Acme delivers in repairing High-Pressure Compressor (HPC) and High-Pressure Turbine (HPT) blades. Our ???????????????? ?????????????? ?????????????????? system delivers consistent, high-accuracy metal finishing, enabling quick and easy new part introduction. Regain a craftsman-like quality with Acme’s robotic component repair system. If you are attending the MRO Americas tradeshow April 8-10th in Atlanta, GA, s?????? ???? ?????????? #???????? to see a live demo of this system and connect with Acme’s experts in robotic metal finishing. Aviation Week Events Aviation Week Network FANUC America Corporation SCHUNK USA, SCHUNK - Hand in hand for tomorrow ATI Industrial Automation 3M, Norton Abrasives, Saint-Gobain, Weiler Abrasives Group #AvWeekEvents #AviationWeek

?????????????? ?????? ???????????? ?????????? ???????? Today, we proudly celebrate ?????? ?????????? ???? ???????????????????? at Acme Manufacturing! This milestone would not be possible without the support of our customers, partners, and the dedicated Acme team. Our story began in 1910, when Gustave Carlson founded Acme Manufacturing in a small Detroit, MI shop, crafting a single-spindle semi-automatic buffing machine to polish headlight bezels for the Ford Model T. Over the decades, we've introduced numerous innovations, such as the first centerless tube buffing machine in the 1920s and large-scale polishing systems for automotive components in the 1950s. Today, under the leadership of the fourth-generation Carlson family, we continue to provide innovative finishing solutions that enhance manufacturing. Over the next few weeks, we’ll share more iconic moments from Acme’s long-standing journey. #115Anniversary #RoboticProcessAutomation #Since1910?

?????????????? ???????? ???????????????? – ?????????? ???????????????????? ???????????????????? This robotic grinding cell was built around 4 FANUC America Corporation M710iC/50F robots, each with a 50Kg payload, working in parallel to grind weld seams on steel electrical enclosures. Each robot is dedicated to a specific corner, enabling the system to finish parts fast with a 45-second cycle time. We partnered with PushCorp to provide high-torque, servo-driven spindles and active force-compliant slides, enabling control over the grinding process. Utilizing 3M abrasive disks, this combination easily removes the welds, preparing the surface for painting. Various-size parts were randomly presented to the system on a roller conveyor, and the system would adaptively adjust programs based on part size. Once a manual and time-consuming task, Acme was able to help this customer achieve repeatable finish results and refocus employees on more meaningful work. AMT - The Association For Manufacturing Technology IMTS - International Manufacturing Technology Show A3 - Association for Advancing Automation Automate Show #RoboticProcessAutomation #RoboticGrinding #RoboticMaterialRemoval

????????-?????????? ?????????????????? ???????????? – ???????????????????? ???????????????????????? ???????????? This high-speed Dual-Robot Deburring System was designed for deburring ID snap ring grooves on aluminum transmission shells. Using radial wire brushes, burrs are easily removed at an impressive rate of 257 parts per hour! ?????????????????????????? ?????? ?????????????? ??????????????: 1. Shells are loaded onto a roller-bearing conveyor track and presented to the Acme finishing system.? 2. FANUC America Corporation Robot #1 picks the part by the small diameter using a SCHUNK USA three-jaw pneumatic gripper EOAT.? 3. Burr’s are consistently located and only require 1 revolution in two positions. Large-diameter deburring takes place.? 4. The shell is transferred to robot #2 for small-diameter deburring.? 5. Parts are placed on a roller-bearing exit track that features a 90-degree repositioning tip-up device. This system was built to handle high-volume manufacturing demands, finishing 1.3M+ parts annually at 100% run time. Process force and media wear are monitored in real time to ensure repeatable results. It is a great example of robotic automation ?????????????? ?? ??????????, ????????, ?????? ?????????????????? ?????????????????????????? ??????????????. SCHUNK - Hand in hand for tomorrow #AutomotiveIndustry #RoboticFinishing #Automation #RoboticDeburring #RoboticProcessAutomation

Celebrating #PiDay at Acme with PIE! 3.14 is more than just a number, it’s a reason to celebrate! Our team of engineers took a well-deserved break to enjoy some delicious pie in honor of Pi (π), the mathematical constant that keeps the world of circles, gears, and calculations turning. Mathematics play a huge role in designing and building our robotic material removal solutions. Today, we’re having fun with it, one slice at a time! Gino Fiorani JD Schmidt Kyle Payne Sara VanDyke Sadie Denman Greg S. Powell Robert Thornton Brian Kulling Ryan Parker Fritz Carlson Jason P.

Celebrating the Women of Acme Manufacturing on International Women’s Day! Yesterday, we took a well-deserved coffee break to appreciate the women on our team. Their dedication, expertise, and hard work drive our daily success, and we’re grateful for everything they do. Here’s to the women shaping the future of manufacturing! Michelle Smith Katie A. Laird Anissa Saad Sara VanDyke Christina Buttigieg Karie Hunt, Terri Catchpole, Adriana Garbe Leza Vulaj #InternationalWomensDay #WomenInManufacturing #IWD2024

?????????????? ??????????????????????: Robotic Polishing & Buffing for Steel Truck Bumpers Not all robotic finishing systems are designed to deliver a fully finished part. This system provided a secondary finishing operation, using abrasive flap wheels followed by sisal buffing to prepare the steel bumpers for bright nickel and chrome plating. ?????????????? ????????????????????: ? ???????????????? ???????? ?????????? ?????????????????? & ?????????? ?????????????? – Achieves a smooth, defect-free finish before bright nickel and chrome plating. ? ?????????????????? ?????? ???????????????????? – Processing 6 to 10 bumpers per hour with proper manual prep. ? ???????????????? ?????????????? & ??????????????????????- Reduces tedious manual labor, providing a repeatable finish. FANUC America Corporation AMT - The Association For Manufacturing Technology IMTS - International Manufacturing Technology Show A3 - Association for Advancing Automation Automate Show #RoboticProcessAutomation #RoboticPolishing #RoboticBuffing

Celebrating National Surface Finishing Day! Today, we recognize the craftsmanship, innovation, and technology that drive the surface finishing industry! At Acme Manufacturing, we take pride in delivering advanced robotic finishing solutions to enhance part quality, efficiency, and repeatability across industries. From grinding and polishing to deburring and buffing, our automation solutions help manufacturers achieve precision finishes. Products Finishing #NSFD #NationalSurfaceFinishingDay #SurfaceFinishing #Automation #RoboticFinishing #AcmeManufacturing

Acme Manufacturing at Cast Expo 2025! Join us at CastExpo, the premier event for the metal casting industry! We’ll be showcasing our robotic material removal solutions for gate grinding, flash removal, and cut-off — helping foundries improve efficiency, safety, and overall part quality. Visit us at booth #1210 to learn about the benefits of robotic material removal. Enjoy this robotic deflashing application for Steel and Zinc Castings! This turnkey dual robot system is capable of deflashing 7 varieties of castings with speed and repeatability! Understanding The Robotic Finishing Process: 1. Raw parts are freely presented on an indexing conveyor belt. 2. FANUC America Corporation iR 2D Vision identifies part orientation and picks parts with a SCHUNK USA parallel pneumatic gripper. The grippers are automatically changed on demand using ATI Industrial Automation automatic tool change modules. 3. The 18-30 second finishing sequence uses coated abrasive belts on Acme-designed servo-controlled front floating dual contact wheel heads to achieve the required finish. 4. Castings are placed back on the conveyor belt. Learn more about the show: American Foundry Society

?????????????? ???????????????? ?????? ?????????????????? ???? ?????? ???????????? ?????????????????? ?????????? ?????????????? ? Check out this Acme robotic system engineered to achieve a seamless finish of stainless-steel pressure vessels and kettles for the industrial cookware industry. ? This dual robot system has dedicated cells for I.D. and O.D. finishing.? ? ?????? ????????????????: ? Dual FANUC America Corporation M-900iA/700 Robots ? 8 Abrasive Belt Grinding Heads with Force Control & Auto Belt Tracking ? Handles 18 Unique Part Styles Ranging from 6 Gallons to 150 Gallons ? Max Part Weight: 450 lbs. ? 29-minute Average Cycle Time ? ???????????????? ???? ??????????????????: 1. Parts are Placed on Staging Tables 2. I.D. Weld Grinding & Polishing 3. Robot Hand-off 4. O.D. Weld Grinding & Polishing 5. Parts are Placed on The Outgoing Cart ? This robotic material removal system ?????????????????? ???????????? ?????? ???????????? ?????????? ?????? ???????????????? ?? ???????? ???????????? ???????????? using various grades of coated abrasive belts. ? Learn more about Acme’s experience with robotic polishing: https://lnkd.in/g6NCeDnQ ? A3 - Association for Advancing Automation Automate Show AMT - The Association For Manufacturing Technology IMTS - International Manufacturing Technology Show #RoboticProcessAutomation #MetalFinishing #CookwareManufacturing #Automation #Robotics