Discover precision and quality with the IRM Custom Hot Lab Rolling Mill, crafted for laboratory excellence. This new model by IRM ensures unparalleled performance in laboratory rolling mills, elevating your research and development capabilities.

Discover precision with the new IRM Model 4060 4" x 6" 2-High Laboratory Rolling Mill, designed for excellence in laboratory applications. Experience advanced engineering and reliable performance. Make it an essential addition to your facility today.

📌 Ruesch Model 189 Precision Ring Slitter – Overview This is a precision ring-type slitting machine designed for ultra light-gauge slitting applications — ideal for cutting thin coil material into narrower strips with accuracy. 🛠 Key Features & Description Manufacturer: RUESCH Model: 189 Type: Ultra Light-Gauge Slitting Machine Condition: Factory-refurbished by IRM and available in excellent condition for performance-driven tasks. Performance & Capabilities: Built as a precision ring slitter, this machine is tailored to slit very light material — making it suitable for applications where tight tolerances and clean cuts are required. Includes payoff and double recoilers to handle material feed and recoiling efficiently. Max material width: approximately 12 inches (304.8 mm). 📊 Typical Usage Precision ring slitters like this model are commonly used in coil processing lines where high accuracy and repeatable slit widths are essential — particularly for thin gauge metals such as aluminum, brass, or light steel sheet.

The IRM Model #2560 2-High Laboratory Rolling Mill is a compact, industrial-grade rolling mill engineered for laboratory, R&D, pilot-scale, and specialty rolling applications. Designed and built by International Rolling Mills (IRM), this machine delivers higher stiffness, torque, and process control than other light-duty bench rolling mills, making it well suited for repeatable metallurgical work and controlled process development. The mill is powered by a new 1.5 HP inverter-duty AC gearmotor with a VFD supplied as standard, providing smooth, high-torque operation across the full speed range. This drive configuration enables precise speed control and stable low-RPM rolling, which is critical when processing thicker stock, higher-strength alloys, or running experimental pass schedules. The IRM #2560 is equipped with high carbon chromium alloy steel rollers hardened to approximately 62 Rockwell C. Hardened rolls provide excellent wear resistance and dimensional stability, helping maintain roll geometry, surface finish, and consistent reductions over repeated rolling passes. This contributes to improved repeatability, longer roll life, and reliable performance when processing more demanding materials. A rigid industrial frame, precision roll alignment, and robust bearing arrangement allow the mill to maintain roll geometry under load, supporting consistent reductions, improved surface quality, and dependable results across multiple trials. The compact footprint makes the IRM #2560 well suited for laboratory environments while still offering capabilities beyond typical bench-top rolling mills. Key Features 2-High rolling mill configuration for laboratory and R&D use New 1.5 HP inverter-duty AC gearmotor with VFD Hardened high carbon chromium alloy steel rolls (~62 HRC) High-torque, low-speed capability for controlled rolling Rigid industrial frame designed for stability under load Precision roll gap adjustment for accurate thickness control Compact footprint suitable for laboratory environments Available Optional Features & Upgrades Heated Roll Package – Electrically heated rolls with closed-loop temperature control for warm and hot rolling applications Load Cells – Integrated separating force measurement for real-time process monitoring and validation Digital Height Indicators – High-resolution digital roll gap readout for improved setup repeatability 0.500″ Maximum Roll Gap – Expanded opening for thicker or higher-strength materials Mobile Package – Heavy-duty base with casters for easy repositioning within the lab or shop Data Acquisition System – Optional logging of force, position, and process parameters for analysis and reporting Built for Research-Grade Rolling The IRM #2560 is designed for engineers, metallurgists, and researchers who require controlled rolling conditions, meaningful torque, and optional instrumentation—not just material forming, but repeatable, data-driven process development. Its modular configuration allows the mill to operate as a straightforward rolling platform or expand into a fully instrumented research system as application needs evolve. Images shown are representative of the machine. The actual mill may differ in appearance based on configuration, options, and final build.

The IRM Model 2050 5" x 8" 2-High Laboratory Rolling Mill is a robust, industrial-grade rolling mill engineered for laboratory, R&D, pilot-scale, and specialty rolling applications. Designed and built by International Rolling Mills (IRM), this machine bridges the gap between bench-scale lab mills and production equipment, delivering the stiffness, torque, and separating-force capacity needed for heavier reductions, wider strip, and higher-strength alloys, while retaining the precision and process control researchers depend on for repeatable metallurgical work. With 5" diameter work rolls, an 8" roll face, and approximately 75,000 lbs of separating force, the 2050 offers substantial roll-bite capacity and load capability, making it well suited for processing thicker incoming stock, running aggressive pass schedules, and supporting pilot and pre-production trials where lab results need to scale toward manufacturing. The mill is equipped with high carbon chromium alloy steel work rolls finished to a satin surface. The high carbon and chromium content provides excellent wear resistance and dimensional stability, helping maintain roll geometry, surface finish, and consistent reductions over repeated rolling passes. This contributes to improved repeatability, longer roll life, and reliable performance when processing more demanding materials. Roll gap is adjusted through dual handwheels, allowing both simultaneous and independent adjustment, giving the operator fast centerline height changes as well as fine control over parallelism and wedge. The mill is powered by a 7.5 HP drive with all new electrical controls and a new variable-speed AC inverter, providing smooth, high-torque operation across the full speed range. This drive configuration enables precise speed control and stable low-RPM rolling, which is critical when processing thicker stock, higher-strength alloys, or running experimental pass schedules. A rigid industrial frame, precision roll alignment, and robust bearing arrangement allow the mill to maintain roll geometry under the high loads generated by the larger rolls, supporting consistent reductions, improved surface quality, and dependable results across multiple trials. Entry and exit tables are installed to support material handling through the roll bite, and all nip points are guarded for safe operation. The machine runs on 220V 3-phase power. Key Features 2-High rolling mill configuration for laboratory, R&D, and pilot-scale use 5" diameter x 8" face high carbon chromium alloy steel work rolls, satin finish Approximately 75,000 lbs separating force capacity 7.5 HP drive with new variable-speed AC inverter and new electrical controls Dual handwheel roll gap adjustment, simultaneous or independent, for precise thickness and parallelism control High-torque, low-speed capability for controlled rolling of demanding materials Rigid industrial frame designed for stability under high separating loads Entry and exit tables installed for material handling Guarded nip points for safe operation 220V, 3-phase Available Optional Features & Upgrades Heated Roll Package: Electrically heated rolls with closed-loop temperature control for warm and hot rolling applications Load Cells: Integrated separating force measurement for real-time process monitoring and validation Digital Height Indicators: High-resolution digital roll gap readout for improved setup repeatability Mobile Package: Heavy-duty base with casters for easy repositioning within the lab or shop Data Acquisition System: Optional logging of force, position, and process parameters for analysis and reporting Built for Research-Grade Rolling The IRM 2050 is designed for engineers, metallurgists, and researchers who require controlled rolling conditions, meaningful torque and force capacity, and optional instrumentation. Its modular configuration allows the mill to operate as a straightforward rolling platform or expand into a fully instrumented research system as application needs evolve, supporting repeatable, data-driven process development at a scale that translates toward production. Images shown are representative of the machine. The actual mill may differ in appearance based on configuration, options, and final build.

📌 IRM Model 310 Precision Slitting Machine – Overview Manufacturer: IRM (International Rolling Mills) Model: 310 Precision Slitter Category: Ultra Light-Gauge Slitting Machines Condition: New – In-Stock Includes: Payoff and Recoiler 🛠 Description The IRM Model 310 Precision Slitter is an industrial slitting line designed and built by International Rolling Mills (IRM) for ultra light-gauge slitting applications. It is engineered to provide high precision and performance in cutting coils or light gauge material into narrower strips, making it suited for applications that demand consistent slit width and clean edge quality. Exceptional Precision: Built to deliver accurate and repeatable slitting for thin gauge materials. Integrated Payoff & Recoiler: Comes with material payoff and recoiling equipment for streamlined operation. New & Ready for Installation: Offered in new condition and available for immediate purchase.

Stanat Model TA-315 1.5" x 5" x 8" 2-High / 4-High Hot Laboratory Rolling Mill

Introducing the Stanat TA-215 0.875" x 4" x 6" 2-High/4-High Reversing Rolling Mill, equipped with coil winders. This new combination mill is IRM factory refurbished, designed for superior performance and precision in demanding applications.