Lab-scale calendering for process validation

IMC lab calenders deliver production-grade compression precision in compact and pilot-scale formats. These systems are designed for process development, material qualification, and sample production — generating calendering data that transfers reliably to production scale.

IMC lab-scale calender

The platform is a two-roll single nip calender; the table below covers the standard configuration and options.

Available features

Non-contact thickness gauging before and after the nip, real-time force measurement, temperature profiling, speed control with precise ramp capability, and full data acquisition for process analysis. Recipe management stores validated parameters for reproducible sample production.

Specifications

Roll size203 mm dia. × 300 mm face (larger roll packages available)
Max calendering force40 US tons (60-ton option available)
Max web width300 mm
Roll precisionHardened tool-steel rolls, precision ground to ±1.5 µm
Roll heatingElectric, to 150°C+
Line speedUp to 3 m/min
Operating modesGap calendering / pressure (live-nip) calendering — no changeover
OperationRoll-to-roll (unwind/rewind) or sheet-feed

Specifications shown are representative platform capabilities; each machine is configured to the application.

Standard options

60-ton force upgradeLarger roll packages (254 × 356 mm and up)Motorized wedge gap adjustmentDigital gap-assist readoutElectronic web guide (ultrasonic)Interlocked safety enclosureAir-inflation winder shaftsSheet feed traysWinder-less configurationUL or CE certification

Lab trial services

Bring your coated electrode samples, PTFE sheets, or specialty materials to our Birmingham laboratory. Our engineers will work with you to establish calendering parameters, evaluate thickness and density results, and generate the process data needed for production equipment specification.

Ready to own the machine?

IMC standard calenders — lab, pilot, and production tiers — carry your trial recipes onto a machine of your own with no translation loss.

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