High-speed pharmaceutical tablet compression system for production and pilot batches
Specialist dealers — search these first
EquipNet
Global marketplace for process and pilot equipment
Surplus Solutions
Pharma and biotech process equipment specialists
BioSurplus
Life science surplus — curated biotech gear
Heritage Global
Pharma facility liquidation auctions
LabX
Lab equipment marketplace — dealer + private listings
Kitmondo
Used process and laboratory equipment, EU focus
eBay rarely carries pilot-scale equipment at this quality level. Specialist dealers above are the primary market.
Live listings for Korsch · XL100
Not ready to buy yet?
Set a target price — we'll email when a match appears on eBay.
Not sure what to buy?
Pilot scale purchases are high-stakes. I can help you evaluate specific listings, assess GMP documentation, and identify the right seller.
Get free advice →Before you buy — what to inspect
Fette presses are built to last 30+ years with proper maintenance. Used machines from reputable pharmaceutical companies often have excellent service records and can be fully reconditioned. The P1200 is ideal for pilot/small production, while the P3090 and 102i are production workhorses. All Fette models maintain excellent parts availability and service support. Buying used Fette is the smartest choice in this market - you get 90% of new machine performance at 30-50% of the cost.
Checklist: Inspect turret bearings and cam tracks for wear, test all punch force instrumentation, verify the force feeder paddle condition, check that control system software is current enough for 21 CFR Part 11 compliance, request maintenance logs showing regular lubrication and bearing replacement schedules, test compression force accuracy across all stations, inspect dust extraction system, verify all safety interlocks function properly.
Korsch presses rival Fette in quality and are equally respected in pharmaceutical manufacturing. The XL100 is perfect for R&D and pilot production with exceptional instrumentation. Korsch machines feature modular design for easy maintenance and are known for precise tablet weight control. Used Korsch presses from pharmaceutical facilities are excellent investments. Slightly less common than Fette in North America but parts support is excellent.
Checklist: Test the innovative Korsch force control system thoroughly, inspect compression rollers and bearings, verify tablet weight control accuracy, check control system compatibility with current validation requirements, examine the modular frame for any cracks or stress, test product discharge and dust collection systems, verify complete technical documentation is available.
IMA acquired several tablet press manufacturers (Kilian, Vector, Comprima) and offers excellent machines. The T100 and Synthesis are superb for pilot work, while T200 and Perfecta are production machines. Used IMA presses often come from major pharmaceutical companies upgrading equipment. Build quality is excellent and parts support through IMA North America is strong. Slightly better pricing than equivalent Fette models in the used market.
Checklist: Verify which specific IMA brand (Kilian vs. Vector vs. Comprima) as parts sourcing differs slightly, test compression force monitoring on all stations, inspect the feed frame and turret for wear, check control system age and supportability, verify dust containment system integrity, examine punch guides for excessive wear, test weight control accuracy.
Manesty (now owned by Bosch) built legendary tablet presses that are still running in facilities worldwide. The Betapress is highly regarded for pilot work. Older Manesty machines (pre-Bosch acquisition) are robust but may have outdated controls requiring upgrades. Post-Bosch machines have modern controls and excellent support. Used Manesty presses are often undervalued relative to their capability, making them smart purchases if you find one with good service records.
Checklist: Determine exact vintage and whether pre- or post-Bosch acquisition (affects parts availability), inspect mechanical components which are very durable, plan for potential control system upgrade on pre-2000 machines, verify compression force capability meets your needs, check availability of tooling for your tablet sizes, examine cam tracks and compression rollers carefully.
Courtoy (acquired by GEA) makes excellent presses popular in Europe and increasingly common in North American pharmaceutical facilities. The R100 is ideal for pilot/small production with advanced features. Used Courtoy machines often represent good value as they're less sought-after than Fette but deliver comparable performance. GEA provides parts and service support. Good choice if you can find one from a reputable pharmaceutical facility.
Checklist: Verify GEA service support availability in your region, test the sophisticated Courtoy instrumentation systems, inspect compression stations thoroughly, check that control system meets current compliance needs, examine the unique Courtoy turret design for wear, verify technical documentation and drawings are complete, test weight control and force monitoring accuracy.
Budget new alternatives
Nutraceutical manufacturers, non-FDA supplement production, or international markets with limited budgets
Generic pharmaceutical manufacturers, contract development organizations with moderate quality expectations
A rotary tablet press compresses powder or granular material into tablets through a continuous process involving die filling, compression, and ejection. The machine features a rotating turret holding multiple sets of punches and dies. As the turret rotates, the lower punches fill with powder from the feed frame, then upper and lower punches compress the material between them at the compression station, and finally the finished tablet is ejected. Modern pharmaceutical-grade presses include force feeders for consistent fill weight, pre-compression and main compression stations to remove air and prevent capping/lamination, and extensive instrumentation for monitoring compression force, tablet weight, thickness, and hardness in real-time. These machines must meet stringent regulatory requirements including FDA 21 CFR Part 11 compliance for electronic records, cGMP design with easy-to-clean surfaces, and validation capabilities. Pharmaceutical rotary presses range from small R&D units with 10-16 stations producing 10,000-50,000 tablets/hour to production models with 45-75+ stations producing over 500,000 tablets/hour. They're used for immediate release tablets, sustained release formulations, bilayer tablets, and specialty applications like orally disintegrating tablets.
The Fette P1200 is the gold standard for pharmaceutical pilot and small production, featuring 16 stations, tablet output up to 80,000/hour, and exceptional build quality that lasts decades. Fette presses are known for their robust German engineering, excellent serviceability, comprehensive instrumentation with individual punch force monitoring, and superior tablet quality consistency. The P1200 offers full cGMP compliance, tool-free cleaning, contained operation, and is FDA-validated at hundreds of pharmaceutical facilities worldwide. Parts and service are readily available, and the machine holds value exceptionally well. It handles tablets from 6mm to 25mm diameter and provides the production data quality needed for successful scale-up to larger presses.
What you lose: With budget options like Cadmach or Shanghai Tianhe, you sacrifice: precision instrumentation and individual punch force monitoring that's critical for quality control and validation; build quality and longevity (expect 10-15 year lifespan vs. 30+ for Fette); sophisticated weight control systems leading to higher tablet weight variation; ease of cleaning and tool-free disassembly features; comprehensive validation documentation and 21 CFR Part 11 compliance out-of-the-box requiring extensive additional work; responsive service support and parts availability; and resale value (budget presses lose 70-80% of value immediately vs. 40-50% for premium brands). You also get less capable force feeders resulting in more weight variation, inferior compression force control causing tablet defect issues, and control systems that are harder to validate to FDA standards.
What you keep: Budget rotary presses still deliver the fundamental capability to compress tablets at reasonable production rates (15,000-60,000/hour), basic multi-station operation with pre-compression and main compression, stainless steel product contact surfaces meeting basic GMP requirements, adjustable tablet parameters for different formulations, and adequate mechanical durability for moderate production volumes. You can still produce FDA-compliant tablets with budget presses—it just requires more operator skill, more extensive validation work, more frequent adjustments, and acceptance of wider specifications. For supplement manufacturers or non-FDA applications, budget presses can be perfectly adequate.
Rotary tablet presses in pharmaceutical manufacturing must meet extensive cGMP requirements. Critical considerations: all product contact surfaces must be stainless steel (316L preferred) with sanitary finish; the design must allow complete cleaning validation with no areas where product can accumulate; the machine should support CIP (clean-in-place) or at minimum tool-free disassembly for cleaning; electronic systems must comply with 21 CFR Part 11 for audit trails, electronic signatures, and data integrity; installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ) protocols must be available; the press should include environmental monitoring points for dust containment; change control procedures must be in place for any modifications; preventive maintenance must be documented and validated; and the machine should produce tablets meeting USP specifications for weight variation, friability, hardness, and dissolution. Used presses require re-qualification in your facility. Budget $25,000-$75,000 for complete IQ/OQ/PQ depending on press size and regulatory requirements.