XENA-I ROTARY BL / Bi-Layer Rotary Tablet Press 

Designed for both R&D and small-scale production, the XENA-I ROTARY BL offers versatile single-layer and bi-layer capabilities.

Fully compatible with all punch types, it offers flexibility to meet diverse production needs. 
The XENA-I ROTARY BL  features specialized suction devices that prevent the mixing of layers, ensuring the integrity of each tablet.

Key features include pressure measurement at critical points– tamping, pre-compression, compression, and ejection- allowing precise control over tablet quality.

While tailored for R&D and small applications, the  XENA-I ROTARY BL is also ideal for scaling up, with data and parameters gathered during R&D easily transferable to larger production scales, ensuring consistent quality throughout.
The 12.1″ panel PC and integrated sensors allow easy monitoring and enhance safety during operation.

Specification

• Station: 10
• Type: Euro D or B or D&B
• Maximum Main Compression: 60 kN (6 tons)
• Maximum Pre-Compression: 10 kN (1 ton)
• Maximum Filling Depth: 18 mm
• Upper Punch Penetration: 1~4 mm
• Maximum Second-Layer Insertion Depth: 6.5 mm
• Maximum Tablet Diameter: Ø25 mm
• Maximum Tablet Thickness: 8 mm
• Turret: Invertor Control/ 2.2 kW, Speed: ~30 RPM
• Feeder: ~60 RPM [Type: Mechanical (Standard) / Open (Option)]
• Pitch Circle Diameter of Turret: Ø230 mm
• Filling Cam: 4~10 mm, 8~14 mm, 12~18 mm
• Size:
  1740 (H) x 700 (W) x 780 (D) mm [Without Hopper, Panel PC] 
  1880 (H) x 1120 (W) x 780 (D) mm [With Hopper, Panel PC]
• Power: 3-phase, AC 220 V, 50/60 Hz, 4 kVA (30 A)
• Compressed Air: 5 bar
• Weight: 1000 kg (approx.) 

Control Part

• 12.1” Panel PC
• All Controls are on One Screen
• Sampling: Feeder 2 Reverses Back at the Beginning of Sampling
• Punch Tooling: Inching Control & Replace Both Upper and Lower Punches in One Section
• Powder Detection: Equipped with Powder Detection Sensor (Feeder 1 and 2)
• Automatic Control Device for Filling Depth
• Automatic Detection of Filling Cam by Type
• Alarm and Stops by Interlock as the Door Opens During Operation
• A Separate Special Suction Device has been used to minimize the Layer Mixing by Using Two First and Second-Layer Suction Bars
• 1st and 2nd Feeder with a Suction Function
• Multi-Recipe Function
• Real-time Pressure (Pre / Tamping / Main / Ejection) Monitoring
• Data Graph Display & Save (DAQ Program-Data Acquisition)