Tea Compressing and Modeling Machine T4020 / TD4020

Tea Compressing Modeling Machine

Tailift TD4020, a new generation of tea compressing and modeling machine that exhibits extremely high speed in tea compressing. Compared with the traditional tea making methods, this machine provides 1.5 hours faster operation and better tea-leaf appearance and quality as well.

Features of Machine

  • The machine interior is manufactured from stainless steel for safety and sanitation, and features approximately ±0.5mm tightness, high precision and minimum tea leaves loss. Better tea-leaf appearance and quality than conventional tea-making process.
  • Great capacity is of up to 60kg (100 Taiwan catty).
  • Single cycle time is about 56 seconds (pressure retention 3 sec.; pressure keeping 3 sec.)
  • Extra large main cylinder (d180) combined with increased surface pressure of 33.5 kgf/cm² result in faster tea-leaves forming and more uniform pressure.
  • The use of mechanical limit switches to replace electronic proximity sensors prevents erroneous motions due to unstable power source in the mountain area.
  • Eliminating the use of a conventional water cooling system for the power unit (a risk of mater penetrating into oil), Tailift machine employs air cooling system (risk free).
  • Equipped with a human-machine interfacing controller, allowing for presetting parameters up to 8 sets (pressure values) for increased convenience in machine operation.
Item Unit T4020 TD4020
Motion cycle (without tea-leaves) sec. 48
Inlet port size mm 990 x 480
Volume size mm 990 x 600 x 400h
Outlet port size (WxLxH) mm 480 x 420
Max. output force of main cylinder ton 50
Heat dissipation method - Air cooled (std.) / Water cooled (opt.)
Operation interface - 7” colorful HMI interface
Pressure control steps - 8
Voltage Volt. 200 220
Working pressure (Max.) bar 210 200
Tank capacity Liter 160
Machine weight kg 3140
Machine size (LxWxH) mm  2400 x 2150 x 1660
  • As the machine manufacturer conducts constant research and improvement, above specifications are subject to change without prior notice.