• Wood handling
• Chemical pulping
• Recausticizing
• Pulp drying
• Process overview
• Improvement products
• Air filter
• Bale press – Belt guide
• Bale press – Expander pin
• Bale press – Photocell upgrade PR-15
• Bale press – New pre-press and return cylinder design
• Bale stack binder – Upgrade packages for type BBA-2124
• Bale stack binder – Upgrade packages for the press unit
• Bale stacker – Upgrade package for type SLA
• Cutter Layboy
• Cutting arm with replaceable cutting edge
• DryWay Wet end
• Exchange valve for PFC/PAM presses
• Exchange valve V5
• FillMax
• Folding machines – Upgrade packages for type VKC
• Hydraulic hoses instead of pipes
• Improved oil cooler/filter unit
• Improved used oil tank
• New downfeed device for slab press
• New main pumps
• New main valve unit
• Optimized oil filtration
• Robotyer – Upgrade packages for type BBE-1006
• Robotyer – Upgrade packages for type BBE-2124
• Slab press – Press stamp with separate hydraulic cylinder
• Slab press – Rebuild of infeed motors
• Slab press – Rebuild of press moulds
• Tension bars
• Tying machines – Upgrades for type BBA/BBC-1207
• Wire Cage
• Spare and wear parts
• Workshop services
• Agreements
• Mill site services
• Filter fabrics and services
• Mechanical pulping
• Fiberboard
• Recycled fiber

Slab press - More efficient charging of infeed screws

The new design of the downfeed device means more efficient charging of fiber to the feeder screws at the bottom of the chute.

To obtain the best performance it is important that the feeder screws are completely filled and provide maximum feeding. The new downfeed device, with spikes instead of lateral bars, provides more even and effective feeding to the feeder screws.

This ensures optimal form filling which is a prerequisite for an even bale weight.

Installation
The downfeed device has the same storage and operation as the previous models, which means easy installation.