Catalogue of equipment
SPB with horizontal ram – Type AN-E-S (ASK)
Features:
- capacities from 6 m³ to 14 m³
The static Husmann screw compactor HSP-E is ideal for compacting cardboard boxes, foils, fruit crates or residual waste. It is characterized by its robust, low-wear construction and minimal noise development.
Bulky Waste Compactor – Type SM SEL-E with Extra-large filling opening, extremely robust construction, specially designed for use in demanding environments such as compacting bulky waste and old furniture.
Portable Compactors for truck with hook type (Hook-, wire- or chain lift).
HUSMANN SPB for hook lifting trucks is available in standard versions with one capacity from 8 m³ to 24 m³.
CONTACTS
Need expert help choosing the right solution?
Contact us!
When choosing equipment, it is most important to assess:
- The type and amount of waste that will be handled daily or seasonally.
- Performance requirements – how many tons or cubic meters per hour the equipment must process.
- Available space and logistics conditions – whether the equipment will be stationary or mobile.
- The level of automation – from manual control to fully automated lines.
Our specialists perform a needs analysis, prepare a technical proposal, and help you avoid mistakes in selecting equipment that is too large or too small.
- Reliable European manufacturers – equipment from Germany, Austria, and Italy.
- The entire cycle from a single source – supply, installation, service, parts, and rental.
- A sustainable approach – energy-efficient, durable, and CE-certified equipment.
- Operations across the Baltic States – we work in Lithuania, Latvia, and Estonia.
- Warranty and post-warranty service – quick response and spare parts.
By choosing RB Baltic, customers get not only equipment, but also a partner who cares about the outcome throughout the entire project.
Yes. Our team can design the entire process – from waste reception, shredding, screening, and sorting to pressing or composting.
We can prepare:
- A technical layout according to local conditions.
- Performance and energy calculations.
- Equipment integration into existing systems.
- A service and maintenance plan.
In this way, we create an efficient, economical, and durable system that increases recycling efficiency and reduces costs.
