Warehouses S-100 – S-400

• Goods receipt and incoming inspection
• Storage of raw material and intermediate products, separated by organic and conventional goods
• 6,000 pallet storage positions
• CO2 disinfestation with natural carbon dioxide from volcanic origin

Photovoltaic systems

• Photovoltaic systems on several roofs and façades generating up to 390 MWh of electricity per year

Herbal drugs processing

• Cutting, sieving, cleaning of herbs
• Removal of foreign parts from the herbal raw material (unique automatic sorting machines)
• 20 – 70 % waste

Tea production

• Production of 200 different Salus teas in filter bags or block bottom bags
• Fruit teas, herbal teas, medicinal teas
• 300 tea bags per minute and per machine

Warehouse S800

• High bay warehouse for finished products and packaging materials
• 3,000 m² surface area
• 8,000 pallet storage positions
• Distribution of goods to more than 60 countries worldwide

Hydro-electric power plant

• Two hydro-electric power plants generate 2.000 -2.700 MWh of electricity per year
• Depending on the water level in the stream, Salus produces 60 – 90 % of its own green energy

Production of liquids

Packaging of liquids

• Line 1 (finished products)
  • 250 ml, 500 ml and 700 ml tonics
  • Output: more than 100,000 bottles daily
• Line 2 (samples and drops)
  • 10 ml, 15 ml, 20 ml, 50 ml and 100 ml
  • Output: more than 60,000 bottles daily 

Production of extracts

• Extraction of active ingredients of the herbs in big mixers
• Modern process control system
• Addition of other ingredients as e.g. minerals
• Concentration of some extracts through evaporators
• Vacuum-drying and pulverisation of some extracts (for solid dosage forms)

Construction site

• New construction of production and laboratory building to meet current and future legal requirements regarding pharmaceutical production
• Sustainable and modern design
• Construction time approx. 2 years

Salusteria

• 100 % organic meals for around 300 employees
• Built in 2014 with regional and mostly natural materials
• Focus on energy efficiency: 
  • Building is heated with waste heat from production and cooled with river water
  • Ventilation system with heat recovery system
  • LED technology for lighting

Laboratory

• Laboratory takes part in the selection of suppliers and raw materials
• Monitoring of every production step
• All product batches for food or medicinal products are extensively tested (beyond the legal requirements)
• 11,000 analyses per year: content of active substance, purity, identity, sensory tests, residue analytics (e.g. pesticides, heavy metals, pyrrolizidine and tropane alkaloids, mycotoxins, polycyclic aromatic carbons etc.), microbiological tests