The most unique abacus/stacker ever ... from Poland!
This is a very unusual toy, and it's unusually fun! What looks like a potential mess, is actually neatly fixed together. The 55 little wooden rings do come off the 10 pegs, but they remain trapped on the ropes. Lifting the little ball on the end of each rope causes the rings to return to their peg!
The Rope Abacus is a great way to engage kids in the concepts of colour, number, stacking, and counting. It sounds great to use, and it feels great to handle. When not being used, it looks remarkable on the shelf!
As always, every Bajo corner is perfectly rounded, smooth and beautiful. These toys are durable, flexible and incredibly beautiful ... the simple classics that you'll "keep for the grandkids".
The wood used to make Bajo toys is FSC certified and all Bajo toys conform to the rigorous European Standards EN 71, safety of toys. The colour, coatings and adhesives are all certified non-toxic.
Bajo make our very best wooden toys. Designed by Wojciech Bajor and his team of fun-specialists, Bajo toys represent everything we value in wooden toys.
Heritage
- Bajo toys have been designed and made in Poland since 1993
- They focus on design, education and environmental values
Features
- Ah ... ridiculously beautiful!
- Educational and just plain fun!
- Modular and flexible open ended play
- Minimal packaging waste
- Suitable for use at home
- Suitable for professionals in healthcare & education
- Predominantly wooden materials
- Assembly required : None, ready to play/use
Age Suitability
- Safety standards : 3 yrs+ (AS/NZS ISO 8124.1:2023)
- Safety standards : 0-3 yrs (AS/NZS ISO 8124.1:2023)
- Target age : 2-6 yrs (ideal developmental target)
- Non-toxic paints and materials of course!
Specifications
- 30 x 28 x 15 cm (approx.)
- 250 grams (approx.)
Care Instructions
- Keep clean by wiping it with a slightly damp cloth
- Do not immerse in water or damage will occur
- Keep out of prolonged exposure to direct sunlight
- Keep away from any direct heat sources
- Do not drop on hard surfaces