Montessori Materials Explained: Multiplication & Division Bead Boards

November 3, 2025

For many children, learning the multiplication tables (and their flip-sided partners, division facts) can feel like a tedious rite of passage. However, in Montessori classrooms, we approach math facts in a concrete, hands-on manner that makes the process both engaging and memorable. 


Key tools in this process are the multiplication and division bead boards. 


The Multiplication Bead Board


This simple wooden board, with its rows of little indentations and bright red beads, allows children to see multiplication patterns and feel the quantities of a number a certain amount of times. 


The top of the board features the numerals 1 through 10, which represent the multiplier. A small card slot shows the multiplicand (the number being multiplied). Children move a red marker disk across the top to indicate the multiplier and then carefully count out beads into the columns below.


For example, if the multiplicand is five:


  • With the marker over “1,” children place five beads, counting aloud: “Five, one time is five.”
  • When they move the marker to “2,” children place another five beads and count again: “Five, two times is ten.”
  • With each step, children build the product: bead by bead and column by column.


The process is slow, deliberate, and deeply satisfying. Rather than focusing on memorizing facts, children are able to internalize the structure of multiplication. Soon, they begin to notice patterns (for example, 5x3 makes a rectangle that looks like a 3x5 rectangle flipped on its side), skip-count naturally, and recall products with ease.


This material bridges the concrete and the abstract. Eventually, children record their work in multiplication booklets and then check against a control chart. Through this repetition, math facts transition from hands-on practice to memory, without the pressure or rote drilling that can often frustrate young learners.


Dr. Montessori herself remarked on how children loved this material. She noted that multiplication—something traditionally dreaded—became so enticing that children even asked to take the bead board home!


We often introduce the Multiplication Bead Board around ages five to six, when children are eager to explore patterns in numbers. It provides both a strong foundation for future abstract math, not to mention the joy of discovery that comes when math becomes something tangible and meaningful!


The Unit Division Board


When approached abstractly, division can be a tricky math concept for children to grasp. Unlike addition or multiplication, where patterns are more predictable, division often results in remainders, creating an unpredictability that can be frustrating when only approached abstractly. 


In Montessori classrooms, we use the Unit Division Board to provide a more concrete, hands-on way to explore and internalize the process.


This material resembles the Multiplication Bead Board, but with one important difference: along the top of the board, there are indentations for small green peg-like figures (called “skittles”) that look like simplified versions of little people and that represent the divisor. The dividend (the total number to be divided) is shown with green beads, which children carefully distribute across the board. Along the left side are the numerals 1 to 9, showing the quotient.


For example, if the dividend is 18:


  • With nine skittles across the top, children share out the 18 beads equally. The answer in division is what one gets, so one of the “skittle people” gets two beads (showing that 18 ÷ 9 = 2).
  • If the divisor changes to six skittles, the same 18 beads can be shared among the three “skittle people,” showing that each one got three beads (18 ÷ 6 = 3).
  • If divided by four, children will discover that some beads can’t be shared equally. These extra beads—the remainders—become an important part of understanding how division really works.


Through repeated practice with different dividends and divisors, children begin to notice which numbers divide evenly, which don’t, and how multiplication and division are related.


Dr. Montessori emphasized that division is different from the other operations because it reveals limits, remainders, and exceptions. The Unit Division Board makes those discoveries visible. Children see, with their own eyes and hands, that not every number can be divided evenly, an important truth about how numbers behave. The Unit Division Board invites children into that discovery process. 


What could feel discouraging instead becomes an exploration, as well as an opportunity to discover patterns, and build a relationship with math that is based on confidence and joy!


We invite you to visit our classrooms here in  Milwaukee, Wisconsin, to see how children in Montessori build a positive relationship with math!

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In Part One of this series, we began exploring the eight Montessori principles that Dr. Angeline Stoll Lillard examines in her landmark book, Montessori: The Science Behind the Genius . As we saw, what makes these principles so compelling is that Dr. Maria Montessori's intuitions about children were a precursor to what decades of developmental science have since confirmed about how humans actually learn. In this second and final installment, we pick up where we left off, examining the remaining principles and the research that brings them to life. Whether you're a parent, an educator, or simply someone curious about what effective learning really looks like, these insights offer a fascinating window into the remarkable alignment between one woman's careful observations over a century ago and the science we have today. If you haven’t already, be sure to check out the previous four principles: Movement and Learning Are Deeply Entwined Choice Improves Both Learning and Well-Being Children Learn Best When They're Genuinely Interested Rewards Undermine the Motivation They're Meant to Build PRINCIPLE FIVE: Children Learn Powerfully from Each Other When you walk into a Montessori classroom, you’ll notice that children are almost always working near or directly with other children. Peer learning is one of the most effective forms of learning, and Montessori classrooms are deliberately structured to make it a constant. Much of this learning happens through observation. When a child watches a slightly older classmate work through challenging material, they're absorbing the technique and the possibility. They begin to see what they can do! Peer observation often drives a spontaneous "explosion" of writing or number awareness, spreading through a class (e.g., one child suddenly writing everywhere, then several more following). The mixed-age grouping in Montessori classrooms amplifies this. Younger children always have a visible horizon of what's coming next. Older children consolidate their own understanding by helping younger ones (which is one of the most effective learning strategies known). And the large, stable class community means children have time to build genuine relationships and observe one another across many contexts over several years. PRINCIPLE SIX: Meaningful Context Makes Learning Richer and More Lasting Children remember far more when what they're learning is connected to something real and purposeful. What the Research Shows In one study, three-year-olds were asked to memorize lists of items. When the lists were presented as shopping lists for a pretend store, the children remembered twice as many items as those who were simply told to memorize a list. Montessori education is built on this principle. Practical life activities such as cooking, cleaning, caring for plants and animals teach children that the skills they are learning connect to the real world. The Montessori curriculum is deliberately integrated. Vocabulary develops alongside sensorial exploration. Math concepts are entwined with concrete materials that make abstract ideas visible. Knowledge in one area consistently links to knowledge in others. This is why Montessori materials are not isolated exercises but part of a spiral curriculum that returns to the same ideas with greater depth and complexity as children grow. PRINCIPLE SEVEN: How Adults Interact with Children Shapes Everything The way an adult responds to a child's efforts has effects that ripple far beyond the moment. What the Research Shows Carol Dweck's research, now widely cited, demonstrated that a single sentence of feedback can set children on divergent trajectories. Children told "you must be smart" after succeeding at a problem later chose easier tasks, enjoyed them less, and performed worse after encountering difficulty. Children told "you must have worked hard" sought harder challenges, recovered from failure more readily, and improved their performance over time. The difference is in the delivery of one sentence! The implications are profound for how we talk to children about both their successes and their struggles. In a Montessori classroom, the adult’s role is carefully defined: to observe, to connect children to materials at the right moment, to step back when a child is productively engaged, and to step in only when something is genuinely unproductive or unsafe. This requires a great deal of precision and restraint. An adult who constantly intervenes, corrects, and directs trains children to look outward for approval. An adult who observes and offers at the right moment helps children learn to look inward. Consistency and long-term relationships also matter. The multi-age grouping in Montessori means that children spend multiple years with the same adults, building the kind of attachment and trust that research consistently links to stronger learning outcomes and healthier social-emotional development. PRINCIPLE EIGHT: Order in the Environment Supports Order in the Mind The Montessori classroom's distinctive aesthetic reflects a deep understanding of how the environment shapes cognition. What the Research Shows Research consistently shows that noise, clutter, and unpredictability are cognitively costly for children. When an environment is chaotic, children spend precious mental energy managing uncertainty rather than engaging in learning. Temporal order matters as much as spatial order. The three-hour uninterrupted work cycle (a hallmark of Montessori classrooms) gives children long enough stretches of focused time to move from initial engagement to deep concentration and, eventually, to the kind of absorbed flow that produces real intellectual development. Frequent interruptions (bells, transitions, whole-class pivots) train children to work in short bursts and to constantly reorient. The three-hour cycle allows children to go deep. Children in Montessori classrooms are also responsible for maintaining their environment by returning materials to their proper place, caring for plants and classroom spaces, and treating everything with consideration. This care builds the child's relationship to order as something they participate in creating rather than something imposed from the outside. Even noise levels matter in ways that go beyond comfort. What the Research Shows Research cited by Dr. Lillard found that across all ages, noise was one of the most consistently negative influences on cognitive development, partly because it interferes with the auditory discrimination that underpins both reading and vocabulary development. The quiet that characterizes a well-functioning Montessori classroom is the natural result of many children deeply absorbed in their own work. What makes Dr. Lillard’s work so valuable because it validates the Montessori method and gives the why behind practices that can otherwise seem puzzling from the outside. There are important reasons why Montessori teachers don't correct every error, why there are no gold stars, why the classroom is so quiet, and why children seem to do the same work over and over. This approach to education is deeply rooted in creating conditions in which children's natural drive to learn can develop as fully as possible! To learn more, visit our school here in Milwaukee. And let us know if you would like to borrow a copy of Montessori: The Science Behind the Genius by Dr. Angeline Stoll Lillard! It is one of the most research-grounded books available on Montessori education, and we highly recommend it for anyone who wants to understand the deeper logic of Montessori!
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