Machine Knit Fan Lace: A Complete Beginner’s Guide to Getting Started (Part 1 of 5)
If you’ve ever run your fingers across a delicate piece of lace fabric and wondered how on earth something so intricate and beautiful could come from a knitting machine, you’re not alone. Machine knit fan lace is one of those techniques that looks impossibly complex from the outside but becomes surprisingly approachable once you understand the underlying structure and learn how to work with your machine’s lace carriage or transfer tools. This is the first installment in a five-part series that will walk you through everything you need to know, from the very basics of lace construction on a knitting machine all the way through finishing and blocking your completed fabric. By the end of this series, you’ll have the knowledge and confidence to create stunning fan lace panels, scarves, shawls, and garment sections that genuinely look like heirloom handwork.
So let’s start from the beginning.
What Is Fan Lace, and Why Is It Different from Other Knit Lace?
Lace in knitting is created by deliberately transferring stitches from one needle to another, which creates a yarn-over hole where a stitch once sat. The resulting fabric has an open, airy quality that catches light and creates visual texture far beyond what a simple knit or purl structure can achieve. But there are many different kinds of lace, and fan lace specifically refers to a family of stitch patterns characterized by a radiating, fan-shaped motif. The transferred stitches move outward from a central point in a curved arrangement, and that arc of movement is what gives the pattern its fan or shell silhouette.
In hand knitting, you’d achieve this by carefully slipping stitches, working yarn-overs, and managing decreases across multiple rows, all while keeping track of where you are in a written or charted pattern. On a knitting machine, the same logic applies, but the execution is different. Instead of a needle and yarn in your hands, you’re working with a machine bed full of latch needles, and you’ll be using either a dedicated lace carriage, hand transfer tools, or a combination of both to move stitches into position. The principle is identical, but the rhythm of the work, the tools involved, and the way you read and execute a pattern are all specific to machine knitting.
Fan lace on a machine has a long history, particularly in the context of Brother and Silver Reed machines, which have extensive lace capabilities built into their punchcard and electronic systems. But the techniques are also accessible on simpler machines if you’re willing to do more of the transferring by hand. Throughout this series, we’ll discuss approaches that work across different machine types so you can adapt the information to whatever equipment you have available.
Understanding the Structure of a Fan Lace Motif
Before you sit down at your machine, it pays to understand what a fan lace motif actually looks like structurally. Most fan lace patterns are built around a repeat unit that includes three key elements: the eyelet holes that form the open sections of the fan, the plain knit areas that give the fabric its body and allow the eyes to read the pattern clearly, and the decrease points where two stitches are knitted together to compensate for the yarn-overs so that the overall stitch count stays consistent.
The fan shape itself typically emerges because the eyelets are arranged in a curved line that radiates outward from a center point or base, often over the course of several rows. In a classic five-hole fan motif, for example, you might have eyelets appearing in a staggered arrangement across five columns of stitches, with each eyelet sitting one stitch further out from the center than the last, and then curving back in on the other side. The result, when you look at the finished fabric, is a repeating arch or scallop that gives fan lace its characteristic organic, almost botanical quality.
The size of your fan will depend on how many eyelets make up the motif and how many rows the pattern takes to complete one full repeat. Smaller fans might complete in as few as six or eight rows, while more elaborate fan patterns can take twenty rows or more to complete a single vertical repeat. For beginners, starting with a smaller, more compact fan motif is absolutely the right approach because it lets you see the pattern come together quickly and gives you more opportunities to identify and correct mistakes before they compound across a large swatch.
Choosing the Right Yarn for Machine Knit Fan Lace
Yarn choice makes an enormous difference in how your fan lace fabric will look and behave, and this is an area where beginners sometimes make the mistake of defaulting to whatever yarn they have on hand without thinking through the properties that matter for lace.
The most important quality for lace yarn is clarity, meaning the yarn needs to show stitch definition clearly enough that the holes in your lace are actually visible as holes and not just a slightly looser area in an otherwise dense fabric. Fuzzy, hairy, or heavily textured yarns tend to obscure lace structure because the fibers bloom and fill in the spaces that should be open. This is why smooth yarns are strongly preferred for lace work, whether you’re knitting by hand or by machine.
Fiber content matters too. Wool and wool blends are popular for lace because wool has natural elasticity that helps stitches settle evenly and also responds beautifully to blocking, which is the process of wetting, pinning, and drying the fabric to its final dimensions. Blocking is particularly transformative with lace; a piece of fan lace straight off the machine can look cramped and unreadable, but after blocking it opens up dramatically to reveal all the detail of the pattern. If you’re new to lace, seeing what blocking does to a freshly knitted swatch is one of the most satisfying moments in the whole process.
Cotton and silk are also used for machine knit lace and produce a different aesthetic — crisper, with more drape and less elasticity than wool. These fibers are harder to block using steam or wet blocking in the same way as wool, but they create a lovely lustrous fabric that’s particularly beautiful for table linens, summer garments, and accessories.
For your first fan lace project in this series, a smooth, light-fingering or 2-ply laceweight yarn in a light or medium color is the ideal starting point. Light colors make it much easier to see what’s happening with your stitches as you work, and a smooth texture will give you the clearest possible view of your motif as it develops. Avoid dark colors for your first attempts; they make it very difficult to see where stitches sit on the needles and where transfers have been made.
In terms of yarn weight for machine knitting, the specific gauge recommendation will depend on your machine. Standard gauge machines (typically those with 4.5mm needle pitch) work well with fingering and laceweight yarns for lace patterns. Mid-gauge machines can handle slightly heavier yarns. It’s always worth swatching before committing to a project, but we’ll go into swatching in more detail in Part 2 of this series.
Machine Setup and Tools You’ll Need
Getting your machine properly set up before you begin is one of the most valuable habits you can build as a machine knitter, and it’s especially important for lace work because you’re adding complexity to the process. A machine that’s not running smoothly will cause dropped stitches, uneven tension, and skipped needles, all of which are frustrating enough in plain stockinette but genuinely discouraging when you’re trying to maintain a lace pattern at the same time.
Start with a clean, well-oiled machine. Machine knitting beds need regular cleaning to remove fiber buildup and old oil, and regular lubrication to keep the needles and carriage moving smoothly. The specific oiling procedure varies by machine brand and model, so if you’re not certain of the correct approach for your machine, consult your manual or look for manufacturer guidance online. As a general rule, light machine knitting oil applied sparingly to the needle bed and tracks before each session is a good practice.
Check that all your needles are in good condition. A bent or damaged needle will cause problems in any knitting, but in lace work where you’re manipulating individual stitches with transfer tools, a needle that doesn’t latch and unlatch cleanly can cause dropped stitches that are very difficult to recover from. Run your hand gently along the needle bed and look for any needles that are visibly damaged or that don’t move as freely as their neighbors. Replace damaged needles before you start.
For tools, you’ll need at minimum a set of lace transfer tools appropriate for your machine. Most machines come with a single-eye transfer tool, which lets you move one stitch at a time. For fan lace, you’ll also find it very useful to have a multi-transfer tool (sometimes called a transfer bar or transfer rake) that allows you to pick up and move several stitches simultaneously. These tools vary in width, with common options being a three-stitch tool, a five-stitch tool, and larger widths. Having a variety available gives you more flexibility in how you execute transfers.
If your machine has a lace carriage, you’ll want to familiarize yourself with how it functions and how to insert and read punchcards or program electronic patterns if your machine is capable. Lace carriage work is largely automated in terms of the transfer sequences, which is one of its significant advantages for complex all-over lace patterns. However, many beautiful fan lace designs are perfectly achievable with hand transfers, and some knitters actually prefer the control that hand transferring gives them, particularly for freeform or asymmetric designs.
A row counter, either mechanical or electronic, is also essential. Keeping track of where you are in your pattern repeat is critical with lace, and losing your place can mean unpicking several rows to get back to a point where the pattern makes sense again. Make it a habit to check and update your row counter with every pass of the carriage.
Finally, a light source positioned to illuminate your needle bed clearly is more helpful than it might sound. Working with fine laceweight yarn under good light means you’ll see what’s happening at the needle level and catch small problems before they become large ones.
Reading and Adapting a Fan Lace Pattern Chart for the Machine
Hand knitting lace patterns are typically written as charts, and machine knitters can absolutely use these charts as a starting point, but there are some important differences in how you translate a hand knitting chart to machine knitting instructions.
In hand knitting charts, each square represents one stitch as you would see it on the right side of the fabric. Yarn-over symbols indicate where a new loop is created, and decrease symbols show where stitches are being reduced to maintain stitch count. Reading these charts on a knitting machine requires you to think about what physical action on the machine corresponds to each symbol, and also to account for the fact that machine knitting typically produces the fabric with the back facing you as you work.
For machine knit fan lace, a yarn-over is typically represented on the machine as a deliberately empty needle, where a neighboring stitch has been transferred away and the empty needle will knit a new loop on the next carriage pass. The decrease is the stitch that was transferred to sit alongside an adjacent stitch, so that two loops now sit on one needle and will knit together as one stitch.
When you’re reading a fan lace chart for the machine, it helps to mark out each motif unit clearly before you start so you can see exactly which needles are involved in each transfer sequence. Some machine knitters use colored pencils to mark their charts, assigning one color to each row’s transfers so the sequence is visually clear. Others create a written row-by-row guide that describes each transfer in terms of needle numbers. Whichever approach suits your working style, the goal is to make the pattern as easy to follow as possible while you’re at the machine, because the physical act of transferring stitches requires your attention, and you don’t want to be squinting at a complex chart while also trying to keep your machine moving smoothly.
One other important consideration when adapting charts is the direction of transfers. In a fan lace motif, transfers typically move outward from the center in both directions, and then the decreases (the double-stacked stitches) sit at the outer edges of the motif. Understanding the directionality of each transfer keeps your fan motif symmetrical and correctly shaped.
Why This Technique Is Worth Learning
You might be reading this and wondering whether machine knit fan lace is worth the investment of time and learning it takes to get started. The answer, from anyone who has sat with a finished piece of fan lace fabric in their hands, is unequivocally yes.
Machine knit lace sits at a fascinating intersection of craft tradition and mechanical ingenuity. The patterns themselves draw on centuries of hand lace and hand knitting traditions, with fan and shell motifs appearing in Shetland lace, Orenburg shawls, and Victorian-era lace patterns from across Europe. When you make fan lace on a machine, you’re participating in that long history while working in a medium that’s distinctly modern. The efficiency of the machine means you can produce meticulously detailed fabric in a fraction of the time that hand knitting would require, which opens up the possibility of making larger pieces — full shawls, decorative panels, even lace-inset garments — that might otherwise take impractical amounts of time.
There’s also a genuinely meditative quality to machine knit lace once you find your rhythm. The process of reading a chart, executing transfers, and watching the pattern emerge row by row is deeply engaging. Each row presents a small, manageable task, and the cumulative effect of those rows builds into something that looks remarkable and complex. That kind of satisfying incremental progress is one of the qualities that keeps makers coming back to machine knitting again and again.
What’s Coming in the Rest of This Series
This first post has laid the conceptual groundwork: you understand what fan lace is, how its structure works, what to look for in yarn, how to set up your machine, and how to approach reading a pattern chart. That foundation is everything, because each of the remaining posts in this series builds directly on it.
In Part 2, we’ll move into swatching and tension setting specifically for lace work, which is a different process from swatching for plain knitting and deserves its own careful attention. Part 3 will cover the actual technique of executing fan lace transfers step by step, with a simple starter pattern you can work through. Part 4 will tackle troubleshooting: dropped stitches, pattern errors, tension inconsistencies, and how to fix each one. And Part 5 will bring everything together with guidance on finishing and blocking your fan lace fabric so it reaches its full potential.
If you’re new to machine knitting lace, take your time with this first post. Read through it again, gather your tools and yarn, spend some time at your machine getting comfortable with how it feels and moves, and when you’re ready, Part 2 will be waiting for you. The beautiful thing about learning machine knit fan lace in stages is that each step reinforces the last, and by the time you’re working your way through a full pattern you’ll realize how naturally the whole process has come together.
Fan lace is one of the most rewarding things you can make on a knitting machine. Let’s build it from the ground up.
