What is reticella and how does it differ from other needle lace techniques?

Reticella is Italian needle lace constructed on a grid formed by withdrawing threads from an evenweave fabric. The name comes from Italian 'rete' (net) via 'reticolo' (network), describing the grid that results from thread withdrawal: drawing out warp and weft threads at regular intervals leaves a regular array of remaining thread bundles forming the bars of the reticulum. These bars are wrapped and consolidated into firm lines, and the open squares between them are filled with needle lace stitches. The technique is also called punto tagliato — cut-stitch or cut-point — because the construction begins by cutting threads from the ground fabric. Reticella differs from other needle lace forms in two fundamental ways. First, it is constrained by the fabric grid: because the bars run in the two fabric directions (warp and weft), all pattern geometry is orthogonal — squares, rectangles, diamonds, and stars at 45-degree orientations within the square grid. No curves are possible. This is the defining visual characteristic of reticella relative to later punto in aria needle lace, which is worked on a temporary parchment ground without a fabric grid and can form freely shaped, curved, and floral designs. Second, reticella retains the fabric perimeter as a structural element: the edge of the drawn-thread area is secured with buttonhole stitches before any threads are withdrawn, and this perimeter edge anchors the entire piece during construction. Punto in aria, by contrast, has no fabric ground at all — it is worked entirely in needle lace on a removable surface. Reticella is the transitional form between cutwork (drawn thread embroidery that retains most of its fabric ground) and true needle lace (which requires no ground fabric at all). The orthogonal geometric constraint, far from being a limitation, is the source of reticella's characteristic visual power: the severe geometry of its patterns — interlocking stars, diamonds, and square grids — is perfectly suited to the technique's construction and produces a visual language unlike any later lace form.

How does the thread withdrawal sequence work in reticella, and what determines the grid scale?

The thread withdrawal sequence creates the grid that defines all subsequent construction, and the ratio of drawn threads to remaining threads determines the scale and proportion of the reticella grid. The withdrawal sequence proceeds as follows. First, baste or chalk-mark the boundary of the design area on the evenweave linen. Second, work buttonhole stitches along the perimeter of the design area, covering the fabric threads that will remain as the outer border — this perimeter buttonhole layer is the structural anchor for the entire piece and must be completed before any thread withdrawal begins. Third, withdraw warp threads at the chosen interval. A common interval is four threads drawn, four threads left: count four consecutive warp threads, cut them at both ends of the design area (within the protection of the perimeter buttonhole stitches), and slide them out of the weave; leave the next four warp threads in place as a bar bundle; repeat across the full width of the design area. Fourth, withdraw weft threads at the same interval, leaving the same proportion as the warp withdrawal. The result is a regular grid of remaining thread bundles — the bars — with open squares between them. The grid scale is determined by two variables: the evenweave fabric thread count (threads per centimeter) and the withdrawal interval (threads drawn per section). On a 28-count linen (28 threads per 2.54 cm, approximately 11 threads per cm), a four-drawn four-left withdrawal produces bars 4 threads wide, approximately 3.6mm wide at 11 threads per cm, with open squares approximately 3.6mm across. On a 32-count linen (approximately 12.5 threads per cm), the same four-drawn four-left interval produces bars and squares approximately 3.2mm across. Finer grids use a two-drawn four-left interval on a 32-count fabric, producing bars approximately 3.2mm wide with narrow gaps of approximately 1.6mm. The grid scale must match the filling stitch gauge: buttonhole fill rows require at least 3–4mm of bar-to-bar spacing to develop clearly; spider web fills require square proportions (equal warp and weft bar spacing) to develop their circular geometry correctly. Document the exact thread count, withdrawal interval, and resulting bar width in all pattern releases — a patron working on a different fabric count cannot reproduce the pattern at the same visual scale without these specifications.

How are the reticella bars wrapped, and what are the differences between wrapping methods?

Bar wrapping consolidates the thread bundle remaining after withdrawal into a firm, round, smooth bar that holds the subsequent filling stitches cleanly. Without wrapping, the thread bundle is loose and shifts under the tension of the filling stitches, producing uneven, puckered fills. There are three main bar-wrapping methods in reticella, each producing a different bar texture and appropriate for different visual and structural requirements. Overcast (whip stitch) wrapping is the simplest: a fine working thread spirals around the bar bundle, wrapping tightly at close intervals from one end of the bar to the other. Each wrap passes around the outside of the bundle, pulling the individual threads together into a round cylinder. The result is a smooth, firm bar with a fine spiral texture visible under magnification but smooth in appearance at normal viewing distance. Overcasting is appropriate for bars that will be largely hidden by the filling stitches attached to them, and for creators working from historical sources where smooth bars are the convention. Buttonhole stitch wrapping passes the working thread around the bar bundle and then through its own loop — the same motion as buttonhole stitch on fabric, here applied to the thread bundle as the ground. Buttonhole wrapping produces a textured, corded bar with a visible scalloped edge where each stitch loop sits. The texture adds visual interest to the bar but increases the bar diameter slightly, which must be accounted for when planning the grid proportions: buttonhole-wrapped bars consume slightly more of the open square space than overcast bars of the same thread bundle. Buttonhole wrapping is appropriate for bars that will remain visible as design elements (in squares left partially or fully open without filling), and for the perimeter bars that frame the overall design. Woven wrapping (woven bar) weaves the working thread over and under the individual strands of the bundle, treating the bundle's constituent threads as the warp of a miniature weave. The result is a flat, woven surface across the bar rather than a cylindrical wrapping. Woven bars are more complex to work and require that the bundle contain an even number of threads (to maintain the regular over-under alternation), but they produce bars with a flat, gridded texture that reads well in close-up photography and adds dimensional interest to documentary Patreon content. Historical reticella pieces typically used overcast or buttonhole wrapping; woven wrapping is primarily a contemporary technique.

What are the main filling stitches in reticella, and how do they work within a grid square?

Filling stitches are worked within each open grid square, attaching to the wrapped bars on all four sides and creating the visual texture that distinguishes one reticella pattern from another. The four bars surrounding each square (top, bottom, left, right) provide the attachment points. The most common filling types in historical reticella documentation and in contemporary revival practice are as follows. Buttonhole row fill: the working thread attaches to the top bar at the left side of the square, then works a row of buttonhole stitches across the square, attaching to the right bar at the end of the first row. The thread returns to the left side (attaching to the left bar at the correct vertical position) and works a second row of buttonhole stitches in the same direction (or reversed direction, for a denser fill). Rows continue downward until the square is filled to the bottom bar. The density of filling — how many stitches per row and how many rows per square — is a key specification in the pattern, because denser filling produces a solid-looking square and sparser filling produces a more open, textured square. Woven fill: a set of thread passes are laid horizontally from left bar to right bar across the square (weft threads), then a weaving thread works vertically over and under alternate weft threads in a plain weave pattern from top bar to bottom bar. The result is a miniature woven patch within the square — a technique that closely resembles the needleweaving bars of Hardanger embroidery but confined within a contained square rather than worked on exposed bar threads. Twisted bar fill: pairs of thread passes (one from top-left corner to bottom-right, one from top-right to bottom-left) are laid diagonally across the square, crossing at the center. A joining thread wraps or twists around each diagonal bar at its midpoint. The twisted crossings at the center and the diagonal bar lines produce a star or diamond geometry within the square without filling the square with solid stitchwork. Spider web: the square is divided into a radial arrangement by laying threads from each corner and each bar midpoint to the center — typically eight radial threads for a standard spider web. A spiral weaving thread then passes over one radial thread and under the next in continuous rotation from the center outward, producing a circular woven disk at the center of the square. The spider web fill is the reticella filling most similar to Teneriffe sol construction, and the comparison is documentable and interesting for Patreon content bridging between the two techniques. Picot decoration: a single central thread is laid from the midpoint of the top bar to the midpoint of the bottom bar (or left bar to right bar), and buttonhole stitches are worked along this central bar with picot loops projected at regular intervals. The picot-decorated bar divides the square and adds a delicate, looped texture element. Combinations of these fills within a single pattern grid — plain buttonhole in some squares, spider web in others, twisted diagonal in others — constitute the design vocabulary of complex reticella patterns.

How does Apple Tax affect reticella Patreon creators in 2026?

Apple's 30% in-app purchase fee applies to all iOS Patreon subscriptions from November 1, 2026. Reticella creators — whose audiences are concentrated on Instagram historical needlework and slow-craft communities (65–76% iOS) and Pinterest historical textile and lace content (62–78% iOS) — face significant revenue exposure. iOS rates are high in this category because historical embroidery and needle lace content is primarily visual: a patron is drawn in by the geometric precision and architectural quality of a finished reticella collar or cuff photographed on Instagram or Pinterest, and then seeks the Patreon that provides pattern documentation and technical instruction. This visual-first discovery path skews toward iOS-heavy mobile platforms. Revenue lost per iOS subscriber: at $10/month with 70% iOS: $10 × 0.70 × 0.30 = $2.10/month ($25.20/year) per subscriber. At $25/month with 72% iOS: $25 × 0.72 × 0.30 = $5.40/month ($64.80/year) per subscriber. At $50/month with 75% iOS: $50 × 0.75 × 0.30 = $11.25/month ($135.00/year) per subscriber. A reticella Patreon with 40 patrons distributed across pattern, technique, and historical research tiers loses approximately $150–$250 per month ($1,800–$3,000/year) to Apple after November 1, 2026. Enable Patreon's web-only billing toggle before October 31, 2026 and update all subscription CTAs — Instagram bio link, Pinterest profile link — to the direct Patreon web URL so new subscriptions are processed through the browser rather than the iOS app.

Explainers · 2026-08-01

Patreon for reticella creators: punto tagliato drawn-thread grid construction, bar wrapping, filling stitches, strictly geometric pattern vocabulary, Italian Renaissance sources, and the Apple Tax in 2026

Reticella Patreon retention depends on the technical documentation layer that finished-piece photography cannot carry: the thread withdrawal sequence and what determines the grid scale, the bar-wrapping methods and how each affects filling stitch attachment, the filling vocabulary (buttonhole rows, woven fill, spider web, twisted bar), the geometric pattern logic imposed by the orthogonal grid, and the Italian Renaissance manuscript tradition that gives contemporary reticella practice its scholarly depth. Reticella audiences on Instagram historical needlework and Pinterest lace communities run 65–78% iOS — Apple Tax exposure begins November 1, 2026.

Creator subtypes and tier structures

Reticella practice divides into three creator subtypes with distinct documentation emphases and different Patreon audience expectations.

Historical revival creators work directly from the Italian Renaissance pattern books and manuscript sources, reproducing documented reticella patterns from Pagan (1554), Ostaus (1567), Vinciolo (1587), and related sources, and providing the technical specification layer (fabric count, thread count, withdrawal interval, filling stitch key) that converts a historical pattern into a reproducible contemporary instruction. The documentation emphasis is dual: historical scholarship (what the source says, what the historical context was, what surviving examples look like in museum collections) and technical translation (how the historical pattern charts to a modern evenweave specification, what thread substitutions are appropriate, how long a modern maker should expect the construction to take). This subtype has the smallest patron count but the highest retention because the combination of scholarship and technical instruction is not available in free resources — it requires both access to historical sources and the ability to work the technique at a level sufficient to photograph and document the construction sequence.

Tier examples: Pattern Archive Tier ($12–18/month) — one historical reticella pattern per month with graph-chart adaptation from the original source, fabric specification, thread specification, and historical note on the source document; Scholar Tier ($35–50/month) — pattern archive plus a research module covering the specific historical context of the month’s pattern (the source book, its place in the lace book tradition, what type of garment or furnishing the pattern was intended for, known surviving examples, the transition from this pattern type to punto in aria).

Contemporary geometric lace designers use the reticella construction method as a basis for original geometric pattern design, developing new patterns within the orthogonal grid vocabulary rather than reproducing historical sources. The documentation emphasis shifts toward design methodology: how to use graph paper to plan a reticella pattern, how to calculate grid proportions, how to select filling stitches for different visual effects within the same grid, and how to plan a multi-motif piece (collar, cuff, insert panel). Contemporary designers often incorporate the strict geometric constraint as an aesthetic choice — the crystalline, architectural quality of reticella geometry is a deliberate design element, not an historical limitation to work around. This subtype appeals to Patreon subscribers who want to develop their own reticella designs rather than reproduce historical patterns.

Tier examples: Pattern Tier ($10–15/month) — one original reticella pattern per month with graph chart, fabric specification, filling stitch key, and notes on the design decisions; Design Workshop Tier ($30–45/month) — pattern plus a design module showing how the pattern was developed from initial graph paper sketch to final specification, with worked examples of rejected alternatives and explanation of why the final filling stitch choices were made.

Drawn-thread embroidery technique creators teach reticella as part of a broader spectrum of drawn-thread and pulled-thread embroidery techniques, alongside Hardanger, hedebo, and Mountmellick work. For this subtype, reticella is one technique within a curriculum rather than a specialist focus. The documentation emphasis is technical instruction: how to set up the grid correctly, how to work each filling stitch family, how to sequence a project from fabric preparation through bar wrapping and filling to finishing and pressing. This subtype has the widest accessible audience because it positions reticella within a continuum that subscribers may already be entering from Hardanger or counted embroidery practice.

Tier examples: Stitch Library Tier ($10–14/month) — monthly technique tutorial covering one filling stitch or construction stage of reticella with step-by-step photography and materials list; Project Tier ($22–32/month) — one complete reticella project per month (small motif suitable for completion in 6–10 hours) with full construction sequence documentation including the thread withdrawal setup, bar wrapping, and filling stitch application in sequence.

What is reticella: the drawn-thread grid and the strictly geometric constraint

Reticella is Italian needle lace constructed on a grid of thread bundles formed by withdrawing warp and weft threads from an evenweave linen ground at regular intervals. The name derives from the Italian rete (net) via reticolo (network) — the finished grid of remaining thread bundles, viewed from above, resembles a fine net with square apertures between the bars. The technique is also called punto tagliato in Italian sources: tagliato means cut, and the name describes the defining first act of construction, in which the threads to be withdrawn are cut at the perimeter of the design area and pulled from the weave. This distinguishes reticella from drawn-thread work in which threads are withdrawn but not cut at the perimeter (the threads are tucked back into the selvedge or secured at the edge); in reticella, the threads that are to become open space are removed from the fabric entirely within the protected perimeter, leaving only the bars that will become the structural element of the lace.

The defining characteristic of reticella — what makes it visually and technically distinct from all later needle lace forms — is that its pattern vocabulary is strictly constrained by the orthogonal geometry of the thread grid. The bars of the reticella grid run in two directions only: horizontal (along the weft) and vertical (along the warp). No bar in reticella runs diagonally. Because the bars can only run horizontally and vertically, the filling stitches within each square can only create visual forms that are coherent within a square grid: horizontal fills, vertical fills, diagonal fills at 45 degrees within the square (but the diagonal is created by the filling stitch direction within the square, not by a diagonal bar), star forms built from crossed diagonals, and radial web forms centered in the square. No curves are structurally possible. A reticella pattern is always, in every case, an arrangement of geometric units within a square grid — this is not a stylistic choice but a structural fact of the technique.

This constraint is exactly why reticella patterns photograph and document so well for Patreon: the geometric vocabulary is finite and can be taught systematically. A creator who has documented the six or seven core filling stitches and the three or four standard bar wrapping methods has covered the technical vocabulary of the entire technique. The creative range within that vocabulary — how different fills interact when used in adjacent squares, how different filling densities create tonal variation across a grid, how the grid scale (fine versus coarse withdrawal interval) changes the visual weight of the finished piece — is where Patreon content develops depth across months and years.

Reticella appeared in its documented form in the last decades of the fifteenth century and reached its fullest elaboration in the Italian lace pattern books of the mid-to-late sixteenth century. By approximately 1620–1640, it had been superseded as the dominant European lace form by punto in aria (needle lace worked on a temporary parchment ground without a fabric grid), which freed lace construction from the orthogonal constraint and enabled the curved, floral, and raised lace forms of the seventeenth century. The transition from reticella to punto in aria is one of the major transitions in European lace history, and it is documentable through the pattern books of the period that show both techniques side by side.

Fabric preparation: evenweave selection, thread counting, perimeter securing

Reticella begins with the selection of an appropriate evenweave fabric. The critical requirement is that the fabric have a consistent and countable thread count in both warp and weft directions — exactly the same thread count per centimeter in both directions, producing square apertures when threads are withdrawn in equal intervals. Any departure from equal thread count in the two directions produces a non-square grid, which distorts the filling stitch proportions and makes pattern charting (which assumes square grid cells) inaccurate.

Fabric selection. The standard historical fabric for reticella was fine, evenly woven bleached linen. Contemporary substitutes fall into three categories. Fine linen evenweave in 28-count or 32-count is the closest contemporary equivalent to historical reticella ground fabric: 28-count linen has approximately 11 threads per centimeter (28 per inch) in both directions; 32-count has approximately 12.5 threads per centimeter. These counts produce a grid of appropriate scale for the standard buttonhole-stitch fills when the withdrawal interval is set at four-drawn four-left. Hardanger fabric (22-count, approximately 8.7 threads per centimeter in a warp-emphasis weave) is coarser and used in the Hardanger embroidery tradition but can be used for reticella with a correspondingly coarser filling stitch; the heavier fabric thread bundle produces a thicker bar that requires more wrapping thread and a larger needle. Aida fabric is not suitable for reticella because its warp and weft threads are grouped in blocks of four and held by interlocking stitches: individual threads cannot be withdrawn without disrupting the fabric structure. The suitability test for any evenweave for reticella: pull one warp thread partially out from the edge without the fabric structure catching or the thread splitting. If the thread slides cleanly, the fabric is appropriate; if the weave resists or the thread breaks rather than sliding, the fabric structure is wrong for thread withdrawal.

Marking the design boundary. Before any thread withdrawal, mark the perimeter of the design area with a basting thread in a contrasting color, run along the exact thread lines (not diagonally between threads) that will form the outer boundary of the reticella grid. This basting line shows exactly where the perimeter buttonhole stitching must go and where the thread withdrawal must stop. Document in photography: a close-up photograph of the basted boundary on the fabric, showing the straight-line alignment of the basting thread with the fabric thread grid, is among the clearest reference images for a patron beginning the setup for the first time.

Perimeter buttonhole securing. After marking the boundary, work buttonhole stitches along all four sides of the design area before withdrawing any threads. The buttonhole perimeter is the structural anchor for the entire piece: without it, the fabric frays at the boundary as threads are withdrawn, and the thread bundles that will become the bars have nothing to anchor them at their ends. The perimeter buttonhole stitches should cover all threads that will remain at the design boundary — typically the outermost bar bundle in each direction — and should be worked closely enough to prevent individual threads from pulling through (5–8 stitches per 5mm is typical at 28-count). Work all four perimeter sides before beginning thread withdrawal; never begin withdrawal until the perimeter is fully secured.

Grid pre-verification. After the perimeter is secured but before the first thread is withdrawn, count the threads within the design area and verify that the count divides cleanly by the withdrawal interval. For a four-drawn four-left interval, the total count within the design boundary must be a multiple of eight (four drawn plus four left per section). If the count is not a clean multiple of the interval, the final section of threads will be an incomplete set, and the grid will have one non-standard bar width at the edge. This edge irregularity becomes obvious in the finished piece. Verify the count in both directions independently before withdrawing any threads. If the count does not divide cleanly, adjust the design boundary (move it one or two threads to include or exclude) before proceeding.

Thread withdrawal sequence: warp first, then weft

The thread withdrawal sequence — which direction to withdraw first and how to proceed through the full grid — is the construction stage most prone to irreversible error, because a thread bundle withdrawn in the wrong position cannot be reinserted cleanly once pulled free. Systematic sequencing and careful working prevent the two most common errors: withdrawing the wrong thread (a thread that should remain as a bar, rather than a thread that should be removed) and fraying or breaking bar threads during withdrawal of adjacent threads.

Warp thread withdrawal first. Work across the full width of the design area, withdrawing warp threads at the chosen interval and leaving bar bundles in place. For a four-drawn four-left interval: skip over the first four warp threads (which will form the first bar bundle on the left side), then cut the next four warp threads at the top perimeter line (within the protection of the perimeter buttonhole stitching) using small sharp scissors with fine points; cut the same four threads at the bottom perimeter line; slide the cut threads out through the weave by grasping one at a time and pulling gently toward the side where they are attached to the woven ground outside the design area. Do not force a thread that resists sliding — if a thread bundle — resists, it has caught on a weft thread; locate the catch and free it gently with a needle tip before continuing the pull.

Proceeding through the grid. After each set of four drawn threads is removed, move to the next four-thread-wide bar bundle section and repeat. Work methodically from left to right across the full design width, leaving bar bundles untouched and removing drawn sections. The partially withdrawn fabric will be fragile — the remaining vertical bar bundles are held only at the perimeter buttonhole lines and by the still-intact weft threads. Handle the fabric by the ground area outside the design boundary; do not pick up the fabric by the design area while warp withdrawal is incomplete.

Weft thread withdrawal second. After all warp threads have been withdrawn across the full design width, withdraw the weft threads at the same interval. The process is identical to warp withdrawal but in the perpendicular direction: skip over the first four weft threads (the top bar bundle), cut and remove the next four weft threads, leave the next four (next bar bundle), repeat across the full design height. After weft withdrawal is complete, the full grid of remaining bar bundles is visible: a regular array of crossing thread bundles at each grid intersection, with open squares between them. At this stage the grid is still loose — the thread bundles can shift because they are not yet wrapped. Handle the work flat on the support surface until bar wrapping is complete.

Thread withdrawal documentation. The thread withdrawal stage is the most difficult to document in photography because the fine threads on linen are low-contrast and the detail of the partial withdrawal may be hard to see in wide shots. Use close-up photographs (macro or highest-resolution mode) on a contrasting surface: a dark blue or charcoal fabric placed under the linen ground makes both the remaining bar bundles and the open withdrawn areas clearly visible. Show the partial state: one set of warp threads removed, the bar bundle to its left still in place, the drawn threads lying beside the work. This sequential documentation is exactly the Patreon content that builds patron understanding of why the technique works the way it does — a patron who has seen the progression from marked fabric to partial withdrawal to completed grid can troubleshoot their own withdrawal sequence; a patron who was shown only the finished grid cannot.

Bundle bar wrapping: forming the structural bars of the grid

After thread withdrawal is complete, each thread bundle that forms a bar of the grid must be wrapped and consolidated into a firm, round, smooth bar. Unwrapped thread bundles are soft and moveable — filling stitches worked on an unwrapped bundle catch on individual threads rather than on a firm anchor, and the bundle collapses under the tension of multiple rows of filling stitches, producing an irregular, puckered surface.

Overcast wrapping. Thread a fine needle with the wrapping thread (fine linen thread, DMC Cordonnet #60 or #80, or silk thread at a similar count) and anchor it at one end of the bar bundle at the perimeter buttonhole edge. Wrap the thread tightly around the bundle in closely-spaced spiral passes, moving from the perimeter edge toward the first grid intersection. At each grid intersection, where a warp bar bundle crosses a weft bar bundle, the wrapping thread passes around both bundle layers together for two or three passes to lock the intersection, then continues along the next bar segment to the next intersection. Work each bar segment individually: complete the wrapping on each bar segment between grid intersections before moving to the adjacent segment. The correct wrapping density: close enough that the underlying bundle threads are not visible between wraps (5–8 wraps per millimeter at 28-count scale), but not so tight that the bundle is compressed flat rather than consolidated into a round cylinder. Test after wrapping 2cm: the bar should feel firm and resistant to lateral movement when the needle tip pushes against it from the side. If the bar yields to lateral pressure, the wrapping is too loose; if the bar is visibly flattened, the wrapping is too tight.

Buttonhole stitch wrapping. The same needle and thread anchor at the perimeter edge, but each wrap passes around the bundle and then back through the loop formed by the previous wrap (the same action as a standard buttonhole stitch worked on fabric, here applied to a thread bundle as the ground). Each buttonhole stitch forms a visible loop along the bar, producing a textured, corded appearance. Buttonhole bar wrapping requires slightly more wrapping thread per centimeter than overcast wrapping because each stitch adds a visible loop head at the bar surface. Document the distinction with close-up photography: place an overcast-wrapped bar and a buttonhole-wrapped bar side by side on a dark surface for a direct visual comparison. The textural difference is subtle in wide photography but clear in close-up, and the comparison is useful Patreon content for patrons choosing between bar treatments.

Sequence of wrapping. Wrap all bars in one direction first (all warp bars, from top to bottom of each bar), then all bars in the perpendicular direction (all weft bars). At each grid intersection, the second-direction wrapping passes over the already-wrapped first-direction bar, securing the crossing. The intersections in the finished wrapped grid should be firm and locked, with each bar segment clearly defined between intersections. Test by picking up the work from the corner: a well-wrapped reticella grid holds its grid structure flat even without support; the intersections provide enough rigidity to maintain the square proportions.

Thread choice for wrapping. The wrapping thread should be finer than the bar bundle it is covering — a wrapping thread too thick relative to the bundle produces lumpy, irregular wrapping that does not consolidate the bundle cleanly. On 28-count linen with a four-left bar bundle (four threads as the bar), DMC Cordonnet #60 or a comparable fine linen crochet thread works well. On a coarser fabric (22-count Hardanger with a four-left bar), DMC Cordonnet #40 is appropriate. The wrapping thread does not need to match the ground fabric thread — in historical pieces, a finer thread than the ground was often used for wrapping to produce the cleanest possible bar surface.

Filling stitches: the technical vocabulary of reticella pattern

Filling stitches are the primary visual element of reticella. The wrapped bars define the grid structure, but the fillings within each grid square determine what the finished piece looks like. A single reticella pattern uses multiple filling stitch types in a planned arrangement across the grid, creating visual interest through the contrast between open squares, densely filled squares, and partially filled squares with textured elements.

Plain buttonhole row fill. The most common and historically documented reticella fill. Anchor the filling thread at the top-left corner of the square where the top bar and left bar meet. Work buttonhole stitches from left to right across the square, each stitch loop enclosing the thread that is building the row, advancing rightward until the right bar is reached. Attach to the right bar with one loop, then work the return direction (right to left), building a second row of buttonhole stitches attached to the first row’s loops rather than to a bar. Alternatively, attach to the left bar at the second-row position and work left-to-right again for each row. Continue adding rows until the square is filled to the bottom bar. The density specification is the number of stitches per row and the number of rows per square; a square with 8 stitches per row and 8 rows (on a 3.6mm-square aperture at 28-count with four-left bars) produces a dense, solid-looking fill; a square with 6 stitches and 6 rows produces a more open, textured fill where the stitches are individually visible. Document these specifications numerically in all pattern releases, because the visual appearance in a reference photograph does not communicate the stitch count clearly enough for patrons to reproduce the density accurately.

Woven fill. Lay a set of parallel threads from the top bar to the bottom bar (warp threads of the fill), spaced evenly across the square aperture: for a 3.6mm-wide square, four fill threads provide the warp of the miniature woven patch. Anchor each fill thread at the top bar and at the bottom bar. With a separate thread, weave horizontally from the left bar to the right bar, passing over one fill thread and under the next in alternating passes per row, building a plain weave structure within the square. The result is a miniature woven patch filling the square with a regular grid of small perpendicular lines. The woven fill is visually distinct from the buttonhole fill because it reads as a gridded texture at normal viewing distance whereas buttonhole fill reads as a soft, looped texture. Woven fill is more structurally stable than buttonhole fill because the interlocking weave resists distortion better than rows of buttonhole stitches.

Twisted bar fill (diagonal crossing). Lay two diagonal threads across the square: one from the top-left corner to the bottom-right corner, one from the top-right corner to the bottom-left corner. Anchor each diagonal thread at the corner attachment points where the bar bundles meet. At the center of the square where the two diagonals cross, pass a joining thread around both diagonal threads, twisting them together at the crossing point. The four diagonal bar arms (two from the crossing to each of the four corners) form an X shape within the square. The joining twist at the center can be simple (two turns of thread around both arms) or can be elaborated with a woven point (three or four additional thread passes around the crossing point in a small circular pattern, producing a four-petaled element at the center of the X). Twisted bar fills work best in large grid squares where the diagonal distance is sufficient to show the crossing geometry clearly — on a 28-count fabric with a four-left bar, the diagonal of the square is approximately 5mm, sufficient for a visible crossing. On finer grids, the diagonal distance is too short for the crossing to read clearly, and buttonhole or woven fills are more appropriate.

Spider web fill. The most architecturally elaborate of the standard reticella fillings. Lay radial threads from the center point of each of the four sides of the square (attachment points on the midpoints of the four bars) and from each of the four corner intersection points, producing eight radial threads converging at the geometric center of the square. The eight radials define eight sectors. With a spiral weaving thread, begin at the center of the square and weave over one radial thread and under the next in continuous circular rotation outward from the center, building a circular woven structure that fills the square. The spider web is worked in one continuous spiral from center to perimeter, and its quality depends on consistent tension: each spiral pass over-under should maintain uniform spacing from the previous pass to produce concentric rings of uniform width. A web where the inner rings are tightly packed and the outer rings are loose reads as irregular; consistent tension throughout the spiral produces a web with uniform ring spacing. The center of the web should be firmly anchored: begin the spiral by wrapping the crossing point of the radials 3–4 times before beginning the over-under weaving, to prevent the radials from shifting before the first spiral pass stabilizes them.

Open square (no fill). Not every square in a reticella grid is filled. Open squares — squares where the wrapped bars are visible but no fill is worked within them — are a deliberate design element that provides visual contrast and negative space. An open square within a field of filled squares reads as a void; the contrast between the geometric order of the surrounding fills and the empty frame of the open square is an important compositional element in historical reticella patterns. Open squares require that the bar wrapping be clean and well-tensioned, because they will be the most visible element of the finished piece in those areas of the design. If bar wrapping is uneven, open squares expose the imperfection directly; filled squares conceal uneven bars under the stitching.

Pattern vocabulary: strictly geometric, graph-paper charted

Every reticella pattern is a distribution of filling types across a regular grid of identical squares. The pattern is specified by a chart on graph paper (one square per chart cell = one reticella grid square) with symbols indicating which filling to work in each square. The pattern vocabulary — the set of symbols and their corresponding fill types — is finite: a creator who establishes a clear notation system (for example, solid black square = dense buttonhole fill, hatched square = woven fill, X square = diagonal crossing fill, circle symbol = spider web, empty square = open no-fill) and publishes a legend with each pattern has communicated all the information a patron needs to execute the pattern, combined with the construction documentation for each fill type.

Grid proportions and design scale. The grid specifying the pattern repeats in two dimensions: the same cell symbols repeat at regular intervals across and down. The simplest reticella patterns are small grids of 4×4 or 6×6 cells with a single filling type. More complex patterns use 8×8 or 12×12 cell grids with multiple filling types arranged to produce a central motif (a star form built from the contrast between web-filled and buttonhole-filled cells, for example) surrounded by a border of a simpler fill. Historical reticella patterns in the major pattern books range from simple 6×6 repeats to complex 16×16 or larger grids with intricate multi-fill distributions. For Patreon content, progressive complexity is the natural development path: beginning patrons work 4×4 grids with a single fill; advanced patrons work 12×12 grids with four or five fill types in a planned arrangement.

The 45-degree diagonal as the primary design element. Within the square grid, stars and diamond forms are the most visually striking geometric patterns. A star form is produced by marking certain cells diagonally: for a standard 8-pointed star on a square grid, the cell distribution marks an X of cells across the grid diagonal and a + of cells along the grid axes, with the intersection cells receiving a contrasting fill from the arm cells. The star appears at 45 degrees to the grid because the star’s “points” extend diagonally through cells arranged at 45-degree angles to the warp and weft. This is geometrically necessary on an orthogonal grid: you cannot produce a visually convincing star aligned with the warp direction on a square grid with equally spaced cells; the grid itself imposes the 45-degree rotation. Historical reticella patterns in all the major sources use this diagonal distribution for their star and diamond forms. Documenting why the pattern reads as a star even though every bar is either horizontal or vertical — why the visual diagonal emerges from an orthogonal structure — is the kind of technical insight that distinguishes deep Patreon instruction from pattern-only content.

Border patterns. Historical reticella was used in strips and borders as well as in open-work panels: lace strips for ruffs, cuffs, and edgings used a grid one to three cells wide with simple repeated fills (alternating buttonhole and open squares, or a repeating diagonal cross). These border strips are the most accessible Patreon content for beginners because the grid is small (8×8 to 12×3 cells), the construction time is short (2–4 hours for a 10cm border strip), and the result is a functional decorative element that can be applied to a garment or textile immediately. A creator who releases 12 border patterns in the first year of their Patreon — one per month at increasing complexity levels — builds a patron archive that covers the full filling stitch vocabulary and prepares subscribers for the more complex open-work panels that come later.

Historical context: Italian Renaissance sources and the transition to punto in aria

Reticella is documented in Italian sources from at least the 1520s, when the earliest Italian embroidery and needle lace pattern books appear. The genre of printed pattern books for embroidery, cutwork, and lace developed in Venice and spread to other Italian centers and then to Northern Europe in the mid-to-late sixteenth century, and reticella patterns are present in all the major Italian lace books of the period.

Giovanni Antonio Tagliente, Esempio di recammi (Venice, 1527). One of the earliest Italian printed embroidery books, Tagliente’s work includes patterns for drawn-thread work and cutwork alongside other embroidery forms. The patterns in this early source are simpler than the fully developed reticella of the 1560s–1580s books, reflecting the technique’s development from its origins in drawn-thread embroidery toward the more elaborate grid-filling vocabulary of mature reticella. For Patreon documentation, Tagliente represents the “early period” comparison point: patterns that can be charted and worked at a simpler level than the mid-century masterworks, appropriate for beginning subscribers.

Matteo Pagan, Giardinetto novo di punti tagliati et gropposi per mostra (Venice, 1554). The title names both the main technique (punti tagliati = cut stitches = reticella) and the knotted work (gropposi) that appears alongside it. Pagan’s book is one of the most important mid-century reticella sources and contains a range of patterns from simple grid fills to complex multi-fill designs with elaborate star and medallion arrangements. The Pagan patterns are the standard reference for mid-period Italian reticella and are the most commonly cited historical source in contemporary revival instruction. Patterns from Pagan can be reproduced with reasonable accuracy on 28-count or 32-count evenweave linen with modern thread equivalents.

Giovanni Ostaus, La vera perfettione del disegno di varie sorti di ricami (Venice, 1567). The most comprehensive of the mid-to-late century Italian lace books, Ostaus’s work covers a wider range of techniques than any earlier source: reticella (punti tagliati), knotted work, drawn-thread work, and early needle lace forms are all represented. The reticella patterns in Ostaus show the technique at its most elaborate, with large grids, complex multi-fill arrangements, and design elements (the borders, the central medallions, the corner units) that were intended to be assembled into complete collar or cuff specifications. Ostaus is the primary historical source for creators documenting complex multi-section reticella pieces.

Federico de Vinciolo, Les singuliers et nouveaux pourtraicts pour toutes sortes de point de compte (Paris, 1587). An Italian-born author publishing in Paris, Vinciolo brought the Italian reticella and counted-thread pattern tradition to France, and his book became the most widely distributed European lace pattern book of its period — it went through at least nine editions and was the dominant reference for French and English needlework instruction in the late sixteenth and early seventeenth centuries. Vinciolo’s patterns are the source for the reticella designs in a wide range of Northern European needlework from the 1580s through the 1620s. Contemporary creators who work from Vinciolo patterns can trace a direct line from their work to the historical French and English court needlework of the late Tudor and early Jacobean periods.

The transition to punto in aria. Reticella reached its highest elaboration in the decades between approximately 1550 and 1610. During this same period, a second type of needle lace was developing alongside it: punto in aria (stitch in air, or air lace), worked on a temporary support (vellum or parchment covered with a release layer, or heavy waxed paper) rather than on a fabric grid. In punto in aria, the bars are couched onto the temporary surface by a separate anchoring thread, and the needle lace stitches are then worked over and around the bars. When the work is complete, the anchoring thread is removed and the finished lace lifts away from the temporary support as a free-standing lace structure. Because punto in aria bars are couched in any direction — not constrained to the horizontal and vertical directions of a fabric thread grid — the design vocabulary is entirely free. Curves, organic forms, floral elements, and figured designs are all possible. The raised Venetian lace of the mid-seventeenth century represents the fullest development of punto in aria, with three-dimensional raised elements (buttonhole-stitch fills worked over a padding of multiple cordonnet threads) producing a sculptural lace surface.

The transition from reticella to punto in aria is traceable in the pattern books: some late sixteenth-century sources show both techniques within the same book, with the reticella patterns on a grid and the early punto in aria patterns on couched bar foundations. The strictly geometric reticella patterns sit alongside the emerging curved forms of free-needle lace, making these transitional books the most significant historical documents for creators who want to teach the full evolution of European needle lace. A Patreon series built around this transition — working historical reticella patterns one month and early punto in aria patterns the next, with documentation of what changes technically and why — has a depth and coherence that is genuinely unique in the contemporary historical needlework space.

Thread selection and needle specification for contemporary reticella

Contemporary reticella is worked with fine linen thread or fine cotton thread, with the choice between them depending on historical authenticity priorities and practical working considerations.

Fine linen thread. The historical material for Italian reticella was fine bleached linen, the same fiber as the ground fabric. Contemporary fine linen thread is available from specialist suppliers in counts comparable to the working thread in historical pieces. Linen thread has properties that differ from cotton: it is stiffer, has less stretch, and develops a slight luster after working due to the natural beeswax content and the polishing effect of the needle passage. Fine linen thread at 28-count or 32-count scale for bar wrapping (a thread equivalent to approximately 120–180 linen count or #80 cotton count equivalent) produces the firmest bar wrapping and the most historically authentic appearance. The drawback for contemporary teaching: fine linen crochet thread is less widely available than DMC cotton thread, and patrons may have difficulty sourcing it in the quantities needed for a specific pattern. Provide specific sourcing guidance (thread name, weight specification, supplier, and any substitution guidance) in all pattern releases that specify linen thread.

DMC Cordonnet Special. The most widely available fine cotton thread for needle lace and drawn-thread work, DMC Cordonnet Special is the standard thread used in contemporary Hardanger embroidery and in much contemporary needle lace instruction. For reticella on 28-count linen with a four-left bar interval, DMC Cordonnet #60 works well for bar wrapping (fine enough to consolidate the bundle without adding excessive diameter) and #80 for filling stitches (finer than the bar wrapping thread, so the individual stitch elements are distinguishable from the bar). On 32-count linen, DMC Cordonnet #80 for wrapping and a fine silk thread or equivalent for filling is more appropriate. Do not use DMC stranded cotton (floss) for reticella bar wrapping or filling: the loose six-strand structure of stranded cotton separates under the tension of wrapping and filling stitches, producing bars that catch and fill stitches that split. Use only the firmly twisted Cordonnet cotton or an equivalent twisted-structure thread.

Needle specification. Reticella requires two needle types for different construction stages. For bar wrapping: a blunt tapestry needle (size 26–28 for #60–#80 thread) that can slide between the bar bundle threads to anchor the wrapping without piercing individual threads. For the initial thread withdrawal: a sharp needle or stiletto to open the weave and assist in sliding threads out. For filling stitches: a fine tapestry needle with a slightly rounded tip (size 26–28) that can pass through the buttonhole stitch loops of the filling rows without splitting them. Never use a sharp embroidery needle for filling stitch work within the reticella grid: the sharp tip pierces the bar-wrapping threads rather than passing around them, distorting the bar and reducing the anchor strength for subsequent filling rows.

iOS rates and Apple Tax for reticella creators in 2026

Reticella audiences are concentrated on visual discovery platforms where the geometric precision and architectural quality of finished reticella work — the crystalline star patterns, the contrast between filled and open squares, the fine bar structure of the wrapped grid — photograph well and sustain engagement from historical textile enthusiasts and needle lace practitioners.

Instagram historical embroidery and lace communities (finished reticella photography, close-up detail of filling stitches and bar wrapping, work-in-progress documentation of the withdrawal stage and grid setup): 65–76% iOS. Instagram’s visual-primary format and mobile-first interface make it the primary discovery channel for historical embroidery content. The slow-craft and historical needlework communities on Instagram are concentrated in the UK, Italy, the Netherlands, and the US, all markets with high iOS rates among the Instagram audience demographic.

Pinterest historical textile and lace audiences (finished piece photography pinned from blogs and museum collection pages, historical reference images of sixteenth-century Italian lace, contemporary reproduction photographs, pattern chart images): 62–78% iOS. Pinterest’s audience for historical textile and lace content is heavily iOS-concentrated because the primary Pinterest use pattern — inspiration browsing while mobile — is dominated by iOS device users across all markets. Historical textile content attracts the inspiration-browsing segment of the Pinterest audience, which is more iOS-concentrated than general content categories.

YouTube historical embroidery tutorials (construction sequence documentation, filling stitch demonstrations, pattern-reading tutorials): 52–65% iOS. YouTube’s broader demographic reduces iOS concentration compared to Instagram and Pinterest, but historical needle lace tutorial content attracts an audience that overlaps with the visual-inspiration-driven Instagram and Pinterest audience, producing iOS rates higher than general YouTube content.

Starting November 1, 2026, Apple takes 30% of every Patreon subscription processed through the iOS app. Impact at representative subscription levels for reticella Patreons:

At $10/month with 70% iOS: $2.10/month per subscriber lost to Apple ($25.20/year). At $25/month with 72% iOS: $5.40/month per subscriber ($64.80/year). At $50/month with 75% iOS: $11.25/month per subscriber ($135.00/year).

A reticella Patreon with 40 patrons distributed across pattern, technique, and historical research tiers loses approximately $150–$250/month ($1,800–$3,000/year) to Apple after November 1, 2026. Enable Patreon’s web-only billing toggle before October 31, 2026 and update all subscription CTAs — Instagram bio link, Pinterest profile link — to the direct Patreon web URL so new subscriptions are processed through the browser pathway. Verify with a test subscription from Safari on iPhone before November 1.

KeepTier is a self-hosted membership page for creators who want 100% of their tier revenue and zero Apple Tax. Plans from $9/month.

Patreon for reticella creators (overview) · Patreon for Teneriffe lace creators · Patreon for hardanger embroidery creators · Patreon for needle lace creators · Top Patreon alternatives 2026