Best Electronic Flat Knitting Machines for Home Textile Production

The best electronic flat knitting machine for home textile production is a used or refurbished Brother KH-930 or KH-940 if you want broad stitch-pattern capability and can verify its electronics; for a new setup, a Silver Reed SK840 paired with the SRP60N ribber is a strong choice if you can budget for the separate patterning software and learn its workflow. Neither is a universal winner: gauge, fabric width, yarn, parts availability, and your intended output matter more than the word “electronic” on a listing.

Electronic machines store or receive stitch instructions, letting them automate patterned needle selection. The carriage still needs to be moved by hand, and pieces are generally knitted flat, then seamed or joined. For blankets, panels, scarves, and repeatable garment parts, that can be practical home production. For seamless, fully automated garment making, these machines are not the right category.

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Shortlist: which machine fits your work?

Machine Gauge and needles Programming approach Best fit Main consideration
Brother KH-930 Standard gauge, 200 needles Built-in electronic pattern storage and selection Patterned garments, accessories, and moderate-width panels Older electronics make condition and repair support essential
Brother KH-940 Standard gauge, 200 needles Built-in electronic patterning, with expanded storage over the KH-930 Users who want on-machine pattern access and a mature ecosystem Availability and condition vary; confirm that the display and needle selection work
Silver Reed SK840 Standard gauge, 200 needles Computer-controlled patterning using compatible software and interface equipment Users who want to design, edit, and send custom patterns Software, cables, and computer compatibility add setup complexity
Brother KH-260 Bulky gauge, 114 needles Manual patterning rather than electronic needle selection Chunkier yarn and simpler home textiles Not electronic; consider it when yarn capacity matters more than programming

The KH-260 is included as a useful contrast, not as an electronic-machine recommendation. It demonstrates the central trade-off: a bulky machine can suit thicker yarns, but gives up the electronic pattern workflow and has a narrower needle bed.

Choose by yarn, width, and fabric—not just pattern count

Gauge and compatible yarn

Standard-gauge machines such as the KH-930, KH-940, and SK840 have needles spaced about 4.5 mm apart. They are generally suited to fine through light-to-medium yarns, depending on the yarn’s actual thickness, fiber, and desired fabric. A yarn label alone is not enough: two yarns of the same nominal weight can behave differently, and a yarn that fits through the feeder may still produce fabric too dense to knit comfortably.

Bulky machines use wider needle spacing and are more accommodating of thicker yarn. But don’t assume a standard-gauge machine can produce a comfortable sweater simply because you can hand-feed a heavier yarn. Tight stitches can strain the carriage, create dropped stitches, and make a stiff fabric. Swatch first, using the intended stitch size and yarn; check that the carriage moves smoothly and the fabric relaxes to the drape you want.

Working width and realistic panel size

A 200-needle standard-gauge bed has a nominal needle span of roughly 90 cm at 4.5 mm per needle. That is not the same as a guaranteed finished panel width: edge needles, stitch structure, yarn, and finishing all affect the usable result. A 114-needle bulky bed spans roughly 60 cm at about 9 mm spacing. Measure a washed or blocked swatch before calculating a blanket or garment panel.

For example, suppose your swatch measures 20 stitches across 10 cm. A 200-needle bed gives a theoretical width of 100 cm at that stitch density: 200 ÷ 20 × 10. In practice, leave room for edge handling and allow for fabric relaxation, so plan on somewhat less. This simple calculation prevents buying a machine that cannot make a panel as wide as your project requires.

Electronic patterning: convenience with a learning curve

The Brother KH-930 and KH-940 let you select stored electronic patterns from the machine. That is convenient when you want repeatable motifs without keeping a computer connected. The SK840’s computer-based approach is attractive for custom designs, but the machine is only one part of the system: confirm which compatible software, interface, operating system, and cables are available before purchase. Legacy machines and interfaces may not work seamlessly with a modern computer.

Whichever route you choose, electronic selection does not eliminate setup. You still need to understand pattern repeats, needle positions, carriage settings, tension, and how a particular stitch structure forms. Start with a small, two-color or single-color repeat on scrap yarn. Verify the pattern’s direction and repeat width before committing to a garment-sized piece.

Match the machine to your home-production goal

Your priority Best starting point Why Before committing
Custom motifs and computer-designed repeats Silver Reed SK840 Computer-controlled patterning supports a flexible design workflow Check software and interface compatibility, plus the cost of missing accessories
Built-in electronic patterns without a computer at the machine Brother KH-930 or KH-940 Pattern selection is handled on the machine Test the full needle-selection range, display, and memory functions
Fine-gauge accessories and lighter garments Standard-gauge electronic machine Closer needle spacing suits finer fabric structures Swatch your yarn; confirm the desired fabric is not too tight or loose
Chunky panels with minimal pattern programming Bulky-gauge class, such as the KH-260 Wider spacing accommodates thicker yarn more readily Accept lower needle count and manual rather than electronic patterning

What “home-production output” really means

Electronic patterning can reduce repeated needle-by-needle setup, but it does not turn a flatbed machine into an unattended production line. You must still cast on, move the carriage, monitor yarn feed and fabric formation, handle shaping, and finish or seam pieces. Output depends heavily on the design: a long, plain scarf is much quicker than a shaped, multi-color cardigan with several panels.

For small-batch work, estimate output from a complete sample rather than a machine’s advertised speed. Knit one representative panel, record active knitting time, then add time for setup, shaping, seaming, pressing or blocking, and rework. If one finished piece takes 90 minutes of knitting and 90 minutes of setup and finishing, your practical rate is one piece per three hours—not the rate suggested by carriage passes alone. This is especially important when deciding whether production is for gifts, occasional sales, or regular business.

Used-machine checks and replacement parts

Many electronic flatbeds discussed here are older models, so condition can matter more than a modest price difference. Before buying, ask for a demonstration with the machine plugged in and knitting a short sample. Confirm that the carriage moves without catching, the selected needles respond across the bed, the display is readable, and pattern selection works—not just that the machine powers on.

  • Check the needle bed: Look for bent, damaged, or sticky needles and verify that the carriage can select needles at both ends and in the center.
  • Check accessories: Confirm the carriage, power supply where applicable, weights, clamps, sinker plate, punch or patterning accessories if required, and original tools are present. Missing items can be difficult to source.
  • Ask about electronics: For an older electronic model, ask whether the machine has been stored in a dry place and whether its display, memory, and selection mechanism have been tested.
  • Research parts locally: Needles and some mechanical consumables may be easier to find than model-specific circuit boards or interfaces. Identify a specialist repairer and source of compatible parts before purchase.
  • Budget for setup: Cleaning, lubrication, replacement needles, a ribber, software, or an interface can change the real cost. Treat missing or untested components as a project, not as included value.

Frequently asked questions

Can these machines knit complete garments without sewing?

No, these machines generally knit pieces flat, which are then seamed or joined. They can produce patterned garments, accessories, blankets, scarves, and repeatable garment parts, but they are not the right category for seamless, fully automated garment making. Shaping, finishing, seaming, pressing, or blocking may still be required depending on the project.

Do I need a computer to use electronic patterning?

No, a computer is not required for the Brother KH-930 or KH-940 because they provide on-machine electronic pattern selection. The Silver Reed SK840 uses a computer-controlled approach, so its workflow depends on compatible software, interface equipment, cables, and computer compatibility. Confirm those requirements before choosing the SK840.

What should I include when calculating the machine’s actual production time?

Include setup, casting on, carriage movement, yarn handling, shaping, seaming, pressing or blocking, and possible rework. A representative sample gives a more useful estimate than advertised carriage speed. Plain pieces can be quicker than shaped, multi-color pieces, so estimate from a complete finished sample rather than knitting time alone.

Can I use any yarn that fits through the feeder?

No, physical fit does not guarantee suitable knitting. Yarn thickness, fiber, and desired fabric all affect the result, and a heavier yarn can make a standard-gauge fabric too dense or stiff. Swatch with the intended stitch size and yarn, then check carriage movement, dropped stitches, fabric relaxation, and the finished drape.

Bottom line

Choose a Brother KH-930 or KH-940 for on-machine electronic patterning, provided the specific unit passes functional checks and you have a realistic parts plan. Choose the Silver Reed SK840 when custom computer-driven patterns justify the extra software and compatibility work. If your priority is thick yarn rather than electronic motifs, compare bulky-gauge machines separately; the KH-260 is one established manual-patterning option. In every case, measure a swatch, calculate usable width, and test a complete sample before treating the machine’s nominal speed or needle count as your home-production capacity.

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