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Fillet knife
Fillet knife
Fillet knife
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from Wikipedia
Filleting a fish

A fillet knife (also called a filleting knife) is a kitchen knife used for filleting. It gives good control and aids in filleting. It is a very flexible member of the boning knife family that is used to filet and prepare fish. Fillet knife blades are typically 15 to 28 cm (6 to 11 in) long. This allows them to move easily along the backbone and under the skin of meat.[1]

Blade

[edit]

Most fillet knives utilize a trailing point blade which is made for slicing and skinning.[2] The back edge of a trailing point blade curves upwards gently from the handle to the tip.[2] The curve of the back edge maximizes the size of the knife belly, the curved part of the cutting edge. The large belly of the trailing point blade makes it ideal for quick precise cuts.

Material

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Fillet knife blades are made of various materials. Stainless steel, such as 420HC or AUS-10, is often used.[3] Since fillet knives are frequently wet, the chromium in stainless steel makes them corrosion-resistant.[4] This also prevents pitting, keeping the blade smooth and easy to clean. Fillet knife blades often have a Rockwell hardness in the mid to upper 50s placing them in the medium hardness range.[5] A medium hardness gives the blade moderate edge retention and relies on the thinness of the blade for flexibility rather than lack of hardness.

Thickness

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The length of the trailing point blade usually dictates the thickness and the amount of flex. The shorter the blade, the thinner and more flexible. The more flex a blade has, the easier it will work around bones and remove skin.[6] All fillet knives must be flexible. Fillet knife blades are made very thin, approximately 2.5–3.5 mm at the spine, so that they can still bend and flex and maintain an edge. If the knife were hard enough to maintain an edge and the blade was thick, the knife would not bend enough to remove the skin from a fillet or work around intricate rib bones. However, if the blade thickness is small, then the blade can be hard enough to maintain sharpness, and still allow flexibility for precise cuts. The thinness of the blade is magnified when the skin is removed from the fillet. The blade must flex when removing skin in order to follow the contours of the fish and create enough separation between the users' hand and the cutting surface that the user can operate the knife safely.

Bevel

[edit]

A fillet knife has a bevel that is longer than other types of knives such as pocket, survival, or steak knives. The bevel is typically between 12 and 17 degrees to allow for a razor-sharp edge and a sharp point for puncturing. This bevel angle creates extreme sharpness but sacrifices durability.[7] The shallow angle of the bevel gives the blade a very thin cutting edge that is prone to cracks and chips if it were put through similar uses a knife with a larger bevel angle such as a cleaver. The long bevel allows the blade to maneuver over and around intricate rib and back bones without cutting into or through the bones.

Handle

[edit]

Fillet knives operate in wet conditions. The handles must be shaped for maximum grip and use materials that are not affected by wet conditions. Older knives consisted of wooden handles, but rubber and plastics are now being used as well.[6] The shape of the handle is often an elongated teardrop shape with an indention near the base of the blade. This creates a smooth surface to grip, and a place for the user's index finger to rest and prevent the user's hand from accidentally sliding onto the blade. While the basic shape is similar, most manufactures modify the shape to make a unique handle with its own specific features.

Electric fillet knife

[edit]

An electric fillet knife uses a similar trailing point blade, but the blade is mounted into a motorized handle. The knife resembles a small reciprocating saw. Electric fillet knives allow the user to cut faster than using a traditional fillet knife.[8] Electric fillet knives are usually in the professional setting such as guides and those in the fish processing industry but are readily available to the general public as well. Electric fillet knives can be either corded or cordless, and usually come with multiple blade options. The cordless knives usually use Li-ion batteries.

References

[edit]
[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Fillet knife

View on Grokipedia
from Grokipedia
A fillet knife is a specialized tool designed for filleting and boneless meats, featuring a thin, flexible that enables precise separation of from bones, , or scales while minimizing waste and preserving texture. Typically measuring 5 to 9 inches (13 to 23 cm) in blade length, it has a tapered, pointed tip and a slim profile that allows the blade to mold to contours for clean, controlled cuts. Constructed from materials like or high-carbon steel for sharpness and durability, the knife often includes a full-tang for stability during use. Early precursors to the fillet knife appeared in ancient civilizations such as those of the and Romans, who used specialized tools for fish preparation; it evolved significantly in coastal regions during the as became a dietary staple. Its modern form emerged through industrialization in the 19th and 20th centuries, making it widely accessible, while influences like the Japanese yanagiba—a rigid, single-bevel knife perfected for slicing and —highlight regional adaptations for raw fish handling. By the mid-20th century, innovations such as the 1967 Fish 'n Fillet knife modeled commercial designs for recreational anglers, further popularizing flexible blades. In the late 20th and 21st centuries, advancements in materials like corrosion-resistant steels and ergonomic handles continued to refine designs for professional and recreational use. Fillet knives are versatile tools primarily used for seafood preparation but also applicable in light butchery and other tasks.

Introduction

Definition and Purpose

A fillet knife is a specialized within the family, distinguished by its thin, flexible that facilitates the separation of from or with precision. This design allows for meticulous cuts in delicate materials, particularly in culinary preparation where maintaining the integrity of the is essential. The primary purpose of a fillet knife is to fillet , enabling clean and precise incisions close to the to yield boneless portions without tearing or damaging the surrounding . Its key attributes include exceptional flexibility, which permits contouring around irregular bone structures, and razor-like sharpness that ensures smooth, efficient slicing with minimal resistance. Typical blade lengths range from 6 to 11 inches, providing versatility for various sizes while optimizing control and reach during the filleting process. Electric variants extend this functionality by incorporating a motorized for enhanced speed in similar precision tasks, though manual versions remain standard for most applications.

History

The origins of the fillet knife trace back to ancient coastal communities where served as a primary dietary staple, prompting the use of rudimentary blades crafted from stone, bone, or shell for processing catches. These early tools, employed in fishing practices dating to , allowed for , gutting, and filleting to preserve and prepare them for consumption. Archaeological evidence from sites around 12,000 years ago in the highlights sophisticated , such as bone hooks and line weights, used in early in coastal regions. In the 19th and early 20th centuries, European blacksmiths advanced knife-making techniques, refining blades for specialized tasks like fish filleting amid growing commercial fishing demands. This period saw the transition from general-purpose cutting tools to thinner, more flexible designs suited for separating flesh from bone with precision. A notable example is the 1928 founding of J. Marttiini’s Knife Factory in Rovaniemi, Finland, by blacksmith Janne Marttiini, which produced durable knives tailored for northern European fishing, including models for filleting salmon and other species central to local diets. The mid-20th century marked the commercialization of fillet knives, driven by innovations that bridged industrial and recreational needs. In , the Fish 'n Fillet knife was introduced by the Normark company, designed by American fishing enthusiast Ron Weber in collaboration with Finnish knifemaker Marttiini; it replicated the worn, flexible profile of commercial processors' blades, which had naturally honed to contour fish skeletons efficiently after prolonged use. This model gained widespread adoption among anglers, standardizing the flexible blade as an essential feature for both professional filleting in expanding industrial fisheries and home-based fish preparation. The design's popularity reflected the post-World War II surge in recreational and global fish trade, which emphasized tools enabling clean, waste-minimizing cuts.

Uses and Applications

Filleting Fish

Filleting involves carefully separating the edible from the bones and using a specialized to yield clean, boneless portions suitable for cooking. This is essential for preparing fresh catch, allowing for efficient removal of the fillet while preserving the meat's texture and flavor. The technique varies slightly by fish type but generally prioritizes precision to avoid waste and contamination. The filleting process begins with scaling the to remove the outer protective layer, which can be done by scraping a or scaler from tail to head under running . Next, gut the by making a shallow incision along the belly from the to the base of the gills, removing the entrails and rinsing the cavity thoroughly. To start filleting, position the on a with its back facing up, and make an initial incision just behind the gills or pectoral fin, cutting down to the backbone at a slight angle. From there, insert the flat against the backbone and run it smoothly toward the tail, using gentle sawing motions to separate the fillet from the spine while staying above the . Flip the over and repeat on the other side to obtain the second fillet. Finally, to remove the skin, lay the fillet skin-side down and slide the between the and , pulling the skin taut while the blade upward to release the cleanly. A key advantage of the fillet knife's flexibility lies in its ability to navigate the rib cages and spines of various fish species, such as and , where the blade can curve to follow irregular bone structures without tearing the delicate flesh. This adaptability ensures closer cuts to the bones, maximizing yield from round-bodied fish like , which have pronounced ribs, or larger species like with their prominent dorsal spines. To minimize waste during filleting, angle the blade to closely follow the natural contours of the backbone and , allowing the knife to hug the bones and capture as much as possible without excessive trimming. Practitioners recommend using short, controlled strokes and frequently checking progress by lifting the fillet to assess separation, which helps retain usable portions that might otherwise be lost to overcutting. Common challenges in filleting include encountering small pin s, particularly in species like , which can be addressed by using the knife's sharp point to gently probe and lift bones or employing for precise removal after the initial filleting. Another issue is maintaining control on slippery surfaces, mitigated by securing the 's tail with a cloth or by working in a well-lit area to visualize bone lines clearly.

Preparing Meat and Poultry

Fillet knives play a key role in deboning due to their thin, flexible blades that enable precise separation of from with minimal waste. For instance, when removing breasts from a , the knife's sharp tip is inserted along the keel , allowing a smooth gliding cut parallel to the to detach the fillet while preserving the skin and . This technique is particularly effective for smaller joints, where the blade's flexibility facilitates following the contours of the without tearing the tender . In meat preparation, fillet knives excel at trimming excess tissues, such as removing the silver skin—a tough —from , by sliding the blade under the surface and lifting it away in controlled strokes to expose the underlying muscle. Their sharpness allows for adaptations in handling tougher connective tissues, where the knife glides between muscle and sinew to separate layers cleanly, reducing chewiness in the final product and ensuring even cooking. This precision is essential for tasks like trimming fat or from or cuts, maintaining the integrity of the meat's texture. The knife's design also supports portioning larger cuts, such as dividing roasts into uniform steaks or slicing thinly against the for stir-fries, leveraging its long for straight, clean lines that promote quick cooking and tenderness. In butchery and game processing, fillet knives are commonly used for deer, where they trim silverskin from haunches or fillet backstraps into steaks, enabling efficient field dressing and home preparation of with minimal loss of usable .

Design and Features

Blade Characteristics

Fillet knife blades are predominantly constructed from high-carbon , which provides excellent resistance essential for use in wet, fish-processing environments while maintaining sufficient carbon content for durability and edge retention. Specific alloys like X50 German or MagnaCut are favored for their balance of hardness—typically 56-58 HRC—and resistance to rust, allowing prolonged exposure to moisture without degradation. Alternatives such as high-carbon steels like 80CrV2 offer superior edge retention and sharpness but require protective coatings to mitigate in humid conditions. Blade thickness generally ranges from 1 to 2 mm, with many designs featuring an ultra-thin profile under 1 mm at the edge to enhance maneuverability around delicate bones and contours. This thinness contributes to the blade's signature tapered, whip-like flexibility, enabling it to bend and follow the natural curves of fish flesh without snapping, which is crucial for precise filleting. The flexibility is achieved through a gradual taper from spine to , providing controlled deflection under pressure rather than rigidity. Most fillet knives employ a double-bevel for versatility in both right- and left-handed use, though single-bevel variants exist for specialized precision tasks in professional settings. The cutting edge is honed to a razor-sharp of 12-17 degrees per side, ensuring clean, effortless slices through and while minimizing tearing. This acute , combined with the blade's or polished finish, promotes low and high cutting efficiency. Blade lengths vary from 4 to 11 inches to accommodate different fish sizes, with shorter 4-7 inch blades ideal for small species like or where precision in confined areas is key. Longer 8-11 inch options suit larger such as or , offering extended reach for deep, sweeping cuts along the backbone. The narrow, elongated shape of the blade in all lengths facilitates smooth gliding motions essential for separating fillets from ribs and skin.

Handle Design

The handle of a fillet knife plays a crucial role in providing control, comfort, and safety, particularly during the precise, repetitive motions required for filleting slippery . Common materials include non-slip options such as rubber, which offers a secure grip even when wet and is easy to clean, and textured , valued for its and resistance to . Cork handles provide a lightweight, absorbent surface that enhances grip in humid conditions, while traditional offers aesthetic appeal and a natural feel but requires sealing with oils or varnishes to prevent slippage and moisture absorption. Ergonomic features emphasize balance and slip prevention to minimize hand strain and injury risk. Full tang construction, where the blade extends fully through the handle, ensures superior balance and structural integrity, distributing weight evenly for better control during extended use. Many designs incorporate finger guards or bolsters—thicker reinforcements at the handle's front—to act as barriers, preventing fingers from sliding onto the blade during forceful cuts. These elements collectively reduce fatigue and enhance precision, especially in wet environments. Handle length and shape are typically scaled to match the blade size, with shorter handles (around 4-5 inches) paired with 6-7 inch s for smaller , and longer ones (5-6 inches) for 9-12 inch s on larger , promoting proportional leverage. A slight curve or contoured profile in the handle conforms to the natural hand grip, facilitating smoother filleting motions and improved maneuverability around contours. This aids in maintaining a firm hold without excessive strain. Weight considerations prioritize lightness to combat during prolonged filleting sessions, with total knife weights commonly ranging from 2 to 4 ounces. This featherweight build, often achieved through lightweight materials like or thin , allows for agile handling without compromising stability, making it ideal for anglers processing multiple catches.

Types and Variations

Manual Fillet Knives

Manual fillet knives are traditional cutting tools operated entirely by hand, relying on the user's and strength for precise filleting without any mechanical assistance. These knives feature thin, sharp blades designed to glide through while separating it from bones and , making them essential for anglers and culinary professionals who prioritize control over speed. Unlike powered alternatives, manual versions demand technique but offer unmatched maneuverability in detailed work. Variations in manual fillet knives primarily revolve around blade flexibility and length to suit different filleting tasks. Full-flex blades, which bend significantly under pressure, excel at navigating contours around delicate bones in soft-fleshed like , allowing the knife to follow the natural shape of the fillet for minimal waste. In contrast, semi-stiff blades provide moderate flexibility with greater rigidity, offering better stability for larger or tougher where excessive bending could lead to loss of control. Blade lengths typically range from 4 to 6 inches for small or precision cuts, 7 to 8 inches for versatile everyday use, and 9 to 11 inches for processing bigger catches efficiently. Other variations include alveolated blades featuring oval perforations that reduce sticking when slicing thin fillets, firm blades up to 200 mm long for quicker processing of larger cuts, robust designs for outdoor use, and specialized tools for filleting or with more rigid profiles suited to light butchery. Popular models include the Rapala Fish 'n Fillet series, known for its hand-ground blade with full-tang construction and ergonomic handle, available in fixed-blade designs for durability during extended use. The Marttiini fillet knives, produced under the Rapala VMC Corporation, feature similar high-carbon blades with wooden handles, often in fixed formats praised for their sharpness retention. For portability, folding variants like the KastKing Folding Fillet Knife or Messermeister Chef incorporate compact mechanisms that secure the blade when closed, ideal for on-the-go anglers without sacrificing cutting performance. Key advantages of manual fillet knives include superior precision and control, enabling users to make fine adjustments that powered tools cannot match, which is particularly valued by professional chefs and experienced anglers for high-quality results. They require no batteries or , ensuring reliability in remote locations or during power outages, and their enhances maneuverability for prolonged sessions. These qualities make them a staple in both professional kitchens and outdoor settings. Customization options in some manual fillet knife lines allow for adaptability, such as replaceable blades in models like the KastKing Interchangeable Kit, which offers swappable flex and stiff options to match specific tasks without purchasing multiple tools. Certain designs also support handle replacements using modular kits made from sustainable materials, extending the knife's lifespan and personalizing grip comfort.

Electric Fillet Knives

Electric fillet knives employ a battery-operated or corded that drives a reciprocating through rapid , typically at speeds of 1,750 to 3,000 strokes per minute, to enable effortless and efficient cutting of flesh without requiring significant manual force. This mechanism contrasts with manual fillet knives by automating the cutting motion, allowing users to guide the along the 's contours while the motor handles the slicing action. The blades in electric fillet knives are engineered for high-vibration use, featuring shorter, interchangeable designs measuring 7 to 9 inches in length, constructed from durable high-carbon to maintain edge integrity during rapid reciprocation. These replaceable blades, often available in flexible or stiff variants, facilitate quick swaps for different sizes and ensure consistent performance in demanding conditions. Key advantages of electric fillet knives include substantial reduction in user fatigue, making them ideal for processing large or high volumes in settings where speed and endurance are critical. However, they present drawbacks such as audible motor noise during operation, the need for battery recharging in models which can interrupt workflow, and diminished precision for fine detailing compared to manual tools. Electric fillet knives emerged in the late , with foundational patents for powered reciprocating designs granted in the , such as US Patent 4,593,466 in 1986.

Maintenance and Care

Sharpening and Cleaning

Proper maintenance of a fillet knife involves regular cleaning to ensure and prevent , particularly after handling or . Immediately after use, rinse the and with warm and mild dish soap using a soft to remove residue without scratching the surface. Thoroughly dry the knife with an absorbent towel to inhibit formation, as moisture can accelerate oxidation on blades. Avoid placing the knife in a , which exposes it to harsh s, high heat, and mechanical agitation that can dull the edge, warp the , or cause wood handles to crack and delaminate. Hand-washing with mild-to-medium strength is recommended for all fillet knives to preserve their integrity. Sharpening maintains the knife's precision for clean cuts, with methods varying by frequency and tool to suit the blade's material, such as stainless or high-carbon . For routine upkeep, use a honing rod or at a consistent 18- to 20-degree per side, applying light pressure in downward swipes to realign without removing metal; perform this before each filleting session or daily during heavy use. Full with a whetstone should occur every few months to a year, or more frequently with heavy use, when no longer performs well, depending on the blade and cutting demands, starting with a coarse grit (300-400) to reshape and finishing with fine grit (1000-8000) for polish. Maintain a 15- to 20-degree during whetstone by using guides like stacked coins under the blade spine, pulling across the stone in controlled strokes from to tip while ensuring equal passes on both sides to avoid uneven bevels. High-carbon blades, which offer superior edge retention but are prone to , benefit from professional services periodically to achieve optimal without risking damage from improper home techniques. Additional tools and preventive measures enhance longevity, especially for specialized blades. Ceramic sharpeners or V-notch pull-through devices provide quick touch-ups between full sharpenings, ideal for field use to restore minor dullness at the recommended angle. For fillet knives, apply a light coat of food-grade or to the blade after cleaning and drying to create a protective barrier against and . This oiling step is particularly crucial for non-stainless variants, as it inhibits without affecting cutting performance when wiped off before use.

Storage and Safety

Proper storage of fillet knives is essential to maintain the blade's sharpness and prevent damage or injury. Knives should be stored in dedicated sheaths or protective cases to safeguard the edge from dulling and to avoid accidental cuts when handling. Alternatively, magnetic strips or knife blocks can be used for hanging or organizing, provided they securely hold the knife without dragging the blade along surfaces. Storage in dry environments away from and extreme temperatures is critical to prevent , especially on blades. Knives must be kept separate from other tools to avoid blade nicks or cross-contamination. Safety during use begins with selecting appropriate protective equipment and work setups. should be worn on the non-knife hand to reduce the risk of lacerations, particularly when handling slippery . , non-slip cutting surfaces, such as adjustable workbenches, provide a secure base and minimize slips, especially given the flexible nature of many fillet blades that can bend during cuts. Users must maintain awareness of the blade's flex to control movement and prevent unintended slips that could lead to injury. Fillet knives pose significant risks due to their exceptional sharpness, which can deep cuts or even amputations if mishandled, particularly in unstable environments. For electric models, additional hazards include battery overheating and if charged with incompatible chargers, as seen in recalls affecting thousands of units. For electric fillet knives, always use manufacturer-approved chargers and follow battery care instructions to prevent overheating or risks. Best practices emphasize education for novices and children to foster safe habits. Proper grip techniques—holding the knife firmly by the with fingers clear of the blade path—should be taught alongside secure storage methods to keep knives out of reach. This includes demonstrating how ergonomic designs aid control, reducing strain during extended use.

References

  1. https://madeincookware.com/blogs/what-is-fillet-knife-used-for
  2. https://dalstrong.com/blogs/news/differences-between-a-fillet-knife-and-a-boning-knife
  3. https://wusthof.com/blogs/the-chefs-table/boning-knives-and-fillet-knives-what-s-the-difference
  4. https://en.tyrolitlife.com/guide/knife-guide/filleting-knife-all-information/
  5. https://anglersjournal.com/boats-gear/the-knife-thats-fed-millions-and-me/
  6. https://www.rapala.com/us_en/fish-n-fillet-knives
  7. https://www.knivesandtools.com/en/ct/boning-knife-vs-filleting-knife.htm
  8. https://sharpedgeshop.com/blogs/knife-types/boning-vs-filleting-knife-the-ultimate-comparison
  9. https://www.aftco.com/blogs/product-resources/how-to-choose-the-right-fish-fillet-knife
  10. https://www.shanzuchef.com/blogs/chef-blog/the-ultimate-guide-to-filleting-knives
  11. https://towncutler.com/blogs/town-cutler-blog/the-ultimate-guide-to-choosing-the-perfect-fish-fillet-knife
  12. https://gfp.sd.gov/UserDocs/nav/FISHSouthDakotaBook_PartTwo_%28002%29.pdf
  13. https://towncutler.com/blogs/town-cutler-blog/from-ocean-to-plate-exploring-the-role-of-fish-fillet-knives-in-seafood-preparation
  14. https://www.ancient-origins.net/news-history-archaeology/fishing-tackle-0015918
  15. https://www.marttiini.fi/Story-of-Marttiini
  16. https://thegourmethost.com/evolution-of-western-knives-in-history-for-beginners/
  17. https://www.encyclopedia.com/books/politics-and-business-magazines/rapala-normark-group-ltd
  18. https://www.escoffier.edu/blog/recipes/how-to-fillet-a-fish/
  19. https://www.thekitchn.com/how-to-fillet-fish-23727071
  20. https://www.dnr.state.mn.us/minnaqua/et/filleting.html
  21. https://www.adfg.alaska.gov/index.cfm?ID=60&adfg=FishingSportFishAK.reelTimes
  22. https://gf.nd.gov/fishing/northern-pike/removing-y-bones
  23. https://kamikoto.com/blogs/fundamentals/comprehensive-guide-to-deboning-meat
  24. https://dalstrong.com/blogs/news/best-fillet-knife
  25. https://www.backcountryhunters.org/media/details/wild-game-processing-gear-and-tips
  26. https://www.messermeister.com/products/pro-series-flexible-fillet-knife-8-1
  27. https://www.montanaknifecompany.com/blogs/news/best-fish-fillet-knife
  28. https://waterjetknives.com/products/filet-knife-7-inch-high-carbon-stainless-steel
  29. https://www.blackstonesboston.com/mac-pro-sole-fillet-7.html
  30. https://www.sharpeningsupplies.com/blogs/articles/tips-for-selecting-the-right-bevel-angle
  31. https://www.shanzuchef.com/en-us/blogs/chief-blog/the-ultimate-guide-to-failing-knives
  32. https://imarku.net/blogs/news/fish-fillet-knife
  33. https://ergochef.com/a-fillet-knife-is-great-for-fish-poultry-meat-and-fruits/
  34. https://www.misen.com/blogs/news/knife-tang
  35. https://bladeops.com/blog/the-importance-of-ergonomics-in-knife-design/
  36. https://ruikeknives.com/ergonomic-design-in-knives-balancing-comfort-and-performance/
  37. https://www.rapala.com/us_en/stealth-fxf-fillet-knife
  38. https://www.ebay.com/itm/265848587521
  39. https://www.knivesofthenorth.com/products/wood-jewel-fillet-knife-with-birch-handle
  40. https://www.fieldandstream.com/outdoor-gear/fishing/best-fillet-knives
  41. https://knifemerchant.com/knives/knife-types/fillet-knives/
  42. https://www.zwilling.com/us/zwilling-pro-7-inch-filleting-knife-38403-183/38403-183-0.html
  43. https://www.arcos.com/en-eu/collections/knives-fillet-knife
  44. https://www.rapala.com/us_en/fish-n-fillet-superflex-knife
  45. https://www.marttiini.com/
  46. https://www.amazon.com/KastKing-Folding-Fishing-Stainless-Steel-Non-Slip/dp/B08H1WH279
  47. https://beyondbraid.com/blogs/news/sharp-fillet-knife-for-clean-fish-cuts
  48. https://www.amazon.com/KastKing-Interchangeable-3-Blade-Fillet-Knife/dp/B0CY1ZNLZH
  49. https://elementknife.com/products/custom-handle-mod-kit
  50. https://www.bubba.com/knives/electric/lithium-ion-cordless-fillet-knife/1095705.html
  51. https://www.rapala.com/us_en/heavy-duty-electric-fillet-knife
  52. https://www.in-fisherman.com/editorial/best-electric-knives/357573
  53. https://www.bubba.com/holiday-sale/electric-fillet-knife-replacement-blades/1099594.html
  54. https://www.rticn.com/electric-fillet-knife/
  55. https://www.amazon.com/American-Angler-Professional-Electric-Standard/dp/B00CWX4JTG
  56. https://www.amazon.com/ask/questions/Tx2FENTMTXE62S/
  57. https://www.wired2fish.com/tackle-reviews/bubba-lithium-ion-cordless-electric-fillet-knife-review
  58. https://patents.google.com/patent/US4593466A/en
  59. https://www.aftco.com/blogs/product-resources/how-to-clean-and-maintain-a-fillet-knife
  60. https://onthewater.com/sharpen-your-fillet-knife
  61. https://dexteroutdoors.com/blog/tips-to-clean-sharpen-and-maintain-your-fillet-knife/
  62. https://www.aftco.com/blogs/tackle-how-to/how-to-sharpen-a-fillet-knife
  63. https://riteangler.com/blogs/news/how-to-sharpen-a-knife-with-a-sharpening-stone
  64. https://baitium.com/blogs/news/how-to-properly-maintain-and-care-for-your-fish-fillet-knife
  65. https://www.worksafe.qld.gov.au/safety-and-prevention/hazards/workplace-hazards/dangers-in-your-workplace/knives-at-work
  66. https://www.hsa.ie/eng/your_industry/fishing/hazards/knives/
  67. https://www.cpsc.gov/Recalls/2021/Rapala-USA-Recalls-Rechargeable-Fillet-Knives-Due-to-Fire-Hazard
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