Best Jewelry Casting Machines: Why Choose KayaCast or KayaCast XL?
By Pepetools
Nov 02, 2026
A casting machine is a purchase you should be able to build your workshop around. When you compare the best jewelry casting machines, price matters. So do the people who build the machine, the help available after delivery, and your ability to keep it working as your business grows.
For jewelers who value American manufacturing and a clear path to service, we recommend the KayaCast and KayaCast XL “FastCast”. Both are made in the United States by ARBE Machine Manufacturing, an American jewelry-equipment manufacturer since 1975, and available through Pepetools.
To explain what the additional investment buys, we are comparing them with the lower-priced VEVOR 3 CFM / 2L vacuum investing and casting machine—a readily available budget option with an established customer-review listing.
Our recommendation
Choose KayaCast for a compact tabletop setup with U.S. manufacturing, an established equipment maker, and access to replacement components.
Choose KayaCast XL when you also need a larger investing area, room for larger flasks, and an 8 CFM vacuum pump.
Consider the budget option when the lowest initial cost is your overriding priority and you have confirmed its flask compatibility and service arrangements.
The VEVOR model compared here is the 3 CFM / 2L vacuum investing and casting machine without a melting furnace (item 010477479366). VEVOR sells other configurations, so check the exact model when comparing prices.
Published specifications and advertised U.S. pricing
What matters
VEVOR 3 CFM / 2L
KayaCast
KayaCast XL
110V machine price*
$659.99
$1,199
$2,199
Made in the USA
Not stated on the product listing reviewed
Yes — ARBE
Yes — ARBE
Rated vacuum pump
3 CFM
3 CFM
8 CFM
Investing plate
11 × 11 in.
11 × 11 in.
14 × 14 in.
Listed bell jar size
9 in. diameter × 8 in. high
9 in. diameter × 8 in. high
10⅝ in. inside diameter × 10 in. high
Voltage choices
110V on the listing reviewed
110V or 220V
110V or 220V
Support contact
VEVOR customer service
Pepetools and U.S. manufacturer ARBE
Pepetools and U.S. manufacturer ARBE
*Prices checked November 2, 2026, in USD, before tax and shipping. Prices and availability can change. The KayaCast XL 220V version was listed at $2,499. Bell jar dimensions are published nominal dimensions; confirm usable clearance and flask fit for your setup.
1. Made in the USA by a manufacturer with roots in jewelry making
Both KayaCast models are manufactured in the United States. ARBE is based in Farmingdale, New York, and has manufactured jewelry equipment since 1975. Its range includes casting machines, vacuum pumps, wax injectors, vulcanizers, and polishing equipment.
That history matters when you are choosing equipment you intend to maintain. You can identify the manufacturer, contact its team, and find a documented product line built around jewelry workshops. For buyers who prioritize domestic manufacturing, KayaCast offers a straightforward, verified reason to spend more.
A company's age alone cannot predict the lifespan of an individual machine. What ARBE's history does establish is continuity: more than five decades in the equipment business, with casting products, operating instructions, and components still part of its offering.
2. Support that remains part of the buying decision
Ordering a machine is only the beginning. You may need help choosing between models, identifying the correct adapter, finding a replacement component, or deciding where to start when the vacuum reading changes.
With KayaCast, you have Pepetools as your point of contact and ARBE as the U.S. manufacturer. Contact our team with your machine model and the issue you are trying to solve. We can help identify the next step and coordinate with the manufacturer when needed.
VEVOR also advertises customer service. The reason we favor KayaCast for customers who value ongoing support is the direct connection to a specialist jewelry-equipment manufacturer, backed by Pepetools' casting-equipment offering. For a working studio, knowing whom to call is part of the value of the machine.
3. A practical path to parts and maintenance
A bell jar, gasket, investing pad, or pump is a service consideration over the life of a casting setup. Before buying any machine, consider how you will identify and source the parts it may eventually need.
An identifiable machine, documented components, and reachable support make ownership easier to plan. Part compatibility and availability should always be checked for your model and voltage; contact us before ordering a replacement.
Why choose the standard KayaCast?
KayaCast: a compact U.S.-made investing and casting system.
The standard KayaCast makes sense when your flask sizes fit its capacity and bench space is valuable. It combines investing and vacuum-assisted casting in a tabletop machine and works with perforated and solid-wall flasks using the appropriate setup.
Its published maximum flask sizes are 4 × 7 inches or 5 × 6 inches. The machine measures approximately 23 inches wide × 11 inches deep × 14 inches high, and the oil-access port simplifies routine pump maintenance.
Both the standard KayaCast and the VEVOR model list a 3 CFM pump, an 11-inch-square plate, and a similarly sized bell jar. The standard KayaCast's premium buys U.S. manufacturing and an established manufacturer and parts pathway. Matching headline dimensions do not tell you everything about long-term ownership.
At the prices checked for this guide, the standard 110V KayaCast costs approximately $539 more than the VEVOR. For a workshop planning to cast regularly, we believe that is a worthwhile investment in where the equipment comes from and how it can be supported.
KayaCast XL adds an 8 CFM pump, a larger investing platform, and more working capacity.
The XL carries the same U.S. manufacturing advantage and adds useful changes for a growing workshop:
An 8 CFM vacuum pump: approximately 2.7 times the rated air displacement of a 3 CFM pump.
A 14 × 14-inch investing plate: more working area for investment preparation.
A larger bell jar: 10⅝ inches inside diameter × 10 inches high.
Capacity for a 5 × 7-inch flask: useful when your wax trees need additional room.
A dual external filter system: an additional feature of the XL configuration.
CFM describes the pump's rated air displacement. It does not, by itself, establish a deeper ultimate vacuum, a proportional reduction in casting time, or a better casting. The XL's practical advantage is its combination of greater pump capacity and more room for your work.
Choose the XL when its flask capacity solves a real limitation or you expect to need that room as your range develops. Allow for its larger footprint: approximately 24 inches wide × 20 inches deep × 21 inches high.
What customers say about KayaCast quality and Pepetools service
Published customer feedback adds another perspective to the specifications. When we checked the Pepetools product pages on November 3, 2026, the standard KayaCast showed 4.94 out of 5 stars from 34 reviews, and KayaCast XL showed 5 out of 5 stars from 5 reviews. These are product-page ratings, not a company-wide service score.
“Great build quality. Holds vacuum phenomenally well. Would strongly recommend.”
Another verified standard KayaCast buyer, Jimmy P, described the unit as robust and praised its quality and earlier-than-expected arrival. That feedback speaks to two practical buying concerns: the equipment you receive and the experience of getting it into your workshop.
“Love the service from Pepe and love the quality of the casting machine”
Valerie reported upgrading after owning the original KayaCast from Pepetools for three years. XL buyer Jessica L also described choosing the larger model for frequent 5 × 7-inch flask work and appreciated its ease of use and included tongs and gaskets.
These are selected customer experiences, not a controlled comparison with VEVOR or a guarantee of any particular casting result. The XL rating comes from a smaller review sample. Read the full reviews on the KayaCast product page and KayaCast XL product page to see the context and current ratings.
Budget for the complete jewelry casting setup
The machines compared here handle investing and vacuum-assisted casting; they do not include an integrated metal-melting furnace. A working lost-wax setup also needs an appropriate melting method, a burnout kiln, compatible investment and flasks, handling tools, ventilation, and protective equipment.
Match the full setup to your alloy, flask size, and casting process. A machine's purchase price is one part of the budget. Time spent preparing molds, maintaining equipment, and getting help also belongs in the decision.
Plan the equipment around a typical job you want to cast, then check every component against that job:
Vacuum investing and casting: choose standard KayaCast or KayaCast XL by flask size, available space, and required capacity.
Burnout: a programmable kiln, such as the Vulcan burnout furnace, needs to accommodate the intended flasks and approved schedule.
Mold preparation: include investment, compatible flasks, sprue bases, patterns, a scale, water measure, thermometer, timer, mixing bowl, and appropriate mixing tool.
Handling and finishing: plan for tongs, a safe work surface, ventilation, protective equipment, investment removal, sprue cutting, and finishing tools.
Browse Pepetools casting equipment and supplies, or ask us to help check the components of your proposed setup. Verify flask compatibility before ordering: our larger 4 × 8½-inch perforated flask listing, for example, specifically says it does not fit the standard KayaCast.
How vacuum jewelry casting works: from pattern to finished metal
Lost-wax investment casting creates a metal copy of a sacrificial pattern. A wax or suitable castable-resin model is surrounded by investment, a refractory mold material. After the investment sets, a programmed burnout cycle removes the pattern and prepares the mold. Molten metal fills the cavity, then solidifies into the jewelry design.
KayaCast performs two distinct jobs in this workflow. During investing, the bell-jar vacuum helps remove air from the mixed investment and filled flask. During casting, vacuum is applied through the porous investment to help evacuate air as metal enters the mold. The machine does not stir the powder, burn out the pattern, or melt the metal.
This distinction helps you choose the best jewelry casting machine for your studio. Pump capacity matters, but so do the investment formula, pattern preparation, sprue design, burnout, alloy, and temperatures. A well-prepared mold gives the machine the opportunity to do its job.
1. Prepare the wax or castable-resin pattern
Inspect the pattern before investing. Surface marks, unwanted texture, and damaged details can carry through to the metal. Finish a carved wax carefully, check injected waxes for defects, and prepare printed patterns according to the resin maker's washing, drying, and curing instructions. Use a resin specifically intended for casting and check its compatibility with the investment.
2. Plan the sprues and metal charge
Sprues form the channels that feed molten metal to the design. Their location and size affect filling and how the casting solidifies. Plan the feed path around the heavier sections and avoid abrupt, weak connections. For a tree of multiple patterns, allow enough space for investment between pieces and around the outside of the tree.
Calculate the metal charge using the actual pattern material and alloy, with the required sprue and button allowance. A conversion factor for one wax and alloy is not automatically appropriate for a printed resin or a different metal. Record the intended alloy and charge against the flask number before beginning.
3. Choose a compatible flask and assemble the mold
Confirm the flask's diameter, height, flange, adapter, and gasket fit your particular KayaCast model. Check bell-jar clearance separately from casting-chamber capacity. A flask that fits one part of the process may not fit the other, especially once a bowl, base, or overflow allowance is included.
Secure the sprue base, center the tree, and leave the investment coverage required by the flask and investment instructions. Prepare perforated flasks with the recommended investing sleeve or sealing method, then remove it at the specified stage. Have the matching casting adapters ready before the flask becomes hot.
4. Mix, vacuum, and pour the investment
Measure the water and powder for the selected formula, start the timer when they meet, and mix for the specified time. Vacuum the slurry in a sufficiently large bowl, pour it gently down the inside wall of the flask, and vacuum the filled flask within the product's working time. Leave room for the slurry to rise under vacuum.
Pouring onto the flask wall helps the investment flow around delicate patterns. It also reduces the need to disturb the tree. The investment mixing guidance below explains how to keep this stage consistent.
5. Let the invested flask develop strength
Place the filled flask on a stable surface and leave it undisturbed for the specified bench-set period. A surface that looks hard does not mean the mold is ready for burnout. Different products and resin workflows call for different waiting periods, so avoid copying the timing from an unrelated investment.
6. Complete the correct burnout cycle
Use a controlled burnout kiln and the schedule approved for the investment, pattern material, flask size, and kiln load. Burnout must remove moisture and pattern material while preserving the mold. Castable resins can behave differently from injection wax, making the resin manufacturer's guidance especially important.
After the required burnout stages, bring the flask to the recommended casting temperature and allow it to stabilize. Peak burnout temperature, flask temperature at the pour, and molten-metal temperature are three different settings. Do not substitute one for another or exceed the investment's limits.
7. Melt and cast with the correct vacuum setup
Use a suitable melting furnace or torch setup, a compatible crucible, clean metal, and the alloy supplier's casting guidance. Before handling hot equipment, arrange the tongs, clear the transfer path, and check the casting adapter and gasket. Use dry charge material and tools where required by the melting equipment instructions.
Position the hot flask using the manufacturer's procedure, establish the required casting vacuum, and pour in a controlled, continuous motion. Follow the KayaCast instructions for valve operation and the period to maintain vacuum after pouring. A vacuum machine cannot compensate for an incomplete burnout, an unsuitable sprue, or metal at the wrong temperature.
8. Cool, remove the investment, and finish
Follow the alloy, investment, and any stone-in-place requirements for cooling and quenching. Do not assume every alloy can be quenched immediately after casting. Once the casting is ready, remove the investment, inspect the result, cut off the sprues, and proceed with finishing.
Keep a simple casting record: pattern material, investment batch, water ratio and temperature, mixing times, flask size, burnout schedule, alloy, pour conditions, and the result. When a problem appears, change one controlled variable at a time so the next pour teaches you something useful.
Workshop preparation: Investment powders can contain respirable crystalline silica. Follow the product SDS for dust control, cleanup, and respiratory protection. Provide suitable burnout exhaust, eye and face protection, heat protection, and a dry, clear area for molten-metal handling. The process guide supplements the equipment and material instructions.
Choose the right jewelry casting investment: Certus at Pepetools
Investment powder is part of your casting system. Choose it for the pattern material, alloy, design, and burnout requirements rather than treating every white powder as interchangeable. Pepetools offers the following Certus Prestige investment options for different casting needs.
Certus investment powders available through Pepetools
Larger figurines, sculptures, and appropriate non-ferrous casting applications, including silver and gold.
Use its own mixing ratio and burnout instructions. Offered in a 49 lb sack; machine and flask capacity still limit the size you can cast.
OPTIMA: a versatile choice for wax and castable-resin work
OPTIMA is a gypsum-bonded investment designed for several jewelry pattern materials, including SLA and DLP castable resins. Certus describes an easy-pouring mix and low rise under vacuum. For a studio working with both traditional wax and printed designs, that range of intended applications makes OPTIMA worth considering.
Resin compatibility still depends on the complete process. Share the exact resin brand and formulation when asking about setup, and follow its preparation and burnout recommendations alongside the investment instructions. Read the OPTIMA product details and OPTIMA technical sheet.
ORO: a focused option for gold jewelry casting
ORO is a gypsum-bonded formula developed for gold alloys up to 22K. Its graded refractory ingredients and controlled mixing characteristics are intended to support smooth surfaces and consistent mold preparation. It is a useful option to discuss when gold jewelry is the main work moving through your shop.
Choose it against the actual alloy and pattern requirements; a gold-casting investment should not be assumed suitable for platinum or every high-temperature alloy. See the ORO listing and ORO instructions.
POWERCAST: investment for larger figurines and sculptures
POWERCAST is the Certus option in our range aimed at larger figurines and sculptures. It has a different published water-to-powder ratio from the OPTIMA and ORO examples below. That difference is a practical reason to label your materials and keep the correct instructions at the mixing station.
A stronger or application-specific investment does not increase the capacity of a casting machine. Check the complete flask assembly and the metal charge before planning a larger project. View POWERCAST investment and its mixing and burnout instructions.
How to mix jewelry casting investment for more consistent results
The most useful investment-mixing habit is repeatability. A written recipe, a scale, a timer, and controlled water temperature make a batch easier to reproduce and a problem easier to trace. KayaCast supplies the vacuum stage; you still need the appropriate mixing equipment and method.
Weigh the powder and measure the water precisely
Do not estimate powder by the scoop or adjust water until the slurry merely looks right. A water-to-powder ratio of 38:100 means 38 parts water for 100 parts powder by mass. For a 1,000 g powder batch, that is 380 g water. If the technical sheet specifies milliliters, use its measurement method and quantities.
The examples below illustrate why the product and mixing method matter. They are starting references from the published guidance, not a universal recipe for every mold.
Published examples for a 1 kg powder batch
Product and method
Water example
Timing guidance
ORO, conventional mixing
400 mL water per 1 kg powder; water at 21–24°C.
Approximately 8 minutes total working time; 90–120 minutes undisturbed bench set before burnout.
ORO, automatic vacuum mixing
380 mL water per 1 kg powder; water at 21–24°C.
Use the automatic-mixing sequence in the ORO instructions.
OPTIMA, Certus resin-pattern guidance
38:100 for lighter designs; 37:100 for larger, thicker designs. That is 380 g or 370 g water per 1,000 g powder.
Conventional mixing: at least 4 minutes mixing within an 8-minute total working cycle; 3–4 hours undisturbed bench set before burnout.
POWERCAST, published large-flask guidance
34–35 parts water per 100 parts powder by weight: 340–350 g water per 1,000 g powder.
3½–4 minutes mechanical mixing; 2 hours undisturbed bench set before burnout. Follow its specified vacuum stages.
A bell-jar vacuum chamber is not an automatic vacuum mixer. Mixing in a separate bowl and then putting that bowl under the KayaCast bell jar does not, by itself, make the automatic-mixing recipe applicable. Also note that Certus' resin-specific OPTIMA guidance calls for a longer bench set than the general sheet. Use the instructions appropriate to your pattern and current material.
Control temperature and water quality
Keep the powder, water, bowl, and work area within the material supplier's recommended conditions. Temperature affects the time available to mix and invest; a noticeably warmer batch may behave differently from yesterday's. Certus recommends distilled or deionized water for consistency in its OPTIMA resin guidance. Record the water source and temperature instead of changing them between batches.
Use clean tools and add powder to water
Use a clean bowl and mixing tool without hardened investment residue. Measure the water first, add the powder to the water, and start the timer at contact. Mix for the prescribed duration and method, incorporating the material evenly. Do not shorten the specified mix just because the slurry looks smooth, and do not try to restore a setting batch by adding extra water.
Allow room for the slurry to rise under vacuum
Use a bowl with adequate empty volume above the slurry. During vacuuming, entrained air expands and the mixture can rise substantially before falling. Watch the batch throughout the cycle and follow the machine and investment instructions for vacuum duration and release. Prevent investment from spilling onto sealing surfaces or entering the vacuum system.
Keep the bell-jar rim and investing pad clean. Check the jar for damage before use, and never strike or press on it while it is under vacuum. A clean, correctly seated seal is a better starting point than trying to compensate for a leak with extra processing time.
Finish the entire investing cycle within the working time
Working time includes mixing, vacuuming the bowl, filling the flask, and vacuuming the flask. It is not an extra allowance after mixing has finished. Lay out the tools and flask before adding powder to water so you can complete the sequence without searching for an adapter or moving equipment.
After investing, leave the flask undisturbed for the appropriate bench set. Store unused powder sealed in a cool, dry area, follow its shelf-life guidance, and identify the bag or batch in your casting notes.
Common jewelry casting problems and what to check first
A defect rarely identifies one cause on its own. Use the pattern, investment record, equipment condition, and alloy guidance together before changing a setting.
What you see
Possible contributors
Useful next check
Small raised beads on the casting
Air trapped against the pattern during investing.
Check the prescribed ratio, mixing duration, wetting compatibility, and both vacuum stages.
Thin fins or flashing
Cracked or weakened investment, pattern expansion, or a burnout mismatch.
Review the water ratio, bench-set time, pattern material, and approved burnout schedule.
Incomplete filling
Sprue restrictions, insufficient charge, inappropriate temperatures, residual pattern material, or a vacuum leak.
Inspect the feed path and casting seal, then compare recorded conditions with the material guidance.
Pitting or porosity
Shrinkage, gas, contaminated metal, or incomplete burnout.
Review metal condition, spruing, feeding, and temperatures. More vacuum is not a universal solution.
Rough surfaces
Pattern texture, incorrect investment preparation, mold damage, or unsuitable temperatures.
Compare the original pattern with the casting and check the batch record before increasing heat.
Slow or inconsistent vacuum
Dirty sealing surfaces, damaged gaskets, pump-oil issues, or other leaks.
Follow the model's maintenance and vacuum-test procedure before committing another flask.
For support, send Pepetools the machine model and voltage, flask size, investment and pattern materials, process notes, and clear photographs of the defect. Those details make a more useful starting point than a description such as “the casting didn't work.”
Frequently asked questions about jewelry casting machines and investment
Is KayaCast made in the USA?
Yes. ARBE identifies both the standard KayaCast and KayaCast XL as made in the United States. ARBE is based in Farmingdale, New York, and has manufactured jewelry equipment since 1975.
Is KayaCast worth the extra cost over VEVOR?
We recommend it for buyers who value U.S. manufacturing, access to a specialist equipment manufacturer, and documented replacement components. The standard models share several headline specifications, so the strongest reason to choose KayaCast is the ownership and support relationship.
What is the main difference between KayaCast and KayaCast XL?
The XL increases pump capacity from 3 to 8 CFM and adds a larger investing plate and bell jar, plus room for a 5 × 7-inch flask. Choose based on the flask sizes and workspace your process requires.
Does KayaCast melt the metal?
No. These KayaCast models provide investing and vacuum-assisted casting functions. You need a suitable separate melting method and a burnout kiln for lost-wax casting.
Can I get replacement parts and help after purchase?
Pepetools can help with model and part identification, and ARBE provides manufacturer contact information and equipment documentation. Check availability and compatibility before ordering a part. For help with your setup, contact Pepetools.
What is the best investment powder for jewelry casting?
The right powder depends on the pattern, alloy, and casting process. In the Pepetools Certus range, consider OPTIMA for compatible wax and castable-resin work, ORO for gold alloys up to 22K, and POWERCAST for suitable larger figurines and sculptures. Follow the selected product's technical instructions rather than using one recipe for all three.
Can I use KayaCast with 3D-printed castable-resin patterns?
Yes, as part of a compatible investing, burnout, and casting workflow. Choose a castable resin and suitable investment, such as OPTIMA where approved for your material, and follow the resin maker's pattern-preparation instructions. KayaCast supplies vacuum; the burnout kiln and material-specific schedule remove the resin.
What water-to-powder ratio should I use for investment?
Use the ratio specified for your exact investment and mixing method. Published examples differ: ORO conventional mixing uses 400 mL water per kilogram of powder, Certus' OPTIMA resin guidance uses 37:100 or 38:100 by design, and POWERCAST guidance uses 34–35:100 by weight. Confirm the current instructions before mixing.
Does KayaCast automatically mix the investment?
No. These systems provide a bell-jar vacuum for degassing investment prepared separately and a vacuum-assisted casting function. A separate mixing bowl placed under the bell jar is not an automatic vacuum mixer, so choose the recipe for the mixing method you actually use.
How long should investment sit before burnout?
Bench-set requirements vary. The ORO listing gives 90–120 minutes, POWERCAST guidance gives two hours, and Certus' OPTIMA resin-process guidance calls for three to four hours. Follow the instructions for your exact material and application, and keep the invested flask undisturbed during that period.
Why does investment rise under vacuum?
Air within the slurry expands as pressure falls, causing the mixture to rise before the air is released. Use adequate bowl headroom, observe the cycle, and follow the specified vacuum sequence. Avoid spills and prevent investment from entering the vacuum system.
Does an 8 CFM pump automatically produce better castings?
No. CFM is a rated air-displacement figure. The XL offers greater pump capacity and more working room, but casting quality also depends on pattern preparation, spruing, investment, burnout, alloy, temperatures, and sealing. Choose the XL for the capacity your process requires.
Can KayaCast cast silver and gold jewelry?
It can provide vacuum assistance in a suitable silver- or gold-casting setup. Match the alloy with an approved investment, melting method, crucible, flask, and burnout and casting temperatures. The vacuum machine does not establish that every alloy or mold material is compatible.
What do I need besides a vacuum casting machine?
A complete setup includes prepared patterns and sprues, compatible flasks and bases, investment, accurate measuring and mixing equipment, a burnout kiln, a suitable melting system and crucible, tongs, ventilation, protective equipment, and finishing tools. Check the machine's included accessories before ordering duplicates.
Does Pepetools offer investment in bulk?
Yes. Pepetools lists bulk options for OPTIMA and invites bulk and freight inquiries for ORO. Contact the team for the current formula, packaging, quantity, availability, and freight quote rather than assuming the bag count is the same for every pallet.
Build your casting setup around equipment you can support
For jewelers who value U.S. manufacturing, a manufacturer with a history stretching back to 1975, and a clear place to turn for help, KayaCast is our recommendation. Choose the standard model for a compact setup or the XL when your work needs more capacity. Pair it with the right Certus investment, a controlled burnout process, and carefully recorded mixing conditions to build a workflow you can repeat.
Contact Pepetools — help choosing equipment, investment, and compatible accessories.
Process, investment selection, and review sections updated November 3, 2026. Mixing examples draw on the listed Certus product guidance and Certus' OPTIMA resin-process instructions. Use the current instructions for your exact product and application. Customer comments are attributed excerpts or summaries from the linked product pages; ratings can change.
Comparison basis: Pepetools product listings; ARBE model specifications, company history, instructions, and parts catalog; and VEVOR item 010477479366, reviewed November 2, 2026. Pepetools sells KayaCast equipment. This comparison evaluates published specifications and ownership considerations; no comparative durability or casting-performance testing was performed.
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