From a pen sketch
to a quoted product.
Podium Pickles wanted a branded stainless fork to sell with the jars. I turned a sketch into seven concepts across two rounds, checked each one against a real manufacturing route, made sure the logo would laser mark clean, and put real quotes next to every option so the customer could pick with the numbers in front of them.
Concept renders- Customer
- Podium Pickles, a small-batch pickle brand
- Product
- A branded fork sold with the jars
- Concepts
- 7 across two rounds
- Processes
- 316L metal 3D printing, or 316 sheet laser cut and formed
- Branding
- Logo laser marked, or cut through the sheet
- Status
- Concepts and quotes with the customer
A small product, taken seriously
The ask
Podium Pickles wanted a fork to sell alongside the jars. Stainless, dishwasher tough, a run under 250 pieces, and a look that fits a brand built on a pickle riding a sportbike and a checkered flag.
The approach
Start with a pen sketch and the customer's words, turn it into four printable concepts in a day, then a second round with the ideas the first one sparked. Every concept got a real manufacturing route and a real quote before it went in the deck.
Where it stands
Seven concepts, a customer deck in inches and ounces, and quotes at 3, 25, 50 and 100 pieces for the five that are ready to make. The customer picks, then the winner gets rebuilt as production CAD with a drawing and a first article.
Where it started
Every idea got a route and a number
AHairpin jabber
316L metal AM · 6.3 in, 1.4 oz
A bent-wire look printed as one piece. Simple and cheap to print, but in 316L it is a jabber, not a tong.
B2 / C2Pickle grip and collar jabber
316L fork, printed plastic handle · 6 to 6.75 in
Two-piece: a metal fork with a hidden tang set in a printed pickle-shaped handle. Dropped from the quote until the handle has a cost.
DSpoon and fork
316L metal AM · 8.5 in, 1.2 oz
Long enough for the bottom of the jar, a spoon on the far end for the brine. The lightest of the printed set.
E10 mm wrench fork
316L metal AM · 6.5 in, 1.9 oz
A real combination-wrench box end, 12-point with the proper offset and a stamped 10, and a three-tine fork where the open end would be.
FTopology fork
316L metal AM · 7.0 in, 2.0 oz
The handle came out of a 2D topology study with a spear load and a side load at the tines. A Warren-style truss using about a third of a solid plate.
GSheet metal fork
316 sheet, laser cut and press brake formed · 7.5 in, 1.5 oz
A formed channel handle, flat tines and a hang hole. The logo is laser marked on the web after forming. By far the cheapest route at every quantity.
G2Cut-through flag
316 sheet, laser cut and formed · 7.5 in
Same fork, the checkered flag cut through the handle with alternate squares marked. Holes and ligaments sized at sheet thickness so the laser can hold them.
The customer's ideas, engineered
Three things that made it a real quote
Two routes, priced side by side
Printed 316L gives organic shapes and one-piece novelty. Laser cut sheet gives the price. The customer saw both with real numbers at four quantities, not a guess.
Branding checked before it was promised
The logo mark was measured on a 0.01 mm raster: every stroke, gap and counter sits well above what a fiber laser can hold. Marked after forming so the die never touches it, then passivated for food contact.
DFM done against the shop, not a textbook
The first sheet metal flange failed a vendor's bend check. The flange grew, the bend radius changed, and the revised STEP passed before it was ever quoted.
Sketch to quote in two days
- 01
Sketch to solids
Four concepts from a pen sketch, built as watertight print-ready solids with the tang, collar and handle details worked out.
- 02
Customer deck
Renders, sizes in inches and ounces, a compare table and the materials story, in a look that matches the brand.
- 03
Round 2
The customer's own ideas: a wrench fork, a topology handle and a sheet metal version with the logo on it.
- 04
Instant quotes
Every concept run through metal printing and laser cutting quotes at 3 to 100 pieces, with duty and shipping in the number.
- 05
Drawing and RFQ
The sheet metal fork got a 1:1 drawing with the flat pattern, bend callouts, etch detail and passivation note, ready for a laser shop.
- 06
Next
Customer pick, vector logo in, production CAD in Inventor, first article and a 48 hour brine soak on the marked part.
The customer is picking now. Once they do, the winner becomes production CAD with a drawing, a first article and a brine soak on the marked part. The finished fork will land here.
What this means for your project
Your logo on a part people keep.
Forks, openers, keychains, tools, fixtures. I design it for the process that fits your quantity, check the branding will mark or cut clean, and bring back real quotes instead of a guess.
Concepts you can compare, then one you can order.
A short concept round with renders and a compare table, then production CAD, a drawing and a first article through shops I know. You own the files.
Have a product idea on a napkin?
Send me the sketch and what it needs to do. I reply within 2 business days.
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