01
Material before marketing.
The object starts with surface, structure, weight, and use — not a graphic placed onto a blank catalog form.
THE CALCULATED CHEMIST
About The Calculated Chemist
The Calculated Chemist creates science-inspired vessels, drinkware, and commissioned objects for people and organizations shaped by experimentation.
The brand was built against disposable science merchandise: generic catalog goods, weak materials, and novelty graphics that rarely earn a permanent place on a desk, bench, shelf, or daily routine.
Our work starts with recognizable scientific forms, then rebuilds them through material, proportion, function, and restraint.
The brand was built against disposable science merchandise: generic catalog goods, weak materials, and novelty graphics that rarely earn a permanent place on a desk, bench, shelf, or daily routine.
Our work starts with recognizable scientific forms, then rebuilds them through material, proportion, function, and restraint.
FOUNDER-LED OBJECT SYSTEM · EST. 2021
DISCIPLINE
Organic / materials chemistry
METHOD
Prototype, test, refine
STANDARD
Useful objects, not disposable swag
OBJECT SYSTEM
Not novelty.
Not lab cosplay.
Not disposable swag.
The Calculated Chemist is a product and brand system built around science-informed objects.
The references are scientific: calibrated markings, laboratory silhouettes, stainless steel, borosilicate glass, matte surfaces, and measured geometry. But the goal is not to imitate the lab. The goal is to translate scientific culture into objects with real material weight and daily function.
Every product is designed to sit between function and symbolism: useful enough for daily use, distinctive enough to carry meaning.
The references are scientific: calibrated markings, laboratory silhouettes, stainless steel, borosilicate glass, matte surfaces, and measured geometry. But the goal is not to imitate the lab. The goal is to translate scientific culture into objects with real material weight and daily function.
Every product is designed to sit between function and symbolism: useful enough for daily use, distinctive enough to carry meaning.
02
Useful before decorative.
The product must earn a place in daily rotation before it carries a message, logo, or reference.
03
Scientific without becoming novelty.
The references are calibrated, technical, and restrained. The work avoids jokes, clutter, and costume-lab aesthetics.
04
Built to be kept.
The standard is permanence: objects with enough utility, proportion, and material presence to avoid the junk drawer.
A better science object should have weight, utility, proportion, and permanence.
TANNER GERSCHICK · FOUNDER / CHEMIST
FOUNDER RECORD
A chemist's eye, trained outside the lab.
The Calculated Chemist was founded by Tanner Gerschick, an organic and materials chemist. His research career ran through a specialty polymer group at one of the world's leading materials-science companies, where he is named on several patents — including first inventor on the highest-melting-temperature polymer documented that is both melt-processable and water-soluble.
Before chemistry, he worked as a model in fashion capitals from New York to Seoul. Hundreds of production sets trained his eye for proportion, styling, and the way an object communicates before a single word is read.
The Calculated Chemist is the collision of those two disciplines: the rigor of synthesis, and an eye trained on how objects are seen and used.
Before chemistry, he worked as a model in fashion capitals from New York to Seoul. Hundreds of production sets trained his eye for proportion, styling, and the way an object communicates before a single word is read.
The Calculated Chemist is the collision of those two disciplines: the rigor of synthesis, and an eye trained on how objects are seen and used.
The goal is not to make science-themed products. The goal is to make better objects for people and organizations shaped by science.
ORIGIN RECORD
The first problem was the gift table.
The idea started with a simple frustration: most science merchandise felt careless.
At conferences, in gift shops, and across promotional catalogs, science was often reduced to clip art, puns, plastic objects, and generic drinkware with a molecule printed on the side. The products referenced science, but they rarely reflected the precision, usefulness, or material intelligence of scientific work.
The first experiments began with adapted glassware and functional objects inspired by laboratory forms. Early customer feedback revealed the real opportunity: people liked the scientific symbolism, but they needed objects that were safer, more portable, more durable, and easier to use every day.
At conferences, in gift shops, and across promotional catalogs, science was often reduced to clip art, puns, plastic objects, and generic drinkware with a molecule printed on the side. The products referenced science, but they rarely reflected the precision, usefulness, or material intelligence of scientific work.
The first experiments began with adapted glassware and functional objects inspired by laboratory forms. Early customer feedback revealed the real opportunity: people liked the scientific symbolism, but they needed objects that were safer, more portable, more durable, and easier to use every day.
FROM ADAPTED GLASSWARE TO STAINLESS STEEL VESSELS
01
The problem.
Science gifts were often treated as cheap catalog filler rather than useful objects with material presence.
02
The first experiments.
Early objects adapted laboratory glassware into functional forms, testing whether scientific symbolism could become useful.
03
The feedback.
Customers wanted the visual language of science, but needed safer, stronger, more portable objects for daily use.
04
The evolution.
The Erlenmeyer silhouette moved from fragile glass to a stainless steel insulated vessel built for real use.
That led to the Flask Vessel: a stainless steel evolution of the Erlenmeyer silhouette, rebuilt for daily use, gifting, and commissioned brand programs.
METHOD
Form first.
Material second.
Decoration last.
Most merchandise begins with a blank catalog object and asks what graphic can be printed on it.
The Calculated Chemist works in the opposite direction.
We begin with the object: its silhouette, weight, surface, use case, material, and reason for existing. Decoration is not treated as a shortcut. It is treated as the final layer of a larger system.
The result is a product language built around restraint: calibrated markings, permanent engraving, matte finishes, controlled color, and scientific forms translated into daily-use objects.
The Calculated Chemist works in the opposite direction.
We begin with the object: its silhouette, weight, surface, use case, material, and reason for existing. Decoration is not treated as a shortcut. It is treated as the final layer of a larger system.
The result is a product language built around restraint: calibrated markings, permanent engraving, matte finishes, controlled color, and scientific forms translated into daily-use objects.
01
Form
The object must have a reason to exist before it carries a mark.
02
Material
Surface, weight, durability, and finish define the product before decoration.
03
Function
A scientific reference only matters if the object earns daily use.
04
Marking
Branding is applied as a controlled final layer, not a cover-up for a weak object.
Decoration should finish the system, not rescue the object.
OBJECT 001
Object 001 — the Flask Vessel.
The Flask Vessel takes one of science’s most recognizable forms and rebuilds it as a double-wall insulated stainless steel drinking vessel.
It keeps the symbolic strength of the Erlenmeyer silhouette, but solves the problems of laboratory glass: fragility, open tops, chemical association, poor portability, and limited daily usefulness.
The result is a calibrated object for water, coffee, tea, desk use, gifting, and organizational customization.
It keeps the symbolic strength of the Erlenmeyer silhouette, but solves the problems of laboratory glass: fragility, open tops, chemical association, poor portability, and limited daily usefulness.
The result is a calibrated object for water, coffee, tea, desk use, gifting, and organizational customization.
FLASK VESSEL · DOUBLE-WALL STAINLESS STEEL
01
500 mL
A daily-use capacity for water, coffee, tea, and desk hydration.
02
304 Stainless
Durable interior and exterior construction for daily handling.
03
Double-Wall
Insulated construction; 10 oz (≈284 g) empty.
04
Customizable
Designed for engraving, lid marks, strap options, and commissioned brand programs.
The first object proves the thesis: scientific reference can become daily function without becoming novelty.
COMMISSIONED OBJECTS
Built for individuals. Structured for organizations.
The same object system can be adapted for laboratories, universities, museums, technical companies, distributors, and corporate gifting programs.
The Flask Vessel supports laser engraving, logo placement, lid marking, strap customization, and other controlled branding touchpoints. The goal is not to turn the object into another piece of disposable swag. The goal is to create a useful branded object that people keep in rotation.
For science and technology organizations, the product becomes more than drinkware. It becomes a material expression of the brand.
The Flask Vessel supports laser engraving, logo placement, lid marking, strap customization, and other controlled branding touchpoints. The goal is not to turn the object into another piece of disposable swag. The goal is to create a useful branded object that people keep in rotation.
For science and technology organizations, the product becomes more than drinkware. It becomes a material expression of the brand.
CONTROLLED BRANDING TOUCHPOINTS · LASER / LID / STRAP
01
Laser engraving
Permanent logo application through the powder-coated surface.
02
Back-side placement
Vertical logo orientation works with the tapered form while preserving the front calibration markings.
03
Lid marking
Small-format logo or icon placement for a controlled secondary brand touchpoint.
04
Strap customization
Color and logo options for larger programs where the object needs to carry brand identity with restraint.
A logo should not be asked to make a weak object matter. The object should already be worth keeping.
THE STANDARD
For people who notice the object.
The Calculated Chemist exists for people and organizations who care about what objects say, how they are made, and whether they deserve to stay in use.
Science is built on observation, testing, refinement, and material reality.
So are we.
Science is built on observation, testing, refinement, and material reality.
So are we.
Objects for experimentation.
Explore the Flask Vessel · Science Gifts · Custom & Trade
