C/M Casking. Bending. Welding

 

C/M Casking. Bending. Welding 

VAST AUTOMATION + MANUFACTURING 

Our silo farm process for Emissions controls 

Aluminum. Stainless steel. Composites 

Connected material choice with treatment 

"Japanese anti-rust style treatment throughout"

OUR AUTOMATED PROCESS 

Automated welds & light hand welds 

C/M Manufacturing. In-House / External 

Our 2-3 tiered automated line from organized raw & repurposed material (Block 11)

Environment. Health. Safety 

ZERO EMISSIONS INDUSTRIAL PROCESS 

Dust devris collection & Emissions collection 

True "zero emissions" in aluminum casting requires switching melting furnaces from fossil fuels to renewable electricity (e.g., zero-carbon grids) and using zero-carbon primary aluminum or high-purity recycled scrap. It eliminates process greenhouse gases entirely at the local casting level. 

Key Technologies for Zero-Emission Casting

Renewable-Powered Induction Furnaces: Casting foundries use induction or resistance melting powered by green energy (like Quebec's or Iceland's hydro-grids) to achieve zero carbon melting. For instance, plants replace natural gas-fired furnaces with electric ones, which can reduce up to 3,000 tonnes of greenhouse gases annually. 

Inert Anode Technology (ELYSIS): While primary metal smelting is a separate step from casting, upcoming technologies like the ALCOA ELYSIS Technology aim to replace carbon anodes with inert materials. This generates pure oxygen instead of greenhouse gases, offering an emissions-free raw material source for casters.

Supply Chain & Circularity

Recycled Aluminum: Foundries often pair electric casting with secondary aluminum processing. Remelting scrap reduces energy consumption to about 3–5% of primary production and cuts carbon emissions by up to 95%. 

Carbon Tracking: Industry guidelines define low-carbon primary aluminum as emitting less than 3 tonnes of CO₂ equivalent per tonne of metal. Organizations utilize tools like the International Aluminium Emissions Dashboard to track and verify emissions reduction targets across the mining-to-casting lifecycle.

CYPRESS MOTORS. CYPRESS MOTOR SPORTS 

Repurposed material casting involves melting scrap metals or plastics into reusable molds to create new parts. Common methods include lost-wax casting for metals (where wax objects are coated, melted away, and replaced with molten metal) and sand casting using old engine blocks, cans, or jewelry. 

Top Resources for Repurposed Casting
To get started or scale up your casting projects, access these specific tools and step-by-step guides:

Metal Melting Info: Check out The Crucible's Metal Casting 101 Guide for a breakdown of furnaces, safety gear, and expendable molds.

Jewelry & Small Scale: If you are working with old silver or gold, follow the Lost Wax Casting Guide.

Sustainable Sourcing: Learn how foundries integrate scrap via Kormax's Recycling

Essential Steps & Safety

Material Prep: Clean scrap aluminum or tin to remove contaminants (dirt, paint, or moisture) before melting.

Safety Gear: Always wear protective gear, including a face shield, high-temperature gloves, and a heat-resistant apron.

Mold Creation: You can use a kiln to burn out wax from a plaster/silica mold, or bury carved recycled foam in dry sand for lost foam casting. 

Repurposing is the process of taking an item and giving it a new function, completely different from its original design. It diverts waste from landfills and adds creative value without needing heavy processing. This sustainable practice applies to everything from household crafts to large-scale commercial materials.

Household and Everyday Repurposing
Many common household items can easily be diverted from the trash to serve new, practical purposes. Instead of buying new organizers or tools, you can transform what you already have: 

Glass Jars: Cleaned out jam or pickle jars make perfect spice holders, plant propagation vessels, or office supply organizers.

Plastic Jugs: Cut off the tops of empty milk or laundry detergent jugs to create scoops for pet food, potting soil, or driveway salt.

Cardboard Boxes: Sturdy shipping boxes can be broken down to create custom-sized dividers for drawers or storage containers.

Industrial and Commercial Materials
Repurposing is also a major industry, particularly in construction and manufacturing, where used or off-cut materials are adapted for entirely new applications. Sourcing these materials can significantly lower project costs while conserving environmental resources: 

Used Fire Hose: Because of its immense durability, retired fire hose is often repurposed for heavy-duty industrial strapping, agricultural reinforcement, or even woven into furniture. 

Gymnasium Bleachers: Reclaimed wood from old school bleachers is frequently processed into high-quality flooring, table tops, and architectural wall accents.

Industrial Conveyor Belts: Worn-out conveyor belts are frequently repurposed as heavy-duty stall mats for livestock or as durable anti-fatigue flooring in workshops.

Repurposing vs. Upcycling vs. Recycling
While often used interchangeably, these terms represent distinct approaches to material handling:

Repurposing: Finding a new use for an existing item without fundamentally changing its original structure.

Upcycling: Altering, dismantling, or combining waste materials to create a product of higher quality or value than the original.

Recycling: Breaking an old product down to its basic raw materials (e.g., melting glass down or shredding plastic) so it can be reprocessed into an entirely new item.

SPORT