DYNAMO FURNACES — GREATER MONTRÉAL & MONTÉRÉGIE
Aluminum Melting & Recycling Furnaces for Greater Montréal & Montérégie
Aluminum melting, holding, chip recovery and recycling furnace systems for foundries, die casters, manufacturers and processors across Greater Montréal and Montérégie.
Start with the aluminum—not the furnace
Aluminum may enter a facility as clean ingot, foundry returns, lightweight machining chips, mixed industrial scrap or oxide-rich dross. Each material stream requires a different melting and recovery strategy.
Dynamo Furnaces provides aluminum melting, holding and recycling systems for foundries, die casters, recyclers and manufacturers throughout Greater Montréal, Laval, Longueuil, Boucherville, Montérégie and surrounding Québec industrial regions.
Rather than selecting a furnace from capacity alone, evaluate the complete metal flow from charge material to downstream use.
A major concentration of aluminum transformation
Greater Montréal and Montérégie contain a dense network of companies that transform aluminum after primary production for transportation, aerospace, machinery, construction, infrastructure and fabricated products.
The opportunity includes manufacturers that melt, cast, machine, remelt and recover aluminum every day. Montérégie deserves specific attention as an important administrative region for aluminum transformation, while Montréal, Laval and the South Shore connect foundries, die casters, machine shops and component manufacturers.
Greater Montréal
Laval & North Shore
Longueuil, Boucherville & Montérégie
Identify the aluminum stream first
Clean ingot & sows
Foundry returns
Machining chips & turnings
Mixed industrial scrap
Dross & oxide-rich material
Central melting for continuous production
GM-H central tower melting furnace
The GM-H Series supports higher-throughput aluminum melting where organized charging, material preheating and reliable molten-metal availability are important. It can serve operations with continuous demand, substantial hourly consumption, multiple downstream users and planned production growth.
The application should connect charge preparation, melting, holding and metal transfer to the consumption of the die-casting or foundry process.
GM-K ramp-shaft melting furnace
The GM-K Series combines charging approaches for operations using larger material such as sows, T-bars and ingot together with ingot, returns and selected compatible scrap.
The important question is whether each material can be processed consistently without compromising melt quality, throughput, oxidation, charging, contamination or maintenance.
Dedicated aluminum chip recovery
Machining chips expose far more metal surface to oxygen than a solid return. They may also contain coolant or moisture, vary in geometry and be difficult to charge consistently. Their condition must be evaluated before the furnace.
GM-M chip melting
Dedicated melting for prepared chips, swarf and turnings from machining and component production.Chip preparation
Sorting, size reduction, washing, drying, storage and metering create a predictable feed stream.Application data
Document chip weight per hour, alloy separation, coolant, moisture, geometry and desired recovered-metal form.Recovering chips and compatible bulk scrap
GM-G chip & scrap melting furnace
Many machining and casting operations generate chips, gates, risers, rejected castings and production offcuts. The GM-G Series is designed around prepared chip streams combined with compatible production scrap, creating a more organized internal aluminum return loop.
A practical system connects CNC and casting returns to material preparation, melting, holding or ingot production and the final use of recovered aluminum.
Mixed scrap and difficult aluminum recovery
Mixed, coated, oxidized and irregular scrap can be poorly suited to a conventional static furnace. The GDR-C Series uses a rotary process that keeps material moving through the thermal cycle and is aimed at secondary recyclers, foundries, die casters and manufacturers recovering variable internal scrap.
GDR-C rotary scrap recycling
Evaluate casting returns, gates, risers, coated scrap and other variable recycling streams.GDR-B dross recovery
Separate dross and oxide-rich material from scrap containing primarily metallic aluminum.Feedstock definition
Describe representative percentages of casting returns, coated material, shredded scrap and other prepared feed.Where does the molten aluminum go next?
Directly to die casting
Maintain enough molten metal at the required temperature for machine demand.Into a holding furnace
Use gas or electric holding near the point of consumption to stabilize supply.Into ingot production
Cast recovered metal into a manageable solid form for storage, sale or remelting.Back into internal production
Return recovered aluminum to the process where alloy control and quality requirements permit.Build a closed-loop aluminum process
A closed internal loop connects purchased aluminum, casting or manufacturing, machining, finished components, segregated gates, risers, rejects and chips, material preparation, remelting and return to production.
Feasibility depends on alloy requirements, segregation, contamination, metal quality, scrap volume, recovery yield, energy use and production demand. The objective is to determine whether recovery improves the plant’s complete material economics.
Segregate
Keep alloys and incompatible material streams separate.Prepare
Wash, dry, size and meter material as the application requires.Recover
Select melting or recycling equipment around the real feedstock.Hold or cast
Supply production directly or convert molten metal into ingot.Return
Use recovered metal where quality and alloy controls allow.Different operations start with different questions
Die casting operations
Define hourly metal consumption, casting machines, alloys, returns, transfer method, holding and future growth.Aluminum machining operations
Measure chip weight per shift, alloy, coolant, moisture, geometry, current scrap value and desired recovered form.Aluminum recycling operations
Describe the feedstock mix precisely so the furnace and preparation line match its variability.Which furnace path fits the material?
Clean ingot + high-volume consumption
Evaluate a GM-H central tower melting system.Ingot + returns + flexible charge mix
Evaluate a GM-K ramp-shaft melting system.Primarily machining chips
Evaluate GM-M chip melting with suitable preparation.Chips + compatible bulk scrap
Evaluate a GM-G chip and scrap system.Mixed or difficult scrap
Evaluate GDR-C rotary recycling.Dross or oxide-rich material
Evaluate GDR-B dross recovery.Local molten-metal supply
Evaluate gas or electric holding furnaces.Smaller batch melting
Evaluate crucible or another smaller melting system.This is a starting point. Final sizing and configuration must use the actual feed material, rate, utilities, layout, alloy and downstream process.
Information to prepare before discussing a furnace
Material
Alloy, ingot, returns, scrap, chips, dross and any mixed feed.Rate
Material generated per hour, melt rate, molten-metal consumption and production schedule.Condition
Clean or contaminated, wet or dry, coated, loose or compacted, segregated or mixed.Existing process
Current furnace, scrap handling, holding equipment, transfer and casting equipment.Objective
Capacity, consolidation, chip recovery, return remelting, external scrap processing or closed-loop production.Dynamo furnace systems for Greater Montréal & Montérégie
Dynamo supports different stages of the aluminum cycle with central tower and ramp-shaft melting, holding furnaces, chip recovery, scrap recycling, dross recovery, chip washing and drying, and ingot casting equipment.
Explore Dynamo Furnaces
Review melting, holding, recycling and metal-processing systems for non-ferrous production.
Discuss the application
Start with the aluminum stream, rate, condition, downstream use, utilities and available plant layout.
Processing aluminum in Greater Montréal or Montérégie?
Tell us what aluminum you process, how much you generate or consume, its condition, what happens after melting and how scrap is handled today. Dynamo can evaluate whether the application calls for central melting, chip recovery, scrap recycling, holding or a combination of systems.
