Best Manufacturing Processes by Industry
Every "which process should we use for X" question we've published a real head-to-head for. 24 industry-specific guides with Canadian pricing, lead times, and shortlists.
3D Printing
6 guidesSLA, DLP, DMLS, FDM, and multi-jet — matched to the industry that pays for the resolution.
For Aerospace Parts
Compare 3D printing technologies for aerospace parts in Canada. DMLS vs SLS vs MJF vs FDM - cost, lead time, quality, and top Canadian aerospace providers.
For Automotive Parts
Compare 3D printing technologies for automotive parts in Canada. SLS vs MJF vs DMLS vs FDM - cost, lead time, quality, and top Canadian providers.
For Dental Applications
Compare 3D printing technologies for dental applications in Canada. SLA vs DLP vs MJF vs milling - cost, lead time, quality, and top Canadian dental providers.
For Educational Institutions
Compare 3D printing technologies for educational institutions in Canada. FDM vs SLA vs MJF vs SLS - cost, lead time, quality, and top providers for universities and colleges.
For Jewelry Manufacturing
Canadian pricing, lead times, and provider comparison for SLA, DLP, DMLS, and lost-wax patterns — the 4 methods jewelers actually use.
For Small Batch Production
Compare 3D printing technologies for small batch production in Canada. FDM vs SLS vs MJF vs SLA - cost, lead time, quality, and top Canadian providers.
CNC Machining
4 guides3-axis to 5-axis milling and turning with the certifications and tolerances each vertical actually needs.
For Aerospace Parts
Compare CNC machining methods for aerospace parts in Canada. 5-axis milling vs turning vs EDM vs grinding - cost, lead time, quality, and top providers.
For Defense and Military Parts
ITAR-registered, AS9100D, CGP-cleared CNC machine shops in Canada. Compare 5-axis, 3-axis, Swiss-type, and EDM for tolerances to ±0.003mm.
For Medical Implants
Compare CNC machining methods for medical implants in Canada. 5-axis milling vs Swiss turning vs EDM vs grinding - cost, lead time, and quality.
For Prototyping
Compare CNC machining methods for prototyping in Canada. FDM vs SLA vs CNC vs SLS - cost, lead time, quality, and top Canadian providers.
Injection Molding
4 guidesTooling, cavity, and material comparisons for the volumes injection molding earns its keep on.
For Automotive Parts
Compare injection molding methods for automotive parts in Canada. Thermoplastic vs structural foam vs overmolding vs gas-assist - cost, lead time, quality, and top providers.
For Consumer Electronics
Compare injection molding methods for consumer electronics in Canada. Thermoplastic vs overmolding vs insert molding vs 2-shot - cost, lead time, quality.
For Medical Devices
Compare injection molding methods for medical devices in Canada. Cleanroom vs insert vs overmolding vs micro molding - cost, certifications, and top Canadian providers.
For Packaging
Compare injection molding methods for packaging in Canada. Thin-wall vs standard vs blow molding vs thermoforming - cost, lead time, quality, and providers.
Casting
2 guidesSand, investment, and die casting — where each wins on cost, complexity, and metallurgy.
For Automotive Parts
Compare casting methods for automotive parts in Canada. Die casting vs sand casting vs investment casting vs lost foam - cost, lead time, and quality.
For Industrial Parts
Compare casting methods for industrial parts in Canada. Sand casting vs investment casting vs die casting vs centrifugal - cost, lead time, and quality.
Sheet Metal
2 guidesLaser cutting, bending, and welding trade-offs for enclosures, brackets, and ducting.
For Enclosures
Compare sheet metal fabrication methods for enclosures in Canada. Laser cutting vs press brake vs turret punch vs waterjet - cost, precision, and top Canadian providers.
For HVAC Ductwork and Components
Compare sheet metal methods for HVAC ductwork and components in Canada. Plasma table vs laser cutting vs coil line vs lock-forming - cost, lead time, quality, and top providers.
Welding
1 guideProcess, filler, and inspection standards for load-bearing steel work.
Composite Manufacturing
1 guideLayup, infusion, and cored composites for corrosion, weight, and strength-driven parts.
Laser Cutting
1 guideFibre and CO2 systems compared for precision architectural and industrial cuts.
Manufacturing Process
3 guidesWhole-product process selection when a single technology never fits the bill of materials.
For Consumer Products
Compare manufacturing processes for consumer products in Canada. Injection molding vs 3D printing vs CNC vs vacuum forming - cost, volume, quality, and recommendations.
For EV Components
Compare manufacturing processes for EV components in Canada. Die casting vs CNC machining vs stamping vs 3D printing - cost, lead time, and quality.
For Robotics
Compare manufacturing processes for robotics parts in Canada. CNC machining vs 3D printing vs sheet metal vs injection molding - cost, lead time, quality.
Not sure which process fits your part?
Send us the geometry and volume and we'll quote across the two or three processes that make sense — with Canadian shops on every side.
Or email us at hello@theassembly.io
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