PAMI (Prairie Agricultural Machinery Institute)
PAMI is an ISO 9001:2015-registered organization established in 1975 to provide a unique engineering resource to both prairie farmers and agricultural machinery manufacturers. Today, in addition to continuing our agricultural priorities, PAMI has evolved to serve the needs of both the mining and transportation industries. With a professionally diverse staff, PAMI is committed to providing excellence in product development, testing, and design. We offer our clients access to first-rate force and vibration testing equipment for industry. PAMI also offers computer-aided engineering technologies and advanced numerical analysis (DEM, CFD, FEA) expertise. With these technologies, PAMI is able to digitally prototype a structure, bulk material, or fluid to analyze the performance of a particular product or system. We excel in situations where a project's requirements or specifications are unknown or poorly defined or where solutions have been tried in the past but failed for one reason or another.
As an additional benefit to our clients, PAMI also enables intellectual property and will sign non-disclosure agreements to ensure that when you work with us, your intellectual property is yours to keep!
More AboutPAMI (Prairie Agricultural Machinery Institute)
Services include: design, development, fabrication and evaluation of vehicles, machinery and components as well as value-added process reviews, pilot plant design, and optimization. PAMI has developed broad expertise in “mechanical problem solving,” finding technological solutions to sometimes very complex problems in the space between “should work” and “does work.” For mining, PAMI offers services related to equipment design, evaluation and assessment. PAMI is able to test industry equipment such as underground vehicles and surface equipment to meet safety standards as well as address structural durability challenges, engine and cooling system application validations, and stability analysis. PAMI also has experience with discrete element modelling (DEM) software, computational fluid dynamics (CFD) and other analysis tools. These tools can be used to improve material handling equipment to minimize product breakdown, dust generation, and reduce wear.
PhotosPAMI (Prairie Agricultural Machinery Institute)
Head Office
P.O. BOX 1150, 2215 - 8th Avenue
Humboldt, Saskatchewan S0K 2A0
https://www.pami.ca
Lorne Grieger
lgrieger@pami.caTechnical Capability Summary
Agricultural Management - Project Mining Mining - Engineering Oil & Gas Operations and Maintenance - Engineering Quality Assurance/Quality Control - Engineering
Electrical
Fans - Ventilation
Industrial and Oilfield - Design Industrial and Oilfield - Engineering Industrial Machinery Industrial Machinery - Design Industrial Machinery - Engineering Mining - Design Mining - Engineering
Electrical - Cabling & Wiring Electrical - General - Design Electrical - General - Engineering Instrumentation - Engineering
ROPS/FOPS Designs
Converyor Rollers & Systems Converyor Rollers & Systems - Design Converyor Rollers & Systems - Engineering
Hydraulic Cylinders Material Handling Material Handling - bucket elevators Material Handling - flop gates Material Handling - slide gates Material Handling - splitter gates Material Handling - trusses Process Equipment - Mining Process Equipment - Mining - Design Process Equipment - Mining - Engineering
Electrical Engineering Mechanical/Engineering - FEA Numerical Analysis / Simulation
Mechanical Rebuilds - Testing
Brake Performance Destructive Environmental Force and Vibration / Durability Load Pressure ROPS/FOPS Certification Soils Soils - Aggregate Soils - Compaction Soils - Moisture
