Engineered for high power factor correction, rugged mechanical stress, and seamless integration into Canadian industrial mills, compressors, and pump systems.
Highly durable synchronous motor tailored for large-scale operations in Canada's petrochemical and air compressor segments.
Specially engineered for rough mine milling systems, high torque, and continuous duty cycles in severe environments.
Equipped with high-performance frequency conversion, ideal for fan, pump, and automation grids in Canada.
Engineered for heavy metal rolling mills, extrusion systems, and heavy-duty marine propulsion sectors.
Canada’s resource-heavy economy, spanning the oil sands of Alberta, mining clusters in Northern Ontario and Quebec, and forestry mills in British Columbia, demands incredibly robust industrial motor solutions. In these severe applications, efficiency losses represent millions of dollars in penalty charges from utilities like Hydro-Québec or BC Hydro due to low power factor. This is where large-scale synchronous motors provide exceptional advantage.
By operating with unity or even leading power factors, our synchronous motor lineup directly counteracts the reactive power demands of surrounding induction equipment. This dual capability—providing massive torque to mechanical loads such as reciprocating compressors, mine grinders, and wood chippers, while actively improving the power grid quality—makes SIMO synchronous motors highly sought after by engineering procurement firms in Toronto, Vancouver, and Calgary.
Whether navigating extreme temperature fluctuations down to -40°C or complying with strictly enforced safety regulations in underground mining environments, our tailored solutions provide the resilience, uptime assurance, and CSA-aligned certification frameworks needed to thrive under pressure.
A comprehensive production hub featuring in-house mechanical processing, tooling, validation, and testing setups.
A deep dive into the engineering developments driving efficiency, reliability, and precision control for next-generation synchronous machines.
Our T and TDMK synchronous series allow excitation control settings that regulate grid voltage and minimize reactive power tariffs imposed by Canadian utility boards.
Utilizing high-end Vacuum Pressure Impregnation (VPI) with epoxy resins to protect motor windings from moisture, salt, abrasive dust, and thermal degradation.
Offering custom configured cooling methods including YKS water-cooled systems and YXKK air-to-air heat exchangers for efficient high-capacity heat dissipation.
Historically, starting large synchronous motors generated massive inrush currents, stressing the local grid. Our engineering team designs integrated soft-start and variable-speed systems using VFD configurations (such as the YVFE3 and YVFE4 lines) coupled with precise rotor position feedback. This setup enables synchronous machines to start smoothly under full load, preventing electrical voltage sags in remote Canadian mining operations.
Tracking our progression from a government-directed facility into a dominant global player in high-power industrial AC & DC motor manufacturing.
SIMO Motor is established under state leadership, pioneering industrial motor development.
Relocates to a newly expanded facility in Xi'an city to ramp up production scale.
Officially named Xi'an Motor Factory after executing targeted strategic acquisitions and integrations.
Reformed from a state-owned enterprise into a modern, agile limited liability company.
Establishment of SIMO Motor Group, expanding operations across 14 specialized subsidiaries.
Moves into a state-of-the-art high-tech industrial park, integrating advanced tooling systems.
Transitioned identity to Tech Full Simo Motor, aligning with global marketing directives.
Deepening international integrations, establishing major distribution channels in Canada, North America, and Europe.
Compliance is paramount in heavy engineering. Tech Full Simo Motor maintains high manufacturing standards, obtaining major international and regional certifications to guarantee safety, quality, and operational reliability.
Our motors are certified for use across global markets, carrying endorsements including ISO9001, EU CE, US UL, and Russian GOST, meeting critical requirements for oil and gas, mineral extraction, and maritime sectors.
Explore our complete range of specialized induction, explosion-proof, and DC machinery built to perform under challenging conditions.
Designed for fine torque management, variable speeds, and reliable industrial operation.
Equipped with high-performance water cooling, ideal for high humidity and dusty plant layouts.
Explosion-proof design optimized for coal mining and underground environments.
Heavy duty air-to-air cooling configuration designed for outdoor and dry installation zones.
Engineered to deliver high starting torque under heavy loads, ideal for mining operations.
Reduces inrush current peaks and limits mechanical shock during starting sequences.
Flameproof enclosure design, optimized for Class I Division 1 & 2 zones.
Water-to-air cooling options, designed for high-power industrial configurations.
Ensuring complete system integration with our high-power DC machines and extreme efficiency slip-ring asynchronous systems.
Compact design featuring precise speed control, built to meet traditional industrial standards.
Totally enclosed fan-cooled (TEFC) design, offering high-efficiency explosion protection.
Engineered to deliver high starting torque with low starting currents, suitable for heavy-duty starting cycles.
Designed for high-inertia startup applications in mining mills and large crushers.
How our heavy-duty synchronous and induction motors optimize efficiency across Canada's key industrial landscapes.
Our TDMK series motors are engineered to withstand the demanding environments of SAG and ball mills in Ontario and Quebec. Designed for high overload capacity and dust-sealed construction, they deliver consistent uptime under heavy mechanical stress.
Designed for continuous operation in petrochemical processing, refinery drives, and pipeline compressors. Explosion-proof designs including the YBX3 and YBX5 series deliver safe, reliable operation in volatile environments.
High-power paper machine drives, debarkers, and fans require precise speed adjustment and reliable thermal performance. Our YVFE3 and YKS series deliver customizable torque control to help optimize production lines.
Reliability in heavy industry is built on rigorous testing. Tech Full Simo Motor utilizes advanced engineering software alongside robust test facilities to ensure every motor meets strict performance standards before shipment.
Our manufacturing facility features over 1172 sets of advanced equipment, handling heavy-duty machining, CNC grinding, automated wire wrapping, and high-voltage insulation testing. Our testing laboratory performs full-load testing up to 25,000 kW, validating efficiency curves, vibration limits, and thermal rise profiles.
This technical capability ensures that whether you are installing a TDMK mine milling motor in Sudbury or a high-efficiency fan motor in a British Columbia paper mill, you receive a product tested for reliable, long-term operation.
Everything you need to know about sourcing, installing, and optimizing our large-scale synchronous motors.
Synchronous motors offer three main advantages in high-power applications: first, they operate at constant speed regardless of load, making them ideal for precise processing lines; second, they feature higher operating efficiency, particularly at lower operating speeds (below 500 RPM); and third, they can operate with a leading power factor. This allows them to supply reactive power to the local grid, compensating for inductive loads (like smaller induction motors) and reducing power factor penalties from utility companies.
Our motors are designed to align with international and regional standards, including CSA, UL, and CE. We work closely with third-party verification agencies to supply custom certified terminal designs, explosion-proof housings (such as Class I Division 1 & 2 options), and electrical safety protections. This facilitates smooth integration into Canadian mining, oil and gas, and public utility projects.
For installations in regions experiencing extreme winter temperatures (down to -40°C or lower), we offer custom cold-weather modifications. These include specialized low-temperature alloy shafts, space heaters to prevent condensation, heavy-duty low-temp lubricants, and custom-insulated terminal boxes to ensure reliable startup and operation in harsh conditions.
We support multiple starting configurations based on grid capacity and application requirements. These include line starting using damper windings, low-voltage soft starters to manage inrush currents, and variable frequency drive (VFD) setups. VFD starting is recommended for heavy starting loads (such as mine mills) because it provides precise speed control and reduces thermal and mechanical stress during acceleration.
Lead times depend on the motor's size, rating, and customization requirements, generally ranging from 12 to 24 weeks. We coordinate shipping via major ports such as Vancouver or Montreal, handling export packaging, moisture-resistant barrier prep, and custom customs clearance processing to ensure direct delivery to your site.
Lite Simo