For over three decades, Dimatec has built a trusted reputation for manufacturing high-value, cost-efficient precision parts for demanding sectors including oil & gas, drilling, mining, agriculture, transportation, and energy. Our Machining Division, operating since 1988, brings ideas to life with advanced CNC technology, integrated automation, scalable production capacity, and a commitment to innovation—delivering reliable custom components at competitive prices.
At Dimatec, we turn ideas into engineered products—designing, prototyping, and manufacturing solutions that perform. From our 40,000 sq. ft. Winnipeg facility, we operate 20 CNC machining centers (2–9 axis) with skilled machinists and robotic automation for consistent production. From prototypes to complex multi-axis parts and volume runs, Dimatec delivers precision and quality.
High-precision multi-axis mill-turn center designed to machine complex parts in a single setup, combining powerful turning, full 9-axis milling, and exceptional rigidity.
Its advanced DCG design, large work envelope, and sub-spindle capabilities make it ideal for producing high-tolerance OEM components efficiently and consistently.
The Doosan Puma SMX3100ST is a high-performance multi-tasking mill-turn center that combines CNC turning, milling, Y-axis offset, and B-axis machining in a single setup for maximum efficiency and precision.
Heavy-duty horizontal CNC lathe built for large, long workpieces and demanding machining jobs.
With a 24″ chuck, 124" turning length, a powerful 60 HP spindle, solid box-way construction and a 12-station turret, the PUMA 700L delivers the strength, rigidity and flexibility needed for robust industrial applications.
High-end, integrated 9-axis CNC turning/milling center that combines turning and milling capabilities to finish complex cylindric or prismatic parts in a single setup — reducing or eliminating the need for secondary operations.
It supports turning up to 760 mm diameter and 1,540 mm length, with dual spindles, Y-axis milling, and a high-speed milling spindle, well suited for precision work in aerospace, oil & gas, or heavy-duty OEM manufacturing.
2-axis to 9-axis CNC turning
Multi-axis CNC milling (3-, 4-, 5-axis)
Mill-turn / SMX machining
Swiss-type machining
Prototype and high-volume production
Machining of steels, stainless, aluminum, titanium, superalloys, copper & plastics
Impregnated diamond core bit manufacturing
Matrix powder blending & sintering
Natural & synthetic diamond setting
Casing shoes, drive shoes, adapters & couplings
Quality checks for gauge, wear patterns, and bit performance
Toolpath optimization and manufacturability engineering
Custom fixture, tooling, and process design
Reverse engineering of OEM components
Testing, analysis, and continuous improvement support
Industry-specific engineering for Oil & Gas, Aerospace, Defense & Mining
Cylindrical grinding
Honing & lapping
Waterjet cleaning
Welding & fabrication
Laser engraving & serialization
CMM inspection & dimensional reporting
Robotic part loading and unloading for CNC lathes and mills
Automated production cells for high-volume components
Lights-out machining for extended, unattended production
Automated tool presetting and offline setup reduction
Integration of CNC machines with conveyor, pallet, or tray systems
Automated part queuing and job management
In-process inspection automation (probing, touch-off, offsets)
Tool life monitoring and automated tool-change logic
Automation-focused CNC programming (optimized cycle sequencing)
Design of robot-friendly fixtures, workholding, and part orientation
Process engineering to convert manual operations to automated cells
Cycle-time reduction and repeatability engineering
Automated CMM routines for repeat inspections
Digital measurement recording for traceability
Barcode/QR code part serialization & automated tracking
Integration with SYSPRO / ERP workflows for real-time visibility
Concept development and design-for-manufacturing (DFM)
2D/3D CAD modeling
Prototyping and iterative refinement
Reverse engineering of OEM components
Custom fixture, tooling, and workholding design
Programming for 2–9 axis milling, turning, and mill-turn
Toolpath optimization to reduce cycle time and improve tool life
Cutting tool and process parameter selection
Automation integration (robotic loading, lights-out machining)
Material selection (steels, stainless, titanium, superalloys, etc.)
Heat-treat planning and coordination
Failure and wear analysis
Engineering for high-pressure, high-temperature, and abrasive applications
CMM programming and dimensional inspection
First article inspection (FAI) and PPAP support
Tolerance analysis and process capability studies
Quality planning for regulated industries (Aerospace/Defense/Oil & Gas)