Our Equipment

Built for Precision, Flexibility, and Production

Our combination of CNC technology and proven industrial equipment lets us match each part to the equipment best suited for its geometry, tolerances, production volume, and program requirements.

30+Years of Experience

12,000Sq Ft Facility

30+Production Machines Under One Roof

6–176Ton Press Range

Laser Cutting

Trumpf CNC Laser Systems

Trumatic L3050

Trumpf • 5 kW CO₂ Laser

TLF 5000 Turbo resonator — 5,000 W CO₂ laser power
60″ × 120″ sheet capacity
Mild steel up to 1.00″
Stainless steel up to 0.75″
Aluminum up to 0.50″
Oxygen and high-pressure nitrogen cutting capability
Dual shuttle pallet table with automatic pallet exchange — load a new sheet while cutting continues
AutoLas Plus automatic focus adjustment

Best for: heavy production, thicker materials, maximum throughput

Trumatic L3030

Trumpf • 4 kW CO₂ Laser

4,000 W CO₂ laser source
460 V / 60 Hz electrical supply, 88 kVA connected load
111 A full-load current with 3 × 150 A fuse protection
100–145 PSI compressed air supply
390 PSI nitrogen and 210 PSI oxygen assist-gas supply
Slat bed with gantry and linear guide system
Full CNC controller with feed override and manual handwheel

Best for: prototype work, overflow production, and running jobs in parallel with the L3050

CNC Punching

Trumpf CNC Punching System

Trumatic 200

Trumpf • CNC Punching System

20-ton punching force
80″ × 50″ effective sheet area
15-position linear tool magazine
360° rotating punching head with automatic tool selection
Up to 265 strokes per minute
General sheet thickness up to 0.250″, depending on material and tooling
Typical punched-hole positional tolerance: ±0.005″
TRUMAGRAPH CNC controller with Bosch motion control
Produces holes, slots, louvers, countersinks, embosses, dimples, and lance-and-form features

Best for: electrical enclosures, brackets, and hole-intensive parts — especially when no dedicated stamping die exists, or for prototypes through small and medium production with frequent engineering changes

Press Brake Forming

Amada CNC Press Brake

HDS-1303NT

Amada • CNC Hydraulic Press Brake

130-ton forming capacity
3,220 mm (127 in) maximum bending length
450 mm throat depth, 500 mm open height, 200 mm stroke
CNC-controlled backgauge with multi-axis servo drive

Best for: brackets, channels, boxes, electrical enclosures, cabinets, and structural parts — air bending, bottom bending, and precision forming

CNC Machining

Vertical Machining Centers

Milling, drilling, tapping, surfacing, and precision machining of production parts on aluminum, mild steel, stainless steel, tool steel, and engineering plastics.

Daewoo DMV-400

Daewoo Heavy Industries • 3-Axis VMC

Fanuc 18-M controller, CAT-40 spindle
20-tool automatic tool changer
Dual vises, flood coolant, oil-cooled spindles via KUKA chiller
Milling, drilling, rigid tapping, pocketing, profiling, counterboring, fixture machining

Best for: production machining, long runs, and higher-precision work — our primary machining center

Fadal 4020A

Fadal Engineering • 3-Axis VMC

Fadal CNC-88HS controller, CAT-40 spindle with rigid tapping
Approximate travels: 40″ X / 20″ Y / 20″ Z
Carousel-type automatic tool changer
Touch probe with automatic edge finding, hole centering, and work offsets

Best for: prototype work, overflow production, and setups where automatic probing cuts changeover time

Stamping

Mechanical Presses — 6 to 176 Tons

Thirteen mechanical presses support stamping, blanking, piercing, forming, coining, and embossing — from light-gauge precision work to heavy progressive-die production. Coil-fed stations with servo feeding and hand-fed stations are available for both small and long-running programs.

Press	Capacity	Type	Notes
Seyi MARK-176-W	176 Tons	Gap Frame	Largest production press; 7.9″ stroke, 30–50 SPM, automatic coil feeder, progressive die capable
Niagara E-110	110 Tons	Straight Side	Large dies, progressive die capable, air counterbalance
Niagara E90-S	90 Tons	Single Crank OBI	4.5″ stroke, 46 SPM, Hydraguard overload protection
Seyi MARK-88-W	88 Tons	Gap Frame	General production, integrated Mecon servo feeder
Brown & Boggs	80 Tons	Gap Frame	Heavy stamping, Airflex clutch/brake
Brown & Boggs	60 Tons	Gap Frame OBI	Medium-heavy production
Amada TORC PAC 60	60 Tons	Progressive Die	4″ stroke, 13.25″ shut height, designed for coil feeding
Komatsu OBS45-3	45 Metric Tons	PLC-Controlled	Allen-Bradley PLC with Pilz safety system, servo feeder interlocked
Sutherland MARK-40	40 Tons	Coil-Fed Station	Mecon servo feeder, roll straightener — medium to high-volume progressive stamping
Minster No.10-3	22 Tons	OBI	Small stampings, blanking, light forming
Brown & Boggs 16LR	16 Tons	Gap Frame OBI	Small production components, dedicated production die
Ameteep OBI-10	10 Tons	OBI	High-volume small components — brackets, tabs, clips, electrical components
Bench Punch Press	6 Tons	Bench Mount	1¼″ stroke — light piercing, small brackets, prototype punching

Roll Forming

Multi-Station Roll Forming Line

Continuous Multi-Station Line

Roll Forming • Coil Fed

Multi-stand progressive forming for long, consistent profiles
Powered decoiler and straightener/servo feed upstream
Forms C-channels, U-channels, hat sections, and custom profiles
Continuous cross-section production from coil

Best for: long profiles, structural channels, continuous sections, and high production volumes

Material Preparation

Shearing, Sawing, and Drilling

Niagara Power Squaring Shear

Niagara Machine & Tool Works

Mild steel capacity to 3/16″, 18-8 stainless to 1/8″
Long blade, squaring arm, and front support table
Primary sheet preparation and blank sizing

Atech Precision Cold Saw

Atech Machinery • Automatic

Fully automatic cut-to-length with pneumatic clamping and chip collection
Aluminum extrusions and tubing, light-wall steel, PVC profiles
Cut-list optimization for material utilization

Industrial Drill Presses

Cameron No.18 • ERLO TCA-50

Cameron No.18 sensitive drill for light precision and prototype drilling
ERLO TCA-50 heavy-duty geared press with power feed
Large hole drilling, counterboring, countersinking, power tapping, reaming

Secondary Operations

Welding, Fasteners, and Finishing

Support equipment helps move parts from individual components to finished assemblies.

Resistance Spot Welding

Production Spot Welder

44 kVA maximum welding power, 14 kA secondary current
Approximately 540 lbf maximum electrode force, pneumatic
Sheet metal assemblies, cabinets, brackets, subassemblies

PEM Fastener Insertion

ERSM 618 MSPe

Automated insertion of PEM nuts, studs, standoffs, and flush nuts
Broaching fasteners and self-clinching hardware
Precision guided ram with height-adjustable head

Surface Grinding & Finishing

Norton • Reid 618V

Norton hydraulic surface grinder with magnetic chuck — hardened steel, die and punch work
Reid 618V precision grinder for flatness to ±0.0005″ where required
Die maintenance, fixture manufacture, wear plates

Typical Tolerances

Repeatable Precision

Our equipment is capable of holding tight, repeatable tolerances across prototype and production quantities.

±0.001″CNC Machining, Typical

±0.0005″Surface Grinding Flatness, Where Required

±0.005″Laser Cutting & CNC Punching, Typical

±0.5°Press Brake Bend Accuracy, Typical

Typical capabilities shown. Final tolerances depend on material, geometry, thickness, tooling, production method, and drawing requirements.

The Right Process

Multiple Manufacturing Routes Under One Roof

The value of our equipment is the flexibility it gives us to select the most efficient route for each part.

Sheet-Metal Route

Laser cutting or CNC punching, followed by press-brake forming, fastener insertion, welding, inspection, and packaging.

Best for: prototypes, complex geometry, small batches, and frequent engineering changes

Coil Route

Decoiling, straightening, servo feeding, stamping or roll forming, secondary operations, and inspection.

Best for: high-volume production, repeat orders, and dedicated tooling where lowest cost per part matters

Machining Route

Raw-stock preparation, CNC milling, drilling, tapping, grinding, inspection, and assembly.

Best for: precision machined parts, tooling, fixtures, and jigs

Exact machine selection depends on material, geometry, tolerance, production volume, and required secondary operations. Send us a drawing and we will recommend a practical manufacturing route.

Let's Build Something Great

Request a Quote

Have a project in mind? Get in touch today and let us provide a solution that fits your needs.

●54 Bramsteele Rd #14, Brampton, ON L6W 3M6

☎416-893-7001

✉[email protected]

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