METALPRESS MACHINERY — HALIFAX & DARTMOUTH
Manufacturing Equipment for Halifax–Dartmouth’s Shipbuilding, Defence & Aerospace Industries
Industrial presses, heavy-load handling and manufacturing equipment for shipbuilding, defence, aerospace and metal manufacturers across Halifax and Dartmouth, Nova Scotia.
Controlled manufacturing for long-term naval and defence programs
Naval, defence and aerospace components may be physically large, produced in relatively low volumes and still require demanding tolerances, repeatability and documentation. The equipment supporting them must remain flexible across changing contracts and part families.
MetalPress Machinery supplies industrial presses and heavy-load handling for forming, assembly, straightening, testing, tooling and fixture movement throughout Halifax, Dartmouth and the wider regional supply chain.
Halifax is building Canada’s next generation of naval vessels
Halifax Shipyard is Canada’s strategic combat-vessel shipyard. Current programs include River-class destroyers and Arctic and Offshore Patrol Ships, creating a multi-decade requirement for fabrication, machining, systems integration, specialized components and sustainment.
Structural components
Machinery & systems
Regional suppliers
Sustainment
Large fabricated assemblies need controlled processes
A marine component may move from plate or section through cutting, forming, machining, welding, straightening, assembly and inspection. MetalPress machinery can support several of these transitions.
Heavy forming
Straightening
Assembly & press fitting
Testing
Servo-hydraulic presses for high-mix naval production
Naval suppliers may produce 25 of one component, 60 of another and then move to a new contract. Servo-hydraulic control allows rapid approach, controlled contact, forming speed, force or position control, dwell and return to change by recipe.
Adjustable stroke
Match movement to different component and tool heights.Programmable recipes
Store process settings for multiple part numbers.Flexible tooling
Change fixtures as programs and contracts evolve.Process monitoring
Verify or record production parameters where required.Hydraulic straightening for welded structures
A controlled straightening workstation measures a fabricated assembly, positions it on supports, applies slow corrective force and checks the result. The press may require large platens, movable supports, crane access and substantial daylight.
Component geometry
Define length, width, height, material and weight.Distortion
Map bow, twist and local dimensional deviation.Support & correction
Establish reaction points, force and measurement method.Loading access
Coordinate the press opening with cranes, forklifts and fixtures.4-post presses for large, irregular components
Four-column architecture provides access from several directions for crane-loaded parts, oversized fixtures and unusual geometry. Applications include straightening, assembly, forming, press fitting, testing and repair.
Dartmouth: defence, precision machining and automation
Dartmouth’s expanding defence and advanced-manufacturing base includes maritime technology, specialized electronics, composites, precision machining and welding. These suppliers often need equipment that combines flexibility with controlled production.
Machined-component assembly
Install bearings, bushings, pins and sleeves after CNC production.Automated manufacturing
Integrate programmable equipment to improve throughput and repeatability.Aerospace & defence parts
Support controlled-force processes with specialized fixtures and documentation.Ocean technology
Produce housings, structures, autonomous-system components and research equipment.Servo-electric presses for precision assembly
Servo-electric presses provide programmable motion for moderate-force insertion, joining, bearing or bushing installation, testing and controlled compression. Force-versus-position monitoring can help identify misalignment, dimensional variation or an incorrect component.
Aerospace sustainment requires flexible equipment
Halifax aerospace includes aircraft support, modification, repair and defence sustainment as well as new manufacturing. A flexible press may remove one component, install another, straighten a third and test a fourth.
Flexible fixtures
Adapt the workstation to changing repair and component geometry.Programmable force
Use distinct limits for removal, assembly and testing.Adjustable motion
Set stroke, speed, dwell and positioning for each job.Stored recipes
Make recurring sustainment procedures repeatable.Defence manufacturing can require traceable processes
The required evidence varies by contract, but machine-control specifications may need to include recipe, applied force, position, cycle time, production count, alarms, operator and pass/fail status.
Define early
Specify required records before the controls are finalized.Connect systems
Plan PLC signals, robot handshakes and plant communication.Manage exceptions
Define alarms, rejected cycles and recovery procedures.Build the press into an automated cell
A complete cell may load the part robotically, confirm fixture position, perform the press operation, verify force and position, unload the component and send it to inspection.
Robot interface
Coordinate loading, unloading and machine-ready signals.Safety
Integrate guarding, access control and fault handling.Recipe selection
Ensure the correct parameters follow the correct part.Production data
Send relevant cycle and quality information to other systems.Move and rotate heavy fixtures and fabricated loads
Heavy tool transfer
Move compatible tooling and fixtures between storage, production, inspection and maintenance.MDR heavy-load upenders
Rotate compatible fabricated assemblies, dies and fixtures through 90 degrees.Application definition
Provide weight, dimensions, centre of gravity, contact surfaces, orientations and travel path.Select the press architecture from the application
Higher-force controlled forming
Servo-hydraulic press.Precision assembly or testing
Servo-electric press.Large component + open access
4-post hydraulic press.High-force rigid tooling
Straight-sided servo-hydraulic press.Heavy fixture movement
Tool transfer cart.Heavy load rotation
MDR upender.Coil orientation or movement
MCT tipper or MCC transfer cart where relevant.The part, tooling, process limits, access and production requirements determine the final configuration.
From contract requirement to equipment specification
Component
Drawing, dimensions, material and weight.Operation
Form, straighten, assemble, compress, test, rotate or move.Process limits
Force, position, tolerance, cycle time and access.Production
Units per shift, annual volume and number of part numbers.Documentation
Recipe, force, position, operator, pass/fail and production history.Facility
Loading method, available space, clear height, utilities and automation.Equipment for Halifax–Dartmouth manufacturers
MetalPress Machinery
Servo-hydraulic, servo-electric, 4-post and straight-sided presses plus heavy fixture and load handling.
Dynamo Furnaces
Supporting aluminum melting, holding, chip recovery and scrap remelting where regional aerospace or marine applications require it.
Serving the Halifax–Dartmouth manufacturing region
Axiom Machinery supports equipment applications across Halifax, Dartmouth, Bedford, Eastern Passage, Burnside Industrial Park, the Halifax Stanfield area and surrounding Nova Scotia manufacturing communities.
Supporting a naval, defence or aerospace manufacturing program?
Tell us what component you manufacture, its material, dimensions and weight, whether it must be formed, straightened, assembled or tested, how it enters the machine, the product mix, required records and automation interfaces. Axiom and MetalPress can evaluate the press, tooling and handling system.
