machining | Specicast

Our Capabilities

Precision machining. Controlled processes. Reliable components.

At Specicast Technologies, we provide engineering-driven sourcing solutions for precision-machined components manufactured through a qualified network of machining partners.

Our machining capability covers CNC turning, VMC, HMC, VTL, 5-axis machining, grinding, boring, drilling, tapping, gear machining, deep-hole drilling, EDM, Wire EDM and component assembly.

From machining of castings and forgings to fully finished precision components, we manage the complete manufacturing route from drawing review and process planning through machining, inspection, documentation and delivery.

Discuss Your Component

Why Precision Machining?

Precision machining for critical applications

Machining is often the final stage that determines the dimensional accuracy, functional performance and interchangeability of an engineered component.

Our approach combines engineering review, process planning, qualified machining sources, inspection and delivery control — enabling customers to source machined components with controlled dimensional accuracy, surface finish, traceability and documentation.

Our machining route is built around:

Engineering review & process planning
Qualified machining sources
Controlled dimensional accuracy
Defined surface finish
Full inspection & documentation
Traceability
Delivery control
Machining of castings, forgings and bar stock

Our Machining Capabilities

A broad range of machining processes

CNC Turning

CNC turning is used for rotational and cylindrical components requiring controlled diameters, lengths, threads, grooves, bores and other turned features.

Our sourcing network supports components ranging from smaller precision parts to large-diameter turned components. Turning diameter up to approximately Ø450 mm, subject to component geometry, machine configuration and manufacturing partner.

External and internal turning
Facing
Grooving
Threading
Boring
Drilling
Taper turning
Contour / profile turning

Shafts
Sleeves
Bushes
Valve components
Pump components
Flanges
Hubs
Rollers
Rings and other rotational parts

VMC — Vertical Machining Centre

VMC machining is suitable for prismatic and complex components requiring multiple operations in a controlled machining setup.

VMC machining can be used for both individual components and repeat production requirements where consistent dimensional control is required.

Milling
Face milling
Slotting
Pocketing
Drilling
Reaming
Tapping
Contouring
Thread milling
Profile machining

HMC — Horizontal Machining Centre

HMC machining provides an efficient solution for components requiring machining on multiple faces.

The horizontal configuration can reduce the need for repeated component setups and can improve positional consistency between related features. Where suitable, palletized and multi-face machining strategies can be used to improve productivity and process consistency.

Pump bodies
Valve bodies
Gear housings
Transmission housings
Hydraulic components
Industrial machine components
Complex cast and forged housings

VTL — Vertical Turning Lathe

VTL machining is particularly suitable for large-diameter and heavy rotational components.

VTL processes can combine turning, boring, drilling and other operations depending on machine configuration and component requirements.

Large flanges
Valve bodies
Pump components
Hubs
Rings
Bearing housings
Large discs
Heavy engineering components

5-Axis Machining

5-axis machining provides flexibility for complex geometries and components requiring machining from multiple orientations.

5-axis machining is particularly useful where conventional multi-setup machining could increase alignment variation or processing time.

Complex profiles
Angled surfaces
Multi-face features
Compound geometries
Reduced setup requirements
High-precision positioning

Grinding

Grinding is used where tighter dimensional control and improved surface finish are required after conventional machining.

Grinding can be incorporated into the manufacturing route for shafts, pins, bushes, bearing locations and other precision components.

Cylindrical grinding
Internal grinding
Surface grinding
Centreless grinding
Precision finishing operations

Gear Machining

We support gear manufacturing and machining for industrial and automotive applications.

Gear-related components can also be supplied with subsequent heat treatment, grinding and inspection where specified.

Gear hobbing
Gear shaping
Gear milling
Gear broaching
Gear grinding
Spline machining
Keyway machining

Transmission components
Agricultural equipment
Industrial gearboxes
Construction equipment
Pumps
Material handling equipment
General engineering machinery

Deep-Hole Drilling

Deep-hole machining is used for components requiring holes with significant depth-to-diameter ratios.

Process selection is based on hole diameter, depth, straightness, tolerance, surface finish and material.

Hydraulic components
Valve bodies
Pump components
Shafts
Manifolds
Die and mould components
Special engineering components

EDM Machining

Electrical Discharge Machining is used for difficult-to-machine materials and geometries where conventional cutting processes may not be suitable.

EDM can be incorporated into specialized tooling and component manufacturing requirements.

Profile machining
Fine-feature machining
Hard material machining
Precision cavity work
Complex internal / external profiles

Wire EDM

Wire EDM is suitable for precision profile cutting and intricate geometries in electrically conductive materials.

The process provides a controlled method for producing intricate profiles with minimal mechanical cutting forces.

Precision profiles
Tooling components
Dies
Fixtures
Inserts
Special engineering components
Complex 2D profiles

Component Assembly

Where required, Specicast can coordinate assembly of machined components into complete sub-assemblies or finished component packages.

This provides customers with the option to source a machined component or a ready-to-use assembly through a single supply channel.

Component fitment
Bush and bearing installation
Fastener assembly
Sub-assembly
Functional checks
Final inspection
Packaging as per customer requirements

Weight & Size Capability

From small precision-turned parts to large machined castings and forgings

Up to ~Ø450 mm Typical CNC turning diameter

Few grams – multi-tonne components Machined component weight (process & partner dependent)

Actual achievable size and tolerance depend on:

Machining process
Machine configuration
Material

Component geometry
Manufacturing partner
Production quantity

Machining Materials

A broad range of engineering materials

Carbon Steel

Machining of carbon-steel bar, castings and forgings for general engineering shafts, pins, hubs and structural components.