Capabilities

PREMSA Industries Manufacturing Capabilities

CNC machining and FDM 3D printing at our own plant in Monterrey, from 1 part to thousands with no minimums, for anyone who needs a part: students, makers, startups, machine shops, engineers and businesses of any size.

CNC turning, milling, drilling and threading
FDM 3D printing in engineering plastics
From one part, no minimums

Request a quote Manual quote

Upload your file and quote your part

CAD model of a milled aluminum housing with two pockets — Housing · CNC Milling

CAD model of a turned aluminum pulley with two V-grooves — Pulley · CNC Turning

CAD model of a 3D-printed robotics bracket — Bracket · 3D Printing

Upload your 3D filesDrag your files here

STEP, STP, STL, 3MF, DXF, DWG · Drawings as PDF or photo · Start without an account

Confidential files. Your design and intellectual property stay yours.

No CAD file? Request a manual quote

Home/Capabilities

Loading…

Manufacturing services

Capabilities

PREMSA Industries Manufacturing Capabilities

CNC turning, milling, drilling and threading
FDM 3D printing in engineering plastics
From one part, no minimums

Request a quote Manual quote

Upload your file and quote your part

Upload your 3D filesDrag your files here

STEP, STP, STL, 3MF, DXF, DWG · Drawings as PDF or photo · Start without an account

Confidential files. Your design and intellectual property stay yours.

No CAD file? Request a manual quote

Home/Capabilities

CNC MACHINING

CNC Machining

View CNC Machining

CNC turning, milling, mill-turn, drilling and threading for your metal and engineering-plastic parts. We hold tight tolerances, repeatable setups and the right tooling for every cut. From one prototype to a production run, your part comes out right and on time.

Capability 01

CNC Machining

Active

CNC Machining

We machine your metal and plastic parts with 3-axis milling and CNC turning, to tight tolerances.

Best for

Best when you need real-material functional parts, tight tolerances, and reliable repeatability—without hard tooling.

CNC machining process producing high-precision metal components with tight tolerances

Project fit

Prototype → Production

Visual preview

Key highlights

Works for prototypes and production runs

Excellent dimensional accuracy and feature control

Wide material selection (metals + engineering plastics)

View CNC Machining

Typical parts

Brackets, housings, fixtures, manifoldsPlates, mounts, precision componentsTooling, jigs, assembly interfaces

Capability 02

CNC Machining

Active

CNC Milling

CNC milling uses rotating cutters to remove material and create prismatic geometry—pockets, slots, faces, and 3D contours—typically from plate or block stock.

Best for

Best for parts with flat faces, pockets, multi-side features, and complex geometry machined on 3-axis setups.

High-precision CNC milling process producing tight-tolerance metal components

Project fit

Prototype → Production

Visual preview

Key highlights

Great for prismatic parts and multi-face machining

3-axis setups for cost efficiency

Strong control over flatness, position, and profiles

View CNC Milling

Typical parts

Housings, plates, frames, bracketsComplex machined fixtures and tooling platesMulti-face precision components

Capability 03

CNC Machining

Active

CNC Turning

CNC turning forms parts by rotating material (usually bar stock) while stationary tools cut outer diameters, bores, grooves, threads, and tapers.

Best for

Best for round or cylindrical parts where concentricity, roundness, and smooth finishes matter.

CNC turning process machining precision cylindrical metal components with tight tolerances

Project fit

Prototype → Production

Visual preview

Key highlights

Ideal for shafts, bushings, spacers, and threaded parts

Efficient for medium/high quantities from bar stock

Strong control of concentricity and diameters

View CNC Turning

Typical parts

Shafts, pins, spacers, bushingsThreaded fittings, collars, sleevesRotating components and precision bores

Capability 04

CNC Machining

Active

Drilling & Threading

Precision holes and threads for your parts: drilling, reaming, boring and threading with controlled settings for size, position and thread quality.

Best for

Best for parts where hole position, true position, and thread quality are CTQs—especially in assemblies, sealing interfaces, and alignment features.

CNC drilling and threading process producing precision holes and tapped features in metal components

Project fit

Prototype → Production

Visual preview

Key highlights

Method selection: drill vs ream vs bore based on tolerance/finish

Thread strategy: tap vs thread mill based on material, depth, and quality

Defined burr control to protect seats and assembly surfaces

View Drilling & Threading

Typical parts

Manifolds, valve bodies, plates with hole patternsThreaded brackets, fixtures, and assembly interfacesParts requiring dowel alignment or sealing features

ADDITIVE MANUFACTURING

Additive Manufacturing

View Additive Manufacturing

FDM 3D printing for functional prototypes and short-run end-use parts in engineering thermoplastics. We review your design, apply the finish you ask for and check dimensions. If your part needs metal or more precision, we CNC machine it.

Capability 01

Additive Manufacturing

Active

3D Printing Services

We print your part from your CAD: we choose material, orientation and finish so it fits, holds up and looks the way you need.

Best for

Best for fast iteration, complex geometry and short runs when a mold isn't worth it.

FDM 3D printing producing functional plastic parts

Project fit

Prototype → Production

Visual preview

Key highlights

Material chosen for what matters (strength, accuracy, surface, heat)

Build orientation + support strategy to protect functional surfaces

Post-processing options for finish and dimensional targets

View 3D Printing

Typical parts

Prototype housings and bracketsComplex internal channels and lightweight structuresShort-run end-use polymer components

Capability 02

Additive Manufacturing

Active

Fused Deposition Modeling (FDM)

FDM builds parts by extruding thermoplastic filament. Durable and cost-effective for fixtures, jigs, and functional prototypes where cosmetics are secondary.

Best for

Best for functional prototypes, fixtures, and larger parts where cost and toughness matter.

Fused Deposition Modeling (FDM) 3D printing process producing functional thermoplastic components

Project fit

Prototype → Production

Visual preview

Key highlights

Strong functional parts for jigs/fixtures

Cost-effective for large prototypes

Multiple engineering thermoplastics available

View FDM

Typical parts

Jigs, fixtures, gaugesFunctional prototype componentsCovers and brackets (non-cosmetic)

Capability 03

Additive Manufacturing

Active

Prototype 3D Printing

Fast prototypes so you learn early: material, orientation and finish chosen to test form, fit and function.

Best for

Best when speed of iteration is the priority and you need parts quickly for validation.

Rapid prototype 3D printing for fit, form, and functional testing of engineered parts

Project fit

Prototype → Production

Visual preview

Key highlights

Fast iteration loops

Fit-check and early functional validation

Design review to avoid reprints

View Prototype 3D Printing

Typical parts

First-article prototypesAssembly fit checksEarly concept validation parts

Capability 04

Additive Manufacturing

Active

Production 3D Printing

Printed batches that repeat: locked settings, the same finish and dimension checks so each batch matches the last.

Best for

Best for short runs, end-use parts and custom variants without paying for a mold.

Production 3D printing making end-use parts in repeatable batches

Project fit

Prototype → Production

Visual preview

Key highlights

Defined build parameters and lot control

Consistent batches with inspection planning

Grows with you in short end-use runs

View Production 3D Printing

Typical parts

Short-run end-use polymer partsCustom variants and adaptersParts while a mold is on the way

CNC MACHINING

CNC Machining

View CNC Machining

Capability 01

CNC Machining

Active

CNC Machining

We machine your metal and plastic parts with 3-axis milling and CNC turning, to tight tolerances.

Best for

Best when you need real-material functional parts, tight tolerances, and reliable repeatability—without hard tooling.

Project fit

Prototype → Production

Visual preview

Key highlights

Works for prototypes and production runs

Excellent dimensional accuracy and feature control

Wide material selection (metals + engineering plastics)

View CNC Machining

Typical parts

Brackets, housings, fixtures, manifoldsPlates, mounts, precision componentsTooling, jigs, assembly interfaces

Capability 02

CNC Machining

Active

CNC Milling

CNC milling uses rotating cutters to remove material and create prismatic geometry—pockets, slots, faces, and 3D contours—typically from plate or block stock.

Best for

Best for parts with flat faces, pockets, multi-side features, and complex geometry machined on 3-axis setups.

Project fit

Prototype → Production

Visual preview

Key highlights

Great for prismatic parts and multi-face machining

3-axis setups for cost efficiency

Strong control over flatness, position, and profiles

View CNC Milling

Typical parts

Housings, plates, frames, bracketsComplex machined fixtures and tooling platesMulti-face precision components

Capability 03

CNC Machining

Active

CNC Turning

CNC turning forms parts by rotating material (usually bar stock) while stationary tools cut outer diameters, bores, grooves, threads, and tapers.

Best for

Best for round or cylindrical parts where concentricity, roundness, and smooth finishes matter.

Project fit

Prototype → Production

Visual preview

Key highlights

Ideal for shafts, bushings, spacers, and threaded parts

Efficient for medium/high quantities from bar stock

Strong control of concentricity and diameters

View CNC Turning

Typical parts

Shafts, pins, spacers, bushingsThreaded fittings, collars, sleevesRotating components and precision bores

Capability 04

CNC Machining

Active

Drilling & Threading

Precision holes and threads for your parts: drilling, reaming, boring and threading with controlled settings for size, position and thread quality.

Best for

Best for parts where hole position, true position, and thread quality are CTQs—especially in assemblies, sealing interfaces, and alignment features.

Project fit

Prototype → Production

Visual preview

Key highlights

Method selection: drill vs ream vs bore based on tolerance/finish

Thread strategy: tap vs thread mill based on material, depth, and quality

Defined burr control to protect seats and assembly surfaces

View Drilling & Threading

Typical parts

Manifolds, valve bodies, plates with hole patternsThreaded brackets, fixtures, and assembly interfacesParts requiring dowel alignment or sealing features

ADDITIVE MANUFACTURING

Additive Manufacturing

View Additive Manufacturing

Capability 01

Additive Manufacturing

Active

3D Printing Services

We print your part from your CAD: we choose material, orientation and finish so it fits, holds up and looks the way you need.

Best for

Best for fast iteration, complex geometry and short runs when a mold isn't worth it.

Project fit

Prototype → Production

Visual preview

Key highlights

Material chosen for what matters (strength, accuracy, surface, heat)

Build orientation + support strategy to protect functional surfaces

Post-processing options for finish and dimensional targets

View 3D Printing

Typical parts

Prototype housings and bracketsComplex internal channels and lightweight structuresShort-run end-use polymer components

Capability 02

Additive Manufacturing

Active

Fused Deposition Modeling (FDM)

FDM builds parts by extruding thermoplastic filament. Durable and cost-effective for fixtures, jigs, and functional prototypes where cosmetics are secondary.

Best for

Best for functional prototypes, fixtures, and larger parts where cost and toughness matter.

Project fit

Prototype → Production

Visual preview

Key highlights

Strong functional parts for jigs/fixtures

Cost-effective for large prototypes

Multiple engineering thermoplastics available

View FDM

Typical parts

Jigs, fixtures, gaugesFunctional prototype componentsCovers and brackets (non-cosmetic)

Capability 03

Additive Manufacturing

Active

Prototype 3D Printing

Fast prototypes so you learn early: material, orientation and finish chosen to test form, fit and function.

Best for

Best when speed of iteration is the priority and you need parts quickly for validation.

Project fit

Prototype → Production

Visual preview

Key highlights

Fast iteration loops

Fit-check and early functional validation

Design review to avoid reprints

View Prototype 3D Printing

Typical parts

First-article prototypesAssembly fit checksEarly concept validation parts

Capability 04

Additive Manufacturing

Active

Production 3D Printing

Printed batches that repeat: locked settings, the same finish and dimension checks so each batch matches the last.

Best for

Best for short runs, end-use parts and custom variants without paying for a mold.

Project fit

Prototype → Production

Visual preview

Key highlights

Defined build parameters and lot control

Consistent batches with inspection planning

Grows with you in short end-use runs

View Production 3D Printing

Typical parts

Short-run end-use polymer partsCustom variants and adaptersParts while a mold is on the way