FDA-compliant material machining service

Get a quote today
ISO 9001 Accredited
First-rate communication
UK alternative to oversea suppliers

Precision CNC Machining for FDA and EMA Compliant Materials

We machine high-quality components from FDA approved materials and EMA-grade materials for industries with strict hygiene and safety regulations. Whether you're replacing legacy parts or designing new tooling, our experienced team ensures reliable delivery and tight tolerance machining with full traceability.

As an established UK-based CNC supplier, Penta Precision is trusted for parts used in medical, pharmaceutical, and food-grade environments. We support everything from one-off prototypes to repeat production in FDA compliant materials.

Compliance, Documentation & Traceability

In industries where hygiene and safety are non-negotiable, compliance isn’t just a checkbox, it’s built into everything we do. We work closely with customers to machine components from approved materials that meet both performance and regulatory needs. We provide:

  • Full traceability for all FDA compliant materials (certificates of conformity, batch numbers, and material test reports)
  • Batch-level documentation and tracking from raw stock to finished component
  • Custom part marking and packaging for hygiene-sensitive environments
  • ISO 9001:2015 certified processes from quoting to final inspection

Our machining services

View all services
CNC milling
High-precision CNC milling with 3, 4, and 5 axis CNC capabilities, ideal for complex geometries, tight tolerances, and repeatable production of custom parts.
Arrow
CNC turning
Automated multi-axis CNC turning for producing intricate or cylindrical CNC components in low or high volumes, using both modern and traditional equipment.
Arrow
Design for manufacture
Tailored design guidance to maximise efficiency, minimise production costs, and achieve precise, repeatable machining outcomes.
Arrow
View all services

Materials we machine

Aluminium

Arrow
Lightweight, corrosion-resistant, and highly machinable

Plastic

Arrow
Lightweight and chemically resistant with good electrical insulation

Stainless steel

Arrow
Strong and durable with excellent corrosion and heat resistance

Titanium

Arrow
Commercially pure unalloyed titanium, corrosion-resistant, high strength-to-weight ratio

Copper

Arrow
Excellent thermal and electrical conductivity, good corrosion resistance

Brass

Arrow
Free-machining and dimensionally stable with good corrosion resistance

Bronze

Arrow
Hardwearing and corrosion-resistant with excellent load-bearing properties

Guidelines for CNC machining

Lead times

CNC tolerances

Finishing processes

Max dimensions

Tab one

Order Type Quantity Range Typical Lead Time Additional Info
Prototype 1–5 parts 1–4 weeks* May vary based on complexity and material, but is flexible to the part requirements. Contact us early to discuss.
Small Batch Production 6–25 parts 4–6 weeks Can occasionally be reduced to 2–3 weeks depending on capacity and material lead time.
Medium Batch Production 26–100 parts 4–6 weeks Best suited to scheduled or call-off ordering for consistency
High Volume Production 100+ parts 4–6 weeks Longer lead times. Kanban or call-off ordering strongly advised
Kanban / Call-Off Orders Varies 24–48 hours dispatch* Stock held at Penta. Dispatch triggered by usage or schedule. Order is invoiced or paid upon call-off.
Tab two

Process
Range of Tolerances Achievable
Notes
Milling >±0.01 mm Dependent on part geometry, material and setup. 5-axis offers tighter tolerances and better repeatability.
Turning >±0.01 mm High-precision turning across billet and bar work, supported by modern multi-axis machines.
Geometric Tolerances >±0.010 mm* *Depending on material, finishes, and the geometry of the part.
CMM Measurement Verification to ±0.002 mm Achieved using our CNC CMM with 2.3µm volumetric accuracy and temperature compensation.
Tab three

Finishing Process Purpose Additional Information
Hard Anodising Adds a protective oxide layer to aluminium parts. Usually 25–30 microns thick. Typically used for parts designed for the outdoors and general engineering for corrosion resistance. This finish requires hole masking and machining allowance, so use only if needed.
Sulphuric Anodising Adds a decorative layer to aluminium. Less than 5 microns thick. Won’t offer any protection and minimal corrosion resistance. For decorative or aesthetic purposes only.
Bead Blasting Creates a uniform matte finish that removes tool marks. Ideal for reducing reflectivity and improving surface uniformity.
Powder Coating Provides a hard, colourful coating that is tough and wear-resistant. Commonly used on enclosures, brackets, and consumer-facing components.
Chromate Conversion Plating Enhances corrosion resistance while retaining electrical conductivity. Often applied to aluminium components used in electronic assemblies. Commonly referred to as Surtec or Iridite.
Polishing Achieves a smooth, high-quality surface for aesthetic or functional use. Used in medical, optical, or high-spec applications where surface finish is critical.
Nickel Plating Applies a thin layer of nickel to improve corrosion and wear resistance. Provides a bright, uniform finish. Often used for decorative parts or where moderate hardness and conductivity are needed.
Zinc Plating Adds a protective zinc layer to prevent rusting, especially on steel parts. Usually applied with a clear, yellow, or black passivate. Cost-effective option for corrosion resistance in less aggressive environments.
Burnishing Improves surface finish and work-hardens the material through controlled deformation. Produces a smooth, polished surface without material removal. Enhances fatigue strength and aesthetic appearance.
Ultrasonic Cleaning Removes fine particles, oils, and machining residue using high-frequency sound waves. Commonly used as a pre-finishing or pre-assembly process. Ideal for complex geometries and internal features. Leaves no residue.
Assembly Combines multiple components into a finished or semi-finished assembly. Used to streamline production workflows. May include press fitting, fasteners, inserts, or other mechanical joining methods.
Tab four

Process Maximum Dimensions Notes
Milling Up to X: 1000 mm, Y: 600 mm, Z: 550 mm Based on Doosan and Matsuura 5-axis machines. Max Ø350 mm × 300 mm height for 5-axis work.
Turning Max billet Ø380 mm × 580 mm length
Max bar Ø65 mm × 1100 mm length		 Applies across Mazak, Doosan Puma, and CMZ lathes. Includes Y-axis and driven tooling.
Tab five

CNC equipment we use

Matsura MAM72-35V

Automated 5-axis CNC Milling
Max. Work Size: Ø350 mm x H300 mm
Travel X / Y / Z: 550 / 440 / 580 mm
32 pallets, 240 cutting tools

Doosan VC630 5AX

5-axis CNC Mill
X-Axis Travel: 650 mm
Y-Axis Travel: 750 mm
Z-Axis Travel: 500 mm

Doosan DNM4500 4AX

5-axis CNC Mill
X-Axis Travel: 800 mm
Y-Axis Travel: 450 mm
Z-Axis Travel: 510 mm

Bridgeport VMC1000 4AX

4-axis CNC Mill
X-Axis Travel: 1000 mm
Y-Axis Travel: 600 mm
Z-Axis Travel: 600 mm

Mazak Quick Turn 200MY

CNC Lathe
Chuck size: 8"
Max. machining dia: Ø380 mm
Max. processing length: 38 mm / 1047 mm

CMZ TL20 MS

CNC Lathe
Max bar dia: Ø65 mm
Max bar length: 1100 mm
Max billet dia: Ø270 mm

CMZ C20 YS

CNC Lathe
Max bar dia: Ø65 mm
Max bar length: 1050 mm
Max billet dia: Ø230 mm

Doosan Puma 2600SY

CNC Lathe
Max bar dia: Ø65 mm
Max bar length: 1100 mm
Max billet dia: Ø270 mm

Components and applications

We regularly machine a wide range of FDA- and EMA-compliant components, supporting manufacturers who need reliable, repeatable parts to keep operations running smoothly.

From bespoke tooling to precision-engineered replacement parts, our expertise covers both functional production aids and critical end-use applications.

Production aids

These parts support efficient, accurate, and repeatable manufacturing processes, ensuring compliance and consistency on the shop floor.
- Tooling
- Jigs
- Fixtures
- Tooling plates

Replacement & wear parts

Precision-machined replacements minimise downtime and extend the life of equipment operating under strict regulatory conditions.
- Replacement parts
- Bosses
- Buttons

Specialist handling components

Engineered for performance and durability, these components provide reliable handling solutions where safety and compliance are non-negotiable.
- Tracks
- Grippers

Examples of our high-quality CNC machined components

Interact in 3D

Anodised support bracket

Aluminium machining
CNC Milling
Aluminium with soft sulphuric blue anodising
Interact in 3D

Plastic Turned Component

Plastic machining
CNC Turning
Engineering Plastic
Interact in 3D

Materials testing component

Brass machining
CNC Turning
Brass with nickel coating
Interact in 3D

Rod

Brass machining
CNC Turning
Brass
Interact in 3D

Paddle stirrer

Aluminium machining
CNC Turning
Aluminium 6082 T6 with natural sulphuric anodising
Interact in 3D

Machined R&D Aluminium Prototype

Aluminium machining
CNC Milling
Aluminium

What our clients say

Erjon
Procurement, Surveillance component
Everything about our experience with Penta has been perfect. From the precision of their machines to their outstanding customer service, they’ve exceeded all expectations.
Leanne
Senior buyer at bicycle firm
We’ve worked with Penta on several complex projects, and their consistency and attention to detail have been second to none. The team is quick to respond and flexible.
Andrea
Buyer
Penta is highly recommended for their quality, responsiveness and customer service. We have experienced a lot of change with our parts and Penta has always accommodated the adjustments needed in a timely manner. The quality is 100%.
Adrian
Purchasing, Medical
Penta Precision offers a highly professional, competitive and above all quality service. As one of our approved suppliers, we look forward to continuing to benefit from 14 the close and ever-improving relationship.

More about CNC machining

Industry sectors

Learn about the industries 
that we work with

This is some text inside of a div block.
Explore industry sectors
Penta proven process

How we deliver precision engineering every time.

This is some text inside of a div block.
See the process
Video

MTDCNC visits Penta Precision to discuss Matsuura's MAM72-35V

18 Mar 2024

Common questions

What qualifies a material as FDA or EMA compliant?
Do you provide certificates of compliance or material traceability?
Can you meet hygiene and cleanroom manufacturing requirements?
Can you help select the right FDA-compliant material for my application?