Request a Quote
Surgical & Diagnostic Components

Laboratory Equipment Parts

  • Process
    5-axis machining, deep drilling
  • Material
    Aluminum, 316L, 17-4PH, PEEK, acrylic
  • Finish
    Passivation, laser marking

MedCNCParts machines laboratory equipment parts to drawing for laboratory, diagnostic and analytical instrument makers and their contract manufacturers. We work from pilot build to repeat production under an ISO 13485 quality system.

Get A Quote
Description Types Process Custom Options Tech Specs Related Products FAQs
Laboratory Equipment Parts Desc Image

Laboratory Equipment Parts Made to Drawing

We machine fluidic manifolds, sample-handling parts, optical and sensor mounts, housings and pump and valve components to the drawings of instrument makers. They belong to our range of diagnostic equipment components.

We do not sell replacement parts for installed instruments: for a spare part, contact the instrument manufacturer or its authorized service provider.

Made to your drawing Icon

Made to your drawing

Every part is machined to the equipment maker's drawing and datums; we do not sell catalog or replacement parts.

Compatibility stays with you Icon

Compatibility stays with you

Chemical compatibility with reagents and cleaning agents is specified by the equipment manufacturer; we machine the grade on the drawing.

Documents on request Icon

Documents on request

Parts are made under an ISO 13485 quality system, with FAI, CoC and material certificates supplied on request.

From pilot build to repeat production

Engineering samples are measured in full against the released drawing; pilot builds and repeat orders follow the routing and inspection plan you approve, with lot traceability. Fluid-path port fittings and adapters are on our fluid fittings page.

Laboratory equipment components we machine

Fluidic manifolds and valve blocks

/01
Fluidic manifolds and valve blocks
  • Channels: drilled and milled channels, intersecting cross-holes, plugged galleries
  • Faces and ports: flat sealing faces, threaded or flat-bottom fluidic ports
  • Materials: aluminum, 316L, PEEK, acrylic, polycarbonate

Sample-handling parts

/02
Sample-handling parts
  • Features: probe and needle holders, gripper fingers, carriers and rack inserts, locating pins
  • Materials: aluminum, stainless steel, PEEK

Optical and sensor mounts

/03
Optical and sensor mounts
  • Features: lens, filter and detector holders, sensor housings, alignment features and datum surfaces
  • Materials: aluminum, stainless steel

Housings and covers

/04
Housings and covers
  • Features: instrument sub-housings, electronics enclosures, access covers
  • Materials: aluminum, polycarbonate
  • Finish: aluminum housings finished as the drawing specifies

Pump and valve components

/05
Pump and valve components
  • Features: pistons, cylinders, valve seats and bodies, pump heads; wetted parts
  • Materials: 316L, PEEK
  • Finish: 316L wetted parts passivated per ASTM A967 when called for

Precision brackets and motion parts

/06
Precision brackets and motion parts

Machining fluidic manifolds and precision mounts

  • Materials
  • Machining
  • Finishing
  • Inspection
  • Materials

    Metals and polymers

    Aluminum 6061 / 7075 for frames, brackets, housings and optical mounts; 316L stainless steel for wetted parts, passivated when called for; 17-4PH for wear and high-strength parts, condition per drawing. PEEK, PPSU or PSU for chemically resistant wetted and insulating parts; acrylic (PMMA) and polycarbonate for transparent manifolds, windows and covers.

    The equipment manufacturer specifies chemical compatibility; we machine the grade on the drawing and supply its material certificate on request.

    Talk with Experts
  • Machining

    Channels, faces and ports

    We drill deep, intersecting channels and check burr-free intersections on the first article: a burr inside a gallery is a particle in your fluid path. Sealing faces hold flatness and finish where O-rings or gaskets seal, inspected against the drawing callout.

    Ports follow ASME B1.1 or ISO 261 as the drawing specifies, including flat-bottom ports; optical seats use GD&T per ASME Y14.5. 5-axis machining of manifolds puts angled ports in one setup, so features keep their relationship.

    Talk with Experts
  • Finishing

    Finishing and marking

    Passivation of 316L wetted parts follows ASTM A967, with electropolishing where specified. Aluminum housings and mounts are finished as the drawing specifies.

    Part, serial and lot numbers are laser marked for traceability, and parts ship finished and marked to your specification.

    Talk with Experts
  • Inspection

    Inspection and records

    Our ISO 13485 quality system gives equipment makers the records their supplier files require, all on request: an FAI report against the full drawing, CMM and dimensional reports on port positions, flatness and datums, a CoC and material certificates with lot traceability.

    Instrument-level safety and performance stay with the equipment manufacturer: IEC 61010-1 and, for medical or IVD instruments, 21 CFR Part 820 and (EU) 2017/746.

    Talk with Experts

Surface Finishing
Materials
  • Electropolishing
    Electropolishing medical metals produces smooth, clean, corrosion-resistant surfaces, removing burrs and impurities to ensure biocompatibility, sterility, and reliable device performance.
  • Passivation
    MedCNCParts provides medical CNC parts with precision passivation, removing contaminants and restoring stainless steel’s oxide layer for corrosion-resistant, implant-ready components.
  • Electroplating
    Precision electroplating for medical devices strengthens surfaces, maintains biocompatibility, and ensures clinical-grade, ISO-compliant, traceable finishes for implants and surgical instrumentation.
  • Laser Marking
    MedCNCParts provides precise, compliant laser marking and UDI on medical components, ensuring traceability, regulatory adherence, and long-lasting surface quality.
  • Anodizing
    Anodizing components for medical use strengthens surface protection, cleanliness, and biocompatibility, ensuring durable, traceable, and implantable-grade finishes for precision-machined parts.
  • Titanium Coloring
    With MedCNCParts’ titanium coloring, medical devices gain validated biocompatibility, precise differentiation, and assured compliance with stringent implantable certification standards.
  • Powder Coating
    Biocompatible powder coating creates corrosion-resistant, uniform finishes on medical parts, maintaining micro-precision, cleanliness, and validation-ready surfaces for surgical devices.
  • Titanium
    MedCNCParts offers precise, fast-turnaround CNC machining titanium with implant-grade quality, ultra-clean operations, and reliable small-batch medical part production.
  • Acrylic
    MedCNCParts’ machining services deliver precision-shaped components with refined finish, durability, and consistent optical performance for healthcare use.
  • Stainless Steel
    MedCNCParts offers advanced CNC machining for medical components, producing stainless steel parts for surgical and implantable applications to exacting ISO tolerances with fast turnaround.
  • Copper
    MedCNCParts’ CNC machining Copper ensures ISO 13485-certified cleanliness, precise tolerances, and consistent quality across surgical, diagnostic, and implantable copper components.
  • Aluminum
    MedCNCParts focus on traceability, process compliance, and rapid-response production makes us a trusted partner.
  • PEEK
    MedCNCParts machines PEEK components using validated processes, micro-precision, and complete inspection for advanced medical devices.
  • Polycarbonate
    MedCNCParts ensures consistent quality and fast turnaround for complex, small-batch medical applications.

Tech Specs

Laboratory Equipment Parts Specs Image
Part types Manifolds, sample-handling parts, sensor mounts, housings, pump parts, brackets
Materials Aluminum 6061 / 7075, 316L, 17-4PH, PEEK, PPSU / PSU, acrylic (PMMA), polycarbonate
Process 5-axis machining, deep intersecting drilling
Finishes Passivation per ASTM A967, electropolishing
Marking Laser-marked part, serial and lot numbers
Standards ASME B1.1, ISO 261, ASME Y14.5 (GD&T)
Documentation FAI, CMM reports, CoC, material certificates, on request
Quantities Samples, pilot builds and repeat orders

Laboratory Equipment Parts FAQs

FAQs

Send your instrument component drawing with the material, quantities and documents you need.

Request A Quote

MedCNCParts manufactures components to customer specifications; it does not design or market medical devices.

Do you sell replacement parts for laboratory instruments?

No. We machine components to the equipment manufacturer's drawing; for spare parts of an installed instrument, contact the instrument manufacturer or its authorized service provider.

Which laboratory equipment parts do you machine?

Fluidic manifolds and valve blocks, sample-handling parts, optical and sensor mounts, housings, pump and valve components and precision brackets, all made to drawing.

Which materials do you use for wetted parts?

Typically 316L stainless steel, PEEK, PPSU and, for transparent parts, acrylic or polycarbonate; the equipment manufacturer specifies chemical compatibility.

Can you machine transparent acrylic manifolds?

Yes, acrylic and polycarbonate manifolds are machined to drawing, with channel finish agreed on a sample.

Do you leak-test manifolds?

Leak or pressure testing can be added when specified on the order; otherwise leak testing stays with the equipment manufacturer.

Can you support repeat production after the pilot build?

Yes. Repeat orders run on the same routing and inspection plan, with lot traceability and change notification.

What documentation can ship with the parts?

On request, we supply the documents your program needs: a CoC, material certificates, an FAI report on first articles and dimensional or CMM reports on critical features. Parts are made under an ISO 13485-certified quality system.

Drop files here
or

    Start Production with Certified Precision

    Get a Quote