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A gloved hand passing a surgical clamp to a surgeon in an operating theatre.

Surgical Instruments

Instruments used in the sterile field, in one hand, under time pressure. Material choice, repeated reprocessing and the feel of the mechanism decide whether a surgeon adopts them.

Devices we have built here
Laparoscopic instruments, heart-valve templates, RF ablation electrodes, powered surgical handpieces.

Devices we have worked on

We name the type of device, not the client. Client work stays confidential.

  • Pulsed lavage irrigation system for orthopaedic surgery
  • Battery-powered bone drill with its docking station
  • Suturing device for wound closure
  • Manual wound debridement instrument set
  • Bipolar coagulation instrument for neurosurgery
  • Oscillating-blade dermatome for skin grafts
  • Biopsy device

What makes these devices hard

Reprocessing

A reusable instrument must survive hundreds of cleaning and sterilisation cycles without losing its function.

Sterile supply

Single-use devices need a sterilisation method and a packaging system chosen with the materials.

Feel in the hand

Balance, grip and the force of the mechanism decide whether a surgeon adopts it.

Materials in contact

Every part that touches tissue needs a biological evaluation.

Tell us these first

Useful in a first enquiry

  • The procedure, and the step where the instrument is used
  • Reusable, single-use or limited reuse, if decided
  • Which tissue it touches, and for how long
  • Any powered function: motor, battery or energy delivery
  • The instrument surgeons use today, and what they dislike

Reusable or single-use is a design input

USED ONCEUSED MANY TIMESSingle-useSterilised onceBarrier and shelf lifeISO 11607 packagingLimited reuseSet number of usesUses countedLife testedReusableValidated cleaningRepeated sterilisingISO 17664 instructionsNeeds a proven use limit

Decide reuse before the materials and joints are chosen, because it changes both. A reusable instrument needs surfaces that survive validated cleaning and repeated sterilisation, with instructions written to ISO 17664. A single-use instrument moves that effort into a sterilisation method, a sterile barrier and a shelf life. A limited-reuse device needs both a tested use limit and a way to stop use at that limit.

The path for a device like yours

  1. Step 1

    Idea validation

    Test the concept with surgeons on the procedure it serves, before the mechanism is fixed.

    Idea validation
  2. Step 2

    Industrial design

    Shape the grip, balance and controls with surgeons, using formative evaluations.

    Industrial design
  3. Step 3

    Mechanical engineering

    Design the mechanism, joints and materials for the reuse decision you made.

    Mechanical engineering
  4. Step 4

    Verification & validation

    Test function, life cycles, biological safety and, where powered, electrical safety.

    Verification & validation
  5. Step 5

    Sterile & assembly support

    Set up packaging, sterilisation and assembly records for the build.

    Sterile & assembly support
  6. Step 6

    Design transfer

    Hand the released design to production with process validation and inspection plans.

    Design transfer

Questions about surgical instruments

Should our instrument be reusable or single-use?

It depends on the procedure, the cost per use, the hospital's reprocessing capacity and the materials. Compare both early, because the answer changes the materials, joints, testing and packaging.

What testing does a reusable instrument need?

Validation that the cleaning, disinfection and sterilisation instructions work, as ISO 17664 expects, and testing that the instrument still works after the number of cycles you claim.

Which class will our instrument be?

The class follows the intended use and the classification rules. How invasive it is, how long it stays in contact and whether it is powered all matter. Try the class and route tool.

Does a powered handpiece need IEC 60601 testing?

A powered handpiece is electrical medical equipment, so IEC 60601-1 generally applies, with collateral and particular standards where relevant. IEC 60601-2-2 covers high-frequency surgical equipment.

Two engineers reviewing a CAD model on a laptop

Surgical programmes on record

Our programmes include a pulsed lavage system for orthopaedic surgery, a battery-powered bone drill with its docking station, a bipolar coagulation instrument for neurosurgery and an oscillating-blade dermatome for skin grafts.

Our quality system · About us

Standards that commonly apply

  • ISO 10993-1Biological evaluation of materials
  • ISO 17664Information for reprocessing
  • ISO 11607Packaging for terminally sterilised devices
  • ISO 11135 / ISO 11137 / ISO 17665Sterilisation by EtO, radiation or steam
  • IEC 60601-2-2High-frequency surgical equipment, where powered

The list for a given device, and the edition of each, is set in its regulatory plan.

Building a device in Surgical Instruments?

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