What PHF makes and who buys it

PHF makes hand-held surgical instruments out of stainless steel. They are reusable, they are supplied non-sterile, and they have no motor, no battery and no measuring function. A surgeon uses them, a sterile services department washes and autoclaves them, and they go back into a tray. A good one lasts many years. A poor one loses its edge, stains in the washer, or the joint develops play and the tips stop meeting.

The company sits at 19-A(N), Industrial Estate, Sialkot, and has been in production since 1972. That is 54 years of continuous manufacturing in one place, which matters more than it sounds: instrument making is a hand trade layered on top of an engineering process, and the people who do the fine grinding and the joint fitting learn it over years, not weeks.

Three kinds of buyer come to PHF. Distributors and importers who need a consistent, documented supply they can resell under their own or PHF’s name. Hospital and government procurement teams buying against a tender specification, who need the paperwork to match the line items exactly. OEM and private label brand owners who have a catalogue and a market but no factory. Each needs something different from a supplier, and the sections below are written so that all three can find their answer without reading the whole page.

The four instrument families

Almost every general surgical tray is built from four functional groups. They clamp, they cut, they hold a needle, or they hold tissue out of the way. PHF manufactures all four in-house, and each has its own guide on this site.

From the factory floor

Buyers usually ask me first about price and second about lead time. The question I wish they asked first is about the joint. On a hemostat you can see the whole quality of a factory in the box lock: whether the two halves were milled to fit each other or forced together, whether the tips still meet after a hundred autoclave cycles, whether the ratchet holds on the first tooth without springing. Anyone can polish a handle until it shines in a photograph. Nobody can fake a joint that is still tight in three years, and the hospitals that have bought from us since the 1980s buy on that, not on the photograph.

Aqeel Abbas, Director of Marketing, Professional Hospital Furnishers

Complete product range

Beyond the four core families, PHF manufactures the wider general surgery, gynaecology, orthopaedic and dental instrument groups listed on its CE certificate. The list below is the certified scope, not a catalogue of aspirations.

General surgical and diagnostic

• Diagnostic instruments, sounds, dilators and probes
• Scalpels, knives and scalpel handles
• General forceps, thumb forceps and tweezer type forceps
• Dissecting forceps, sponge holding forceps and towel clamps
• Tracheal tubes and speculums, including vaginal specula
• Curettes, hooks, snares and punches
• Hollow ware products and impression trays
• Microsurgery instruments

Bone and orthopaedic

• Bone cutting forceps, bone holding forceps and bone rongeurs
• Bone saws, chisels and gouges
• Elevators, dissectors, raspatories and filing instruments
• Calipers and general orthopaedic instruments

Dental

• Tooth extracting forceps and extraction forceps patterns
• Dental elevators and dental scalers
• Curettes and impression trays

Note on scope

Every item above appears either on CE Certificate EC/4802/20 or in Table 2 of the ECM confirmation letter Ref. 85/F. PHF does not list product groups it cannot supply against a certificate. If an instrument is not on this page, ask before assuming, since new patterns are added to the range regularly and the certified scope is reviewed with each renewal.

Steel grades and the standards behind them

This is where a technical buyer separates suppliers, so it is worth setting out precisely. The governing material standard is ISO 7153-1:2016, Surgical instruments – Materials – Part 1: Metals, produced by ISO technical committee TC 170. It is the third edition, replacing ISO 7153-1:1991, and it extends the earlier scope from stainless steels to metals generally. The American equivalent specification is ASTM F899, Wrought Stainless Steels for Surgical Instruments.

Martensitic and austenitic are not interchangeable

Two families of stainless steel go into a general instrument tray, and they do opposite jobs.

Martensitic grades such as AISI 420 and AISI 440 can be hardened by heat treatment. They are used wherever an instrument must hold an edge or resist wear: scissors blades, forceps jaws and serrations, chisels, rongeur cutting edges. Austenitic grades such as AISI 303 and AISI 304 cannot be hardened by heat treatment. They are more corrosion resistant and are used for parts that do not need hardness: retractor bodies, handles, holloware, screws.

It is worth checking any supplier’s spec sheet on this point. Several manufacturer pages currently describe 420 and 440 as austenitic steels. They are martensitic, which is the entire reason they can be hardened, and a supplier who has the metallurgy backwards on a public page is telling you something about how the heat treatment specification is managed internally.

Material is specified per component, not per instrument

ISO 7151, Surgical instruments – Non-cutting, articulated instruments – General requirements and test methods, now in its third edition (ISO 7151:2024, replacing the 1988 second edition), does something most catalogues never show a buyer: it assigns ISO 7153-1 material reference grades component by component. A retractor is not made of one steel. Its blade, its body and its rivets are each specified separately.

Two hardness bands, not one

This is the fact that explains why a factory cannot run one heat treatment cycle across a whole catalogue. ISO 7151 sets a defined Rockwell band for heat-treated component parts of non-cutting articulated instruments, given as 40 HRC to 48 HRC in the long-standing edition of the standard. A scissors cutting edge is a different problem entirely and is normally taken to 50 HRC and above, because below that the edge rolls rather than cuts.

A hemostat jaw hardened to scissors hardness becomes brittle at the serrations. A scissors blade left at hemostat hardness will not hold an edge through a working list. Any manufacturer claiming tens of thousands of products from a single process line is describing breadth of catalogue, not breadth of capability. PHF runs separate heat treatment schedules by instrument family, which is the reason the range is stated as 10,000+ instruments across 12 specialties rather than an inflated round number.

Corrosion, passivation and test methods

Finished instruments are passivated to restore the chromium oxide layer disturbed during grinding and polishing. ISO 7151 specifies two corrosion resistance test methods, a copper sulphate immersion test in which no copper plating may appear, and a salt spray test in which no red rust may appear. Purchasers can specify which test applies at order stage, and if they do not, the choice is left to the manufacturer. Buyers writing a tender specification should state it explicitly.

ISO 13402, Surgical and dental hand instruments – Determination of resistance against autoclaving, corrosion and thermal exposure, covers the sterilisation cycle side. Hardness verification methods sit in ISO 6507-1 for Vickers testing, and biological evaluation is addressed by ISO 10993-1. For hemostatic forceps specifically, ASTM F921 defines the terminology used to describe jaw, serration, box lock and ratchet components, which is the vocabulary a good tender specification should be written in.

How a PHF instrument is made

An articulated instrument passes through roughly a dozen distinct operations between bar stock and packing. The sequence below is the general route for a ringed-handle instrument such as a hemostat or needle holder.

• Material receipt and verification. Grade confirmed against the ISO 7153-1 reference before release to production.
• Drop forging. Heated blank struck in a die to form the two halves, giving the grain flow that makes a forged instrument stronger than a machined one at the joint.
• Trimming and milling. Flash removed, box lock or screw joint seat milled.
• Joint fitting. The two halves are matched, pinned and closed. This is hand work, and it is the operation that determines whether tips still meet in five years.
• Serration and jaw cutting. Jaw pattern cut, TC insert seats machined where the instrument takes tungsten carbide.
• Heat treatment. Hardening and tempering to the band appropriate to the instrument family, then hardness verification.
• Grinding and setting. Edge or jaw geometry established, ratchet set and tested for hold on each tooth.
• Polishing and finishing. Satin or mirror finish as specified. Satin is usually preferred in theatre because it does not reflect operating light into the surgeon’s field.
• Passivation. Chromium oxide layer restored, then corrosion testing per the specified method.
• Laser marking. Manufacturer or buyer branding, catalogue reference, and where required the CE mark and lot identification.
• Final inspection. Dimensional check, function check, visual inspection under magnification.
• Packing. Individually or in sets, with documentation pack as agreed.

A full walkthrough of the Sialkot manufacturing route, including why the cluster developed here and what that means for lead times, is covered in the dedicated guide on how surgical instruments are made in Sialkot.

Certification and regulatory status

PHF states its regulatory position in full rather than in summary, because procurement officers get burned by summaries. Here is exactly what PHF holds, what each document does, and what it does not do.

ISO 13485:2016

PHF operates a quality management system certified to ISO 13485:2016, the medical device QMS standard. This governs design control, purchasing, process validation, traceability and complaint handling. It is a system certification, not a product approval, and the two should never be conflated.

CE marking under EU MDR 2017/745

PHF’s surgical instruments carry CE marking as Class I non-sterile, non-powered, non-measuring medical devices under EU MDR 2017/745. For this device class the manufacturer may self-declare conformity, and a Notified Body is not required. The CE marking is based on PHF’s Declaration of Conformity, verified by CNC Services under Certificate EC/4802/20, issued 30 June 2026 and valid to 29 June 2027.

One point of honesty here, because it is often blurred in this industry: CNC Services is a conformity assessment service provider, not an EU designated Notified Body. That is not a defect, because Class I non-sterile non-measuring devices do not require Notified Body involvement for CE marking. It does mean that any supplier presenting a Class I certificate as if it were Notified Body certification is overstating what the document is.

EU 2023/607 transitional provisions, ECM Notified Body 1282

PHF has submitted a formal MDR application to Ente Certificazione Macchine (ECM), Notified Body 1282 on NANDO, and holds a signed written agreement with ECM under the transitional framework. The confirmation letter, reference 85/F dated 24 May 2024, is issued in the framework of Regulation EU 2023/607 for legacy devices under Directive 93/42/EEC, and names PHF’s Sialkot address and Mr Aqeel Abbas as referent.

Under those transitional provisions, PHF’s instruments may continue to be placed on the EU market under legacy MDD 93/42/EEC conformity until 31 December 2028 while the MDR application is processed. That date is the deadline that applies to devices which did not require Notified Body involvement under MDD but do under MDR, which is exactly the Class I reusable surgical instrument category.

Why this combination matters

Most Sialkot manufacturers hold a Class I self-declaration and stop there. PHF holds that and is actively engaged with a designated Notified Body on the MDR transition, with a signed agreement and an application under assessment. For an EU distributor whose own obligations run to 2028 and beyond, a supplier already inside the Notified Body process is a lower-risk supplier than one who has not started.

To be precise about what this is not: it is not a full MDR 2017/745 certificate, and it is not an exemption. It is a transitional provision confirmation. The full position is set out on the CE certified manufacturer page.

United States and FDA

PHF holds Good Manufacturing Practice certification and manufactures under ISO 13485:2016. PHF does not currently hold FDA 510(k) clearance or FDA device establishment registration. Several categories of Class I non-powered, non-sterile reusable surgical instrument are exempt from 510(k) premarket notification under FDA regulations, and US buyers evaluating PHF should confirm the classification of their specific product codes. PHF is open to working with a US partner to establish a formal FDA regulatory pathway where the volume justifies it. PHF will not claim FDA clearance it does not hold.

Other markets

Registration requirements vary. UKCA in Great Britain, MDR in the EU, NMPA registration in China, SFDA in Saudi Arabia and MOH registration across much of the Gulf and Africa each place obligations on the importer as well as the manufacturer. PHF supplies the technical documentation, Declaration of Conformity, material certificates and test reports needed to support a local registration file. The registration itself is normally held by the importer or authorised representative.

Choosing between Sialkot manufacturers

Sialkot has hundreds of instrument manufacturers, and from a distance the websites look identical. The same certifications are listed, the same German steel is claimed, the same photographs of polished forceps appear. Here is a practical way to tell them apart, written from inside the cluster.

PHF’s answers to all six are on this page or one click from it. That is the entire argument. A supplier who will put the certificate number, the issuing body, the standard clause and the limitation in writing on a public page will also put it in writing in your contract.

The one thing PHF will not compete on is being the cheapest quotation in your inbox. There is always a lower price available in Sialkot, and it is usually lower because of the joint, the heat treatment cycle, or the steel certificate. Buyers who need the lowest unit cost above all else are better served elsewhere, and saying so saves everyone a month.

How to order

Wholesale and distribution

PHF supplies distributors and importers direct from the factory. Quotations are issued against a catalogue reference list or against your own specification sheet. Where you hold an existing specification from another supplier, send it, since matching an existing pattern is normally straightforward and avoids retraining theatre staff. Full detail sits on the wholesale supplier page.

OEM and private label

PHF operates a flexible OEM programme. Minimum order quantities are discussed at enquiry stage and depend on the product specification, customisation level and destination market. PHF does not impose rigid MOQ thresholds that prevent a first order, since the goal is to establish the right commercial relationship rather than to win a single shipment.

Two labelling routes are available. Under the first, PHF is named as manufacturer and your brand appears alongside. Under the second, your company is named as the manufacturer, which under EU MDR transfers the manufacturer’s regulatory obligations to you. That second route needs to be understood properly before it is chosen, and it is explained on the OEM and private label page.

Hospital and tender procurement

For tender work, send the specification document rather than a product list. PHF will respond line by line, marking each item as supplied to specification, supplied with a noted deviation, or not supplied. Marking an item as not supplied is deliberate: a tender response that claims everything is a tender response that will fail at inspection.

Payment terms

PHF’s standard payment terms for new buyers are advance payment by telegraphic transfer (TT) prior to production. For established buyers with a track record of orders, a Letter of Credit (LC) at sight can be arranged. Confirm payment terms at the quotation stage.

Samples

Sample instruments are available before a first production order. For a distributor evaluating a new supplier this is the only test that matters, so ask for the specific patterns you sell most of rather than a general sample set, and put them through your own washer and autoclave cycle rather than judging them out of the box.

Frequently asked questions

What does Professional Hospital Furnishers manufacture?

PHF manufactures reusable, non-sterile, non-powered stainless steel surgical instruments at its facility in Sialkot, Pakistan. The core range covers hemostats and artery forceps, surgical scissors, needle holders and retractors, alongside dissecting and thumb forceps, sponge holding forceps, towel clamps, specula, scalpel handles, curettes, hooks, dilators, probes, holloware, microsurgery instruments, bone and orthopaedic instruments, and dental elevators, scalers and extracting forceps. The company has manufactured in the same location since 1972.

Is PHF CE certified, and what exactly does that cover?

PHF’s instruments carry CE marking as Class I non-sterile, non-powered, non-measuring medical devices under EU MDR 2017/745. For this class the manufacturer self-declares conformity and no Notified Body is required. PHF’s Declaration of Conformity has been verified by CNC Services under Certificate EC/4802/20, valid from 30 June 2026 to 29 June 2027. Separately, PHF holds an ECM confirmation letter, reference 85/F, under EU Regulation 2023/607, which permits placement on the EU market under legacy MDD conformity until 31 December 2028 while the full MDR application is assessed by ECM, Notified Body 1282.

Does PHF hold FDA clearance for the United States?

No. PHF holds Good Manufacturing Practice certification and manufactures under ISO 13485:2016, but does not currently hold FDA 510(k) clearance or FDA device establishment registration. A number of Class I non-powered, non-sterile reusable surgical instruments are exempt from 510(k) premarket notification under FDA regulations, and US buyers should verify the classification and any exemption applying to their specific product codes. PHF is willing to work with a US distribution partner to establish a formal regulatory pathway where the opportunity justifies it, and will not claim clearance it does not hold.

Which stainless steel grades does PHF use?

Grades are specified per component against ISO 7153-1:2016 and ASTM F899. Martensitic grades in the AISI 420 and 440 families are used where hardness matters, meaning cutting edges, jaws and serrations, because these grades can be hardened by heat treatment. Austenitic grades such as AISI 303 and 304 are used for handles, retractor bodies, holloware and fasteners, where corrosion resistance matters more than hardness. Tungsten carbide inserts are fitted to needle holders and scissors where extended edge or grip life is required. Material certificates are available with shipment on request.

What hardness are PHF instruments held to?

There is no single figure, and any supplier quoting one for a whole catalogue is simplifying. ISO 7151 sets a defined Rockwell band for heat-treated component parts of non-cutting articulated instruments, given as 40 HRC to 48 HRC in the long-standing edition. Cutting instruments such as scissors are taken higher, normally 50 HRC and above, because a softer edge rolls rather than cuts. PHF runs separate heat treatment schedules by instrument family for this reason. Hardness verification and the applicable test method can be specified at order stage.

How does PHF compare to other surgical instrument manufacturers in Sialkot?

The meaningful differences are documentary rather than promotional. PHF publishes its certificate numbers, names the issuing bodies, distinguishes between a conformity assessment service and a designated Notified Body, and states which standard clause governs which claim. It also holds an active MDR transition file with ECM, Notified Body 1282, which most Class I self-declaring manufacturers in the cluster have not opened. On price, PHF is not the cheapest quotation available in Sialkot, and buyers whose sole criterion is lowest unit cost will find lower numbers elsewhere.

Does PHF offer OEM and private label manufacturing, and what is the minimum order?

Yes. PHF operates a flexible OEM programme covering laser marking, custom patterns, packaging and documentation. Minimum order quantities are discussed at enquiry stage and depend on specification, customisation level and destination market, and PHF does not impose rigid MOQ thresholds that would prevent a first order. Two labelling routes exist: PHF named as manufacturer, or the buyer named as manufacturer, in which case the EU MDR manufacturer obligations transfer to the buyer. That transfer should be understood before the route is chosen.

What are PHF’s payment terms?

Standard terms for new buyers are advance payment by telegraphic transfer prior to production. For established buyers with a track record of orders, a Letter of Credit at sight can be arranged, and this is the usual route for large volume shipments. Terms are confirmed at quotation stage, since they vary with order size, destination and whether the order is a catalogue item or a custom OEM run.

Which countries does PHF export to?

PHF supplies distributors, hospital groups and OEM buyers in more than 45 countries across Europe, the Middle East, Africa, Asia and Latin America. Documentation is prepared for the destination market, including the Declaration of Conformity, material certificates and test reports needed to support importer registration where local rules require it. Registration in the destination market is normally held by the importer or authorised representative rather than by PHF.

Are PHF instruments supplied sterile?

No. PHF instruments are supplied non-sterile, which is what the Class I classification on both regulatory documents reflects. They are designed for cleaning, inspection and steam sterilisation by the end user’s sterile services department before first and every subsequent use. Instructions for cleaning and sterilisation are supplied with shipment, and resistance to autoclaving and thermal exposure is addressed by ISO 13402.

Continue reading

Category / SC-1
Hemostats and Artery Forceps


Category / SC-2
Surgical Scissors


Category / SC-3
Needle Holders


Category / SC-4
Surgical Retractors


Commercial / T-1
CE Certified Surgical Instruments Manufacturer


Commercial / T-2
OEM and Private Label Surgical Instruments


Commercial / T-3
Wholesale Surgical Instruments Supplier


Commercial / T-5
Surgical Instrument Sets and Procedure Kits


Market / G-2
Surgical Instruments Manufacturer Sialkot