MATSUOPRO / Mackay Hair Scissors — Factory-Direct Since 2014

Hair Scissors Manufacturer | OEM & Wholesale Shears

MATSUOPRO is a professional hair scissors manufacturer of hair and pet grooming shears made of 440C Japanese steel, VG10, and ATS-314, with full OEM/ODM private-label service starting from 50 pcs and in-stock styles from 1 pc. Steel sourcing, CNC cutting, heat treatment, hand sharpening, and packaging are controlled internally at our two production bases in China, with nothing affecting quality or delivery outsourced to a third party.

2014
Manufacturing Since
80+
Steps, Steel to Shear
50pcs / 1unit
MOQ — Custom / In-Stock
BSCI·SGS·ISO 9001
Audited & Certified
40+
Countries Shipped To
2
Manufacturing Bases (CN)

What Goes Wrong When a Wholesale Hair Scissors Manufacturer Cuts Corners

All of the hair scissors manufacturers will claim their steel is the best and their factory is the most modern. What separates great suppliers is only visible after receiving the first order — for instance, if the delivery strays from your approved sample, if the certification actually belongs to a different plant, or if the steel can’t hold an edge to the specifications outlined in the data sheet.

This isn’t a hypothetical scenario: a professional hairstylist forum thread titled “Ruined cutting tools” captures these types of issues exactly, as described by stylists and barbers alike — we’ve detailed the numbers elsewhere on this page.

Precision hair scissors manufacturing facility and quality control

Critical Failures

[F-01]

Certificate’s scope

does the cert cover your specific production line, or does it refer to the entire group’s facilities?
[F-02]

Consistency of sample to production

does the initial example match the 500-unit order, or just the first sample batch of an OEM production run?
[F-03]

Subcontracted steps

how many of steel sourcing, heat treatment, and hand-honing happen outside the factory’s own walls?
[SYS.MK-8099]
  • Our shear and grooming-tool collections, organized by category
  • 80+ Manufacturing process,
    stage by stage
  • An honest look at our steels — 440C, VG10, and ATS-314 — with our best-performing model matched to actual use cases, not just highest hardness.
  • Hidden costs buyers often face with poorly fitting shears — with actual price values.
  • What to scrutinise about each manufacturer: MOQ, OEM/ODM services and Certifications. We’re listing the best to buy certifications down below.
[OPERATIONAL PROTOCOL]

We don’t boast or puff; our answer is organizational. By keeping steel supply, CNC cutting, heat treatment, hand sharpening and inspection process inside the walls of our own two factories, nothing that compromises quality or delivery is left to a third party. We can produce an order of 50 custom pieces — instead of a container-full — to support a brand’s growth.

Get Instant Quote →

Explore Our Hair & Pet Grooming Shear Collections

The catalogues below are each tailored to a specific cutting task and a specific buyer — from high-volume wholesale hair shears to OEM private-label programmes for customers new to sourcing a factory-direct shear. Professional hairdressing, thinning and barber shears each carry different edge geometry and steel treatment, so rather than compressing everything into one generic page, we keep the technical depth on the dedicated collection page for each category — described in detail elsewhere on this site.

  • Professional Straight-blade Hair Cutting Shears
    01 hair cutting shears · cutting scissors

    Hair Cutting Shears Collection

    Professional, Straight-blade cutting shears in Japanese 440C steel, with an ergonomic handle, designed for point-cutting, blunt-cutting and daily salon use.

    View Collection
  • Thinning & Texturizing Shears
    02 thinning shears · texturizing shears

    Thinning & Texturizing Shears

    Specialized thinning shears with carefully calculated tooth counts and thinning rates to blend, de-bulk, and texturize — from light trim finishing to moderate de-bulking, including our 40-tooth+ blending shears for heavier reduction work.

    See the Range
  • OEM & Private Label Hair Scissors
    03 hair scissors oem · private label

    OEM & Private Label Services

    With your own private label, engrave your logo, choose your finish, and pick your packaging from 50 pieces upwards.

    Start Your OEM Order
  • Scissor Steel Materials 440C VG10
    04 440c steel · japanese steel

    Scissor Steel Materials Guide

    A practical reference for 440C, VG10 and ATS-314 stainless steel; details about hardness, edge-retention and sharpening tradeoffs.

    Read Guide
  • Barber Shears & Scissors
    05 barber scissors · barber shears

    Barber Shears & Scissors

    Shorter blade lengths and offset-handle variants tailored to rapid barbering speed and fade work.

    Browse
  • Japanese Steel Hair Shears Brand Hub
    06 japanese steel hair scissors

    Japanese Steel Hair Shears (Brand Hub)

    Our flagship Japanese-steel range, sourced via the same channel as the leading Japanese and German shear brands.

    Explore
  • Pet Grooming Scissors & Shears
    07 dog grooming scissors

    Pet Grooming Scissors & Shears

    Curved, straight, and thinning shears purpose-built for professional dog groomers, using the same steel and QC line as our hair shears — including rounded safety-tip shears for puppies and kittens where a blunted point matters most.

    See Shears

From Steel to Shear:
Inside an 80-Step Manufacturing Process

MATSUOPRO is a vertically integrated factory – from raw Japanese steel to the finished hand-honed shear, everything is produced in-house. We keep nothing off-site, and everything critical under our control — including product quality and lead times.

Covering 2000+ sq m with a team of 100+, MATSUOPRO has been honing and servicing scissors for 12 years from our two established hairdressing scissor manufacturing hubs in China: our southern facility in Guangzhou and our eastern base in Zhangjiagang, located in the Yangtze River Delta.

The 8 Stages, 80+ Steps

Our factory facilities support the complete process under one roof: state-of-the-art CNC machining centers, vacuum and cryogenic heat-treatment furnaces, dedicated precision grinding lines, PVD coating, laser engraving services, and specialized hand-honing benches where artisans perfect every premium blade.

  1. 01

    Steel intake & inspection

    We use premium Japanese steel, our ATS-314 plate sourced direct from Hitachi Group, Japan.

  2. 02

    CNC cutting & forming

    Precise, repeatable blade geometry.

  3. 03

    Vacuum + cryogenic heat treatment

    Hardened to 60-62 HRC (up to 64 HRC on our cobalt flagship lines).

  4. 04

    CNC grinding & hand-honing

    The Japanese convex edge is hand-finished to a mirror polish.

  5. 05

    Surface finishing

    PVD coating, polishing, custom colors.

  6. 06

    Assembly & hand-tensioning

    Each pair is tuned for perfect, balanced operation.

  7. 07

    Piece-by-piece QC

    Sharpness, balance, tension and finish are inspected individually.

  8. 08

    Engraving & packaging

    Custom logo engraving and packaging to your specification.

“CNC cutting gets every blade to the same starting geometry before a single one reaches the honing bench. That consistency is what makes hand-honing scalable for a 500-piece OEM order instead of just a one-off custom pair.”

Production Quality Lead, MATSUOPRO Factory
MATSUOPRO premium hand-honed hairdressing scissors

Buyers generally overlook the fourth step in the scissor production process. CNC grinding gets our blade close to its required geometry; however, the hand-honing pass that follows is key in determining both how the edge feels to a stylist and how long it retains its edge between professional services. It’s here where handmade tradition is merged with modern precision — unlike a completely automated grind which can attain a specific hardness level without ever achieving the consistent convex geometry that results from Japanese-style honing.

To remain on the cutting edge of the manufacturing process, our craftsmen spend 2 weeks, twice annually (4 weeks per year total), in the premier scissor workshops in Japan and Korea. Learning and sharing production know-how enables us — a mid-sized factory — to deliver and match the feel and finish of time-tested Japanese and German brands without the associated overheads.

Specifications / Inquire

440C vs VG10 vs ATS-314: A Hair Shears Manufacturer’s Steel Comparison

Hardness isn’t automatically the right upgrade. Five separate technical and professional reports that we read basically reach this agreement: you need hardness to accommodate your usage and the intensity with which you use that steel, and price is going to be a poor marker on what steel is best for a specific stylist. The high-volume barber doing fades all day and the full-service salon all-rounder have different trade-offs — they don’t share the same “hardest steel is best” solution.

440C Stainless Hair Shears

440C Stainless

Hardness (Our Production Spec)
60–62 HRC
Edge Retention vs. Resharpening
Good corrosion resistance, easier to resharpen in-house
Best-Matched Buyer
High-volume salons wanting low downtime and forgiving upkeep
VG10 Cobalt-Alloyed Hair Shears

VG10 (Cobalt-Alloyed)

Hardness (Our Production Spec)
60–62 HRC
Edge Retention vs. Resharpening
Balances edge life with manageable resharpening
Best-Matched Buyer
Stylists wanting a step up in edge life without specialist sharpening
ATS-314 Hair Shears

ATS-314

Hardness (Our Production Spec)
60–62 HRC (Hitachi Group-sourced plate)
Edge Retention vs. Resharpening
Longest standard-line edge retention; needs a skilled sharpener
Best-Matched Buyer
High cutting-volume professionals using a professional sharpening service
Cobalt Alloy Flagship Hair Shears

Cobalt Alloy (Flagship)

Hardness (Our Production Spec)
Up to 64 HRC
Edge Retention vs. Resharpening
Maximum edge retention; most demanding to resharpen correctly
Best-Matched Buyer
Barbers/stylists who resharpen rarely and want the longest interval between services

Independent technical sources have placed ATS-314’s hardness between HRC 59-63 depending on how it has been tempered and depending on its origin, and one comparison described it as the toughest of the 3 basic steels. Our production target for a standard blade is HRC 60-62, which fits exactly in the middle of the described hardness zone – instead of at the edges. Where this also fits with the intended ATS-314 origin: one supply chain article explains the usage of ATS-314 plate for Hitachi Metals in Japan, where we in return get our ATS-314 steel from.

Procurement Guidelines // QA Process

  • Demand the exact alloy name — whether that’s 440C, VG10, ATS-314, or a branded ‘secret’ recipe — not just some generic “premium stainless” tag.
  • Always get the HRC Hardness specification and tempering batch number in writing and not just the name of the grade.
  • Verify that your sharpening service is indeed rated for that hardness level before one large order is shipped.
  • And more importantly, than the HRC numbers, is what each grade does to a sharpening stone. Harder steel has a longer lifespan on a steel before it needs servicing; conversely, a harder steel has higher punishment for a novice if it’s sharpened poorly — a pattern that’s direct evidence of the hidden-cost data revealed below.

What Buyers Actually Pay For When They Choose the Wrong Hair Scissors Supplier

The real cost of a shear gone wrong never appears on the invoice. It will materialize months later, in sharpen invoices, the number of flaws on a large order of them, or the sheer number of stylists that leave a brand after one less than stellar use – and professionals will expound on it where it actually happens.

Source: independently reported buyer accounts and published industry defect-rate benchmarks; figures describe category-wide patterns, not MATSUOPRO-specific test results. See References below.

$1,500 shears “ruined” by improper sharpening, per a working stylist’s own account
75 / 500 defective units in a 15% defect-rate batch — the industry-documented rate for conventional multi-tier distribution
USER_LOG //

I’ve had two working stylists who have told me the exact same failure mode in their own words: one said they were “out $1,500” after a shear was “ruined” by having them improperly sharpened after just a few uses. The second said he spent “thousands of dollars to replace everything” after a botched sharpening job. On their own, multiple threads in professional sharpening forums identify the same cause – using a generic knife sharpening stone on the internal bevel of a hair shear is a classic way to ruinate an expensive blade, which is the whole point of requiring a hard steel (again, see comparison graphic) and a sharpener who actually sharpens shears and not general knives.

Every one of those four costs traces back to the same two decisions: which steel grade actually went into the batch, and whether quality control happened inside the factory that cut the steel or several steps removed from it. That’s the structural reason factory-direct sourcing with piece-by-piece QC works, not a marketing claim.

  • Damage from filing the internal bevel can cost the stylist a $1,500 in scrap shears according to the working stylist above.
  • Batch defect rate – 15% on a 500-unit order works out to 75 defective units; industry commentary puts typical multi-tier-distribution defect rates at 10-15%, versus well under 1% when steel-cutting and QC happen inside the same factory.
  • Ergonomic strain – mismatched handle geometry is described by working stylists as “wrist pain that starts by noon,” a cost that compounds daily for anyone cutting hair for a living.
  • Corrosion – lower-grade steel can look fine on delivery but degrade faster than its stated grade should, under normal salon humidity and cleaning routines.

Common Buyer Scenarios We Solve For

These are representative sourcing situations our process is built to handle – illustrative scenarios based on the OEM and wholesale inquiries we typically see, not individual customer case studies with verified names or figures.

Precision hair scissors manufacturing detail
01 SCENARIO

Private-Label Launch

A brand entering the hair-tools category for the first time. Starts with a 50-unit custom OEM order to validate steel grade, handle finish, and packaging before committing to a larger production run.

02 SCENARIO

Distributor Sampling

A wholesale distributor testing a new supplier. Orders in-stock styles from 1 unit to verify blade consistency and finish quality against their existing supplier before switching volume over.

03 SCENARIO

Salon Group Procurement

A multi-location salon group replacing damaged inventory. Moves to a factory-direct relationship with documented QC after tracing repeated in-house sharpening damage back to inconsistent third-party steel quality.

BSCI Social compliance audit
SGS Third-party audited
ISO 9001 Quality management system
Factory-Direct No trading-company markup

ISO 9001, BSCI & SGS Certified Hair Shears Manufacturer

80+
Our in-house R&D is backed by 80+ intellectual property rights, reflecting years of original design and engineering rather than reselling someone else’s tooling. That matters for a buyer’s own supply-chain audit trail: a factory that owns its designs can also stand behind the origin of what it ships, instead of pointing to a trading company further up the chain.
Precision Hair Shears under ISO 9001 and SGS inspection

Quality is controlled at every one of the 8 stages above, and every pair is inspected before it ships. Our factory is audited to BSCI and SGS standards, follows an ISO 9001 quality system, and partners with a national-level tools-and-hardware quality inspection center, with third-party hardness and material reports available on request. BSCI itself is not a single pass/fail badge; it is amfori’s ongoing social-compliance monitoring process, audited by accredited third parties like SGS against a defined code of conduct – the honest version of a certification claim, and a more specific one than a supplier simply stating it is “certified.”

  • BSCI

    amfori’s ongoing social and labor-compliance audit process, not a per-unit product-quality test.
  • SGS

    the independent third-party auditor that actually conducts the audit.
  • ISO 9001

    a documented quality-management-system standard, not a per-shipment inspection certificate.

Before You Approve a Bulk Order

  • Ask which specific facility a third-party hardness or material report was actually tested against – a certificate can be genuine and still cover the wrong production line.
  • Are BSCI/SGS/ISO 9001 claims audited on the factory you are sourcing from, not group level at a different site?
  • Who’s providing the support for re-sharpening after the warranty period is over? It’s rare they just offer this up front and it’s the single biggest hidden cost outlined above.

How to Order: MOQ, Hair Scissors OEM & Lead Times

Alongside full OEM/ODM support — including custom steel, handles, finishes, engraving, and packaging — we offer genuinely low minimum order quantities: from 50 pcs for custom orders, and we even stock ready-made styles starting from 1 unit.

Once buyers have checked a certificate is for the correct facility and have priced in the other hidden cost outlined above, what they almost always ask is, what’s it going to be like doing business with you — and is ordering here complex and opaque? A professional-standard sharp edge shouldn’t be out of the reach for a growing brand.

Order Path Minimum Quantity Best For What’s Included
In-Stock Standard 1 unit Sampling, small salons, distributors testing the line Standard finish and handle, no engraving
Custom OEM/ODM 50 pcs Brands launching a private-label line Steel choice, handle finish, custom color, logo engraving, custom packaging
NOTICE

We don’t show a universal number here as it does depend on the steel chosen, the quantity ordered and the complexity of design you’re after and a hair scissors manufacturer giving you the same quoted lead times for 1-unit samples and 5,000-unit OEM orders isn’t being honest with you. We promise you structurally that with steel intake, heat treatment, hand finishing and packaging all done in-house at our two own facilities, we’re not waiting for any subcontracting partner to keep us back — we control both quality and lead times ourselves.

Professional Hair Scissors OEM manufacturing process

After You Request a Quote

01

Tell us the grade of steel, length of blade and quantity you’re aiming for — we’ll confirm with you the MOQ and options for customisation of such specific needs.

02

We work with the handle finish, colour, engraving and packaging with you to ensure the sample corresponds with your final order for OEM/ODM customers.

03

Third party testing for hardness or other material tests can be provided for the factory that your order is manufactured at.

Hair Scissors Manufacturer FAQ

01

How can you tell which scissor brands are professional and which are fake or cheap?

The first check that we advise is the steel grade and the heat treatment hardness. Most reputable manufacturers will specify steel grade (e.g. 440C, VG10, ATS-314 etc.) instead of a generic “premium stainless steel.” The second, the most important, check is the supplier’s readiness to provide a third party test for the heat treatment hardness, or the material make-up of the exact order from their specific manufacturing base.

02

What country are the scissors made in?

MATSUOPRO shears are manufactured in China with two facilities – one in Guangzhou and one in Zhangjiagang, located in the Yangtze River Delta — a region known for its strength in scissor manufacturing. Our raw materials, such as ATS-314 steel plates sourced from the Japanese Hitachi Group, are sourced abroad.

03

What steel has been used to make the scissors?

440C, VG10 and ATS-314 are featured in our standard collections, heated to 60-62 HRC. For our superior cobalt alloy line, this is raised up to 64 HRC. Our chart above will show you which grade best suits your requirements.

04

How long have they been manufacturing scissors for?

MATSUOPRO has been manufacturing since 2014 — over 12 years — growing from a small workshop into a two-site precision manufacturing company with a 2,000+ square-metre facility and a team of over 100 people.

05

VG10 Cobalt Steel vs 440C Steel: Which Makes Better Hair Shears?

There’s no universally “better” choice – VG10’s cobalt gives it an edge-life advantage over 440C at a given hardness, while 440C is generally more accessible for in-house resharpening and can with stand more volume day-to-day. The best choice for you hinges on whether you’ll be sending your blades out for professional sharpening or doing touch-ups yourself on an ongoing basis.

06

Who makes the highest quality scissors?

There isn’t a single manufacturer that produces the “best” scissor across every price point and application. In fact, quality depends on a host of factors – including the specific grade of steel, heat-treatment process, hand-honing skill of the technician, and quality control disciplines at the manufacturing plant – all of which vary, even among those that exist in the same country. Reliable, verifiable quality signs include clearly stated steel grades, reported hardness, and third-party audits tied directly to a given manufacturing facility, rather than hyperbolic claims.

07

Are Fiskars scissors made in China?

We can’t speculate on other brands’ manufacturing facilities. But what we can assure you is that our shears are manufactured at two facilities in China (Guangzhou and Zhangjiagang), use Japanese-sourced steel with named grades, and can provide third-party hardness and material documentation from the specific factory that your order is fulfilled from, upon request.

08

Can bad sharpening actually ruin an expensive pair of hair shears?

Yes, and most practicing stylists have experienced it. One stylist described being out $1,500 after their shear was “ruined” by improper Sharpening, while another recounted that it had cost her “thousands of dollars to replace everything.” In both cases, the culprit was the same: a generic knife-sharpening stone used on the shear’s internal bevel, rather than having it sharpened by a specialist who works on hair shears.

09

Why do some hair scissors cause hand or wrist pain during long cutting days?

Working stylists most commonly attribute this to a handle geometry that isn’t suitable for the way the tool is held ergonomically over many hours of use – the phenomenon referred to in professional circles as “wrist pain that starts by noon.” Rarely is it the blade steel itself. Instead, it’s typically an improper handle fit issue that, over time, accumulates and exacerbates like the $1,500 damage and 15% batch-defect figures outlined above. It’s a real consideration when deciding what shear you plan to use on a daily basis.