1. Incision and flap reflection

Creating an appropriate surgical approach begins with a controlled incision and careful elevation of the mucoperiosteal flap. The working-end geometry of a periosteal elevator affects access, force distribution and the surgeon’s ability to remain close to the bone surface.

HDY periosteal elevators

The HDY periosteal range includes different working-end shapes and handle options for oral surgery, implant surgery and periodontal procedures.

Model	HDY instrument	Intended role in the surgical setup
BY03G	Buser periosteal elevator, metal handle	Controlled soft-tissue elevation and flap reflection
BG09G	Periosteal elevator	Blunt tissue separation and tension-release procedures
BG14G	Periosteal elevator	Broad flap reflection where a larger working surface is preferred
BG08G	#8 periosteal elevator, metal handle	Incision-supporting and periosteal-elevation procedures
DB02	#5 round scalpel handle	Controlled blade handling during surgical incision

The HDY BY03G Buser periosteal elevator uses a metal handle and is described by HDY as a reusable, autoclavable surgical instrument for tissue elevation and flap management. Its Buser-style working ends are suited to procedures requiring controlled access around bone and soft tissue.

Technique considerations

• Select the elevator according to the flap design and available access.
• Keep the working end controlled and close to the intended tissue plane.
• Use progressive, even pressure instead of sudden levering movements.
• Do not use a fine cutting end as a heavy elevator or bone lever.
• Inspect the working end before every procedure for damage or deformation.

Browse the complete HDY periosteal elevator range.

2. Tissue grasping and needle control

Stable tissue handling is fundamental to flap positioning, wound-edge approximation and microsurgical suturing. The instrument should provide sufficient control while minimizing unnecessary compression of delicate tissue.

HDY dental tissue forceps

The HDY tissue pliers collection includes straight, curved, plain and 1×2-tooth designs.

Model	Product configuration	Main application
NZ12C	1×2 tissue pliers, 12 cm	Secure soft-tissue handling in accessible surgical areas
NZ15C	1×2 tissue pliers, 15 cm	Tissue handling where a longer instrument is preferred
NX18	Straight micro tissue pliers, 18 cm	Fine tissue manipulation under magnification
NX18W	Curved micro tissue pliers, 18 cm	Access to angled, posterior or deeper working areas

Micro tissue pliers can support fine flap positioning and microsurgical manipulation. The straight NX18 provides direct access, while the curved NX18W can improve approach in areas where a straight shaft limits visibility or hand position.

HDY tungsten-carbide needle holders

HDY’s dental needle holders include conventional and microsurgical designs with tungsten-carbide inserts.

Model	Product configuration	Main application
ZC15	Needle holder, 15 cm, tungsten-carbide insert	Routine oral surgical suturing
ZC16	Needle holder, 16 cm, tungsten-carbide insert	Suturing where additional reach is required
ZX18Z	Straight Mic Castro needle holder, 18 cm, TC insert	Microsurgical needle control
ZX18W	Curved Mic Castro needle holder, 18 cm, TC insert	Microsuturing in angled or posterior areas

Tissue-handling and suturing considerations

• Select forceps according to tissue thickness, access and required grip.
• Apply only the pressure needed to stabilize the tissue.
• Grasp the surgical needle at the location recommended for its design.
• Avoid repeatedly crushing or repositioning the same wound margin.
• Use controlled wrist rotation to guide the needle through its planned arc.

3. Curettage and surgical debridement

Extraction sockets, bone cavities and surgical sites may require the removal of granulation tissue, infected tissue or debris. Working-end diameter, sharpness and handle stability influence how accurately the surgeon can work inside the site.

HDY surgical curettes

The HDY surgical curette range includes multiple diameters and toothed or non-toothed configurations.

Model range	Configuration	Intended use
WS20G / WS25G / WS28G / WS35G	2.0, 2.5, 2.8 and 3.5 mm curettes with metal handles	Removal of granulation tissue, infected tissue and debris from surgical sites
WS20CG / WS25CG / WS28CG	Toothed curette designs	More active engagement of selected tissue where clinically appropriate
ZG4G / ZG5G / ZG6G	Bone curette or scraper configurations	Bone-surface management and selected bone-collection procedures

The HDY WS20G 2.0 mm surgical curette combines a compact working end with a solid metal handle. HDY positions it for oral surgery, extraction-socket cleaning, bone curettage and removal of granulation tissue.

Debridement considerations

• Choose the curette diameter according to the surgical site and visibility.
• Work progressively and maintain awareness of the surrounding anatomy.
• Reserve toothed designs for situations requiring their more active cutting action.
• Avoid uncontrolled pressure against thin bone walls or delicate anatomical structures.
• Remove visible debris from instruments promptly after use before validated reprocessing.

4. Cutting and microsuturing

Surgical scissors may be used for controlled soft-tissue cutting or trimming suture material. Blade geometry, length and curvature should match the working depth and surgical approach.

HDY dental and microsurgical scissors

The HDY dental scissors range includes:

Model	Official configuration	Typical role
JW12	Curved scissors, 12.5 cm	Controlled soft-tissue cutting and surgical access
JZ12	Straight scissors, 12.5 cm	Trimming suture tails and accessible materials
JS11	Double-curved scissors, 11.5 cm	Cutting in restricted or angled areas
JX18Z / JX18W	Straight or curved microsurgical scissors, 18 cm	Fine cutting under magnification

The curved JW12 can support access around soft tissue, while the compact double-curved JS11 is designed for restricted working areas. The JX18 series provides extended microsurgical configurations for fine procedures performed under magnification.

Cutting considerations

• Use the selected scissor only for its intended cutting task.
• Maintain visibility of both blade tips before closing the instrument.
• Avoid pulling delicate tissue while cutting.
• Inspect alignment, cutting performance and joint movement routinely.
• Remove deposits from the blades before the sterilization cycle.

5. Retraction and surgical-field exposure

Adequate exposure allows the surgeon to identify anatomical structures, maintain instrument control and protect the wound margins. A retractor should improve access without applying excessive or prolonged pressure to soft tissue.

HDY LG02 Minnesota retractor

The HDY LG02 Minnesota retractor is designed for cheek, lip and flap retraction during oral surgical procedures. Its shape supports access to posterior and lateral operating areas while helping the assistant maintain a clear field.

HDY LG07 retractor pair

The LG07 is supplied as a retractor pair and can support symmetrical or procedure-specific soft-tissue retraction.

Retraction considerations

• Position the working end under direct visualization.
• Apply stable, even traction rather than intermittent forceful pulling.
• Avoid trapping the lip, cheek or flap against teeth or instruments.
• Reassess tissue colour and pressure during longer procedures.
• Coordinate retraction with suction so the retractor and aspirator do not obstruct one another.

View all HDY cheek retractors and dental aspirators.

6. Building an integrated HDY oral surgery instrument setup

Surgical stage	Instrument categories	Example HDY models
Incision and reflection	Scalpel handle and periosteal elevators	DB02, BY03G, BG08G, BG09G, BG14G
Tissue handling	Tissue pliers and micro tissue forceps	NZ12C, NZ15C, NX18, NX18W
Needle control	Conventional and Mic Castro needle holders	ZC15, ZC16, ZX18Z, ZX18W
Curettage and debridement	Surgical curettes and bone scrapers	WS20G–WS35G, WS20CG–WS28CG, ZG4G–ZG6G
Cutting	Surgical and microsurgical scissors	JW12, JZ12, JS11, JX18Z, JX18W
Exposure	Cheek retractors and suction instruments	LG02, LG07 and HDY aspirators

This workflow-based selection can help clinics, hospitals and distributors assemble instrument sets for oral surgery, implant surgery, periodontal surgery and microsurgical procedures.

7. Why choose HDY oral surgery instruments?

Broad dental surgical instrument portfolio

HDY provides product categories covering surgical instruments, hinged instruments, diagnostics, endodontics, operative dentistry and instrument cassettes.

Precision manufacturing and quality control

According to the HDY company profile, production integrates design, machining, heat treatment, surface finishing and multi-stage inspection. This supports consistent instrument dimensions, surface quality and functional performance.

Stainless-steel construction

HDY surgical instruments use stainless-steel construction selected for durability, corrosion resistance and reusable clinical workflows. Material and sterilization specifications should always be confirmed on the relevant product page or technical documentation.

Instrument designs for conventional and microsurgical procedures

The product range includes compact conventional instruments and extended micro instruments designed for use under magnification.

OEM and ODM dental instrument manufacturing

HDY provides OEM and ODM dental instrument services for distributors, dental brands, clinics and hospitals. Available support includes:

• Private-label dental instruments
• Custom instrument design and product development
• Handle, surface and colour customization
• Laser logo engraving
• Dental cassette configuration
• Custom packaging and branding
• Sampling and manufacturing support

8. Cleaning, inspection and sterilization

Reusable dental surgical instruments must be reprocessed according to the manufacturer’s instructions, applicable regulations and the healthcare facility’s validated infection-control procedures.

General considerations include:

• Prevent blood and tissue from drying on the instrument after use.
• Clean hinges, serrations, cutting edges and narrow working ends carefully.
• Inspect instruments for corrosion, cracks, deformation and loss of sharpness.
• Confirm that hinged instruments move freely and align correctly.
• Protect delicate microsurgical tips during cleaning and storage.
• Use only the sterilization parameters specified for the individual product.
• Store processed instruments in an appropriate dental instrument cassette or validated packaging system.

Precision instruments for controlled oral surgery

Oral surgery is performed within a small and anatomically complex operating field. Predictable procedures depend on clear exposure, deliberate tissue handling and instruments selected for each clinical step.

By combining periosteal elevators, tissue pliers, tungsten-carbide needle holders, surgical curettes, microsurgical scissors and cheek retractors, HDY Dental provides a coordinated instrument portfolio for modern oral and implant surgery.

For product specifications, distributor pricing, samples or private-label manufacturing, contact HDY Dental.

HDY Medical Technology (Guangzhou) Co., Ltd.
Professional dental and oral surgical instrument manufacturer
Website: https://hdydent.com/
Email: info@hdydent.com