Bur Holder Rack for Dental Industry

Home >>
Bur Holder Rack for Dental Industry

1-Multi-Layer-Bur-Holder-Rack-for-Dental-Surgical

5-Multi-Layer-Bur-Holder-Rack-for-Dental-Surgical

6-Multi-Layer-Bur-Holder-Rack-for-Dental-Surgical

2-Multi-Layer-Bur-Holder-Rack-for-Dental-Surgical

3-Multi-Layer-Bur-Holder-Rack-for-Dental-Surgical

4-Multi-Layer-Bur-Holder-Rack-for-Dental-Surgical

Bur Holder Rack for Dental Industry

Material:Medical-grade AISI 321 Annealed Stainless Steel (SS)

Finish:Brushed Finish for Easy Cleaning, Cleaned and deburred

Description

The AISI 304 Stainless Steel Multi-Layer Bur Holder Rack is engineered for efficient, hygienic organization of dental and surgical burs throughout sterilization, storage, and clinical use. Manufactured using precision sheet metal fabrication—including laser cutting, CNC forming, and TIG welding—this rack combines strength, functionality, and long-term reliability.

Its multi-level design maximizes storage capacity while keeping each bur visible and easy to access. Made from corrosion-resistant AISI 304 stainless steel, it withstands repeated autoclaving and chemical disinfectants—ensuring safe, sterile performance in dental clinics, operating rooms, and sterilization departments.

Ideal for integration into procedural trays, surgical kits, or bench-top setups, this rack simplifies workflow, reduces instrument handling time, and extends tool life in busy clinical environments.

Why Choose Rollyu Precision for your Bur Holder Rack?

· ISO 9001:2015 & ISO 13485:2016 certified manufacturing

· One-stop sheet metal solutions for dental and medical applications

· Trusted by global customers in the UK, USA, Canada,Germany, Israel, and beyond

· Fast lead times and custom fabrication available

Need a reliable partner for medical-grade instrument holders and racks?

Contact Rollyu Precision today for custom sheet metal solutions that meet your exact standards.

Process

Material Selection	Premium-grade AISI 321 annealed stainless steel is chosen for its excellent corrosion resistance, thermal stability, and biocompatibility—ideal for repeated sterilization cycles in medical settings.
Laser Cutting or CNC Punching	High-precision fiber laser cutting or CNC turret punching is used to create the base shape and multi-layer structure, ensuring clean edges and tight tolerances for bur slot placement.
CNC Bending & Forming	Automated CNC press brakes form complex multi-level bends to create layers, shelves, and structural features of the bur holder rack, maintaining alignment and rigidity.
TIG Welding or Spot Welding	For layered or reinforced structures, TIG or micro-resistance welding is applied to assemble the body securely without distorting the stainless steel.
Deburring & Electropolishing	Sharp edges and burrs are removed via mechanical deburring, followed by electropolishing to enhance surface smoothness, increase corrosion resistance, and deliver a medical-grade finish.
Laser Marking (Optional)	Permanent QR codes, logos, or serial numbers can be laser marked for compliance, traceability, and branding—without affecting surface integrity.
Quality Inspection	Final dimensional checks are conducted using CMMs, gauges, and visual inspection to ensure all burrs are properly retained and spacing tolerances are met.
Packaging for Cleanroom or Sterile Supply	After final inspection, racks are cleaned and packaged according to medical device standards, ready for autoclaving or sterile environments.

Applications

The AISI 304 stainless steel multi-layer bur holder rack is designed for organized, sterile storage of rotary instruments in clinical, laboratory, and surgical environments. Its multi-tier configuration and autoclave-safe material make it ideal for the following applications:

Industry	Application Examples
Dental Clinics & Practices	Stores and organizes rotary dental burs for daily procedures, ensuring quick access and hygienic storage.
Oral Surgery Centers	Used in surgical setups to separate and secure various burr types used during complex extractions and bone surgeries.
Hospitals & Operating Rooms	Integrated into surgical trays for organizing orthopedic, neurosurgical, and ENT burrs used in powered surgical handpieces.
Dental Sterilization Departments (CSSD)	Designed for repeated autoclave cycles, enabling safe transportation and sterilization of multiple burs at once.
Implantology & Periodontics Labs	Supports organization of implant drills, polishers, and cleaning tools used in guided implant placement systems.
Dental & Surgical Training Facilities	Used as part of standardized kits for student practice, instructor demos, or procedural simulations.
Mobile Medical Units & Field Hospitals	Compact and corrosion-resistant, suitable for portable surgical kits in emergency or military settings.
OEM Medical Device Manufacturers	Offered as a custom accessory in dental equipment sets, surgical power tool kits, or sterilization systems.
Endodontic & Prosthodontic Workstations	Ideal for storing rotary instruments used in root canal therapy, crown prep, and veneer procedures.
International Clinics & Export Markets	Due to its ISO-compliant, corrosion-resistant design, it is widely used in overseas medical device supply chains.

Specifications

Part number: RY-H00118

Materials Available: Stainless Steel, Steel, Aluminum, Brass, Plastic, etc.

Tolerance: ±0.05mm

Material Certificates: Available

MOQ:1 piece

Drawing Accepted: PRO/E, Auto CAD, SolidWorks, UG, CAD / CAM / CAE, PDF

RoHS/REACH Report: Available

Certificate: ISO9001:2015, ISO13485:2016

Non-disclosure agreement: Strictly sign a confidentiality agreement NDA to give you peace of mind

Other CNC Parts

Email Us: mitani@rymachining.com

FAQ

Why is AISI 304 stainless steel used for multi-layer dental sterilization baseplates?

AISI 304 is a medical-grade, non-magnetic stainless steel known for its excellent corrosion resistance, durability, and biocompatibility. It withstands repeated autoclave cycles and chemical disinfection without degrading, making it ideal for long-term use in dental sterilization environments.

What are the benefits of a multi-layer baseplate design?

A multi-layer structure allows for:

Efficient instrument separationacross different layers
Improved airflow and drainageduring sterilization
Organized tool positioningfor complex dental sets

Modular instrument trays that support quick access and workflow efficiency

How is the baseplate fabricated to ensure medical-grade quality?

We use high-precision fabrication processes, including:

Laser cuttingfor accurate cutouts and ventilation patterns
CNC bending and formingfor consistent layer alignment
TIG weldingfor durable frame joints

Surface finishing like passivation or electropolishing for smooth, hygienic surfaces

Can the baseplate be customized for specific instruments or sterilization trays?

Yes. We provide custom layouts based on your requirements, including:

Specific instrument slots, holes, and grooves
Custom layer configurations or tray dimensions
Compatibility with instrument clips or silicone holders
Options for handles, hinges, and locking features

What quality assurance measures are taken during production?

Our production follows ISO 13485 and ISO 9001-certified standards, with:

Full material traceability(AISI 304 MTCs)
In-process inspectionsand final QC checks
Optional CMM reports, serialization, and UDI marking

Documentation support for regulatory compliance in medical and dental sectors

Outstanding Achievements and Partnerships

We take pride in our outstanding achievements and strong partnerships. Our commitment to great communication, service, and integrity has led to excellent results.

Join us as a valued partner, and together, we can make a positive impact on CNC.

Bur Holder Rack for Dental Industry - Rollyu

Bur Holder Rack for Dental Industry

Other CNC Parts

Email Us: mitani@rymachining.com

FAQ

Outstanding Achievements and Partnerships

Contact Us