Herbert Screws 3.5mm Titanium 14–50mm with Driver
Direct Manufacturer Pricing • Tax Exclusive
The Herbert Screws 3.5mm Titanium 14–50mm with Screwdriver are designed for compatible orthopedic fixation procedures involving selected fractures and bone fragments. Their titanium construction offers corrosion resistance and favorable strength-to-weight characteristics, while the included screwdriver supports controlled insertion when matched to the screw system.
All import duties, tariffs & taxes are 100% pre-paid for USA, UK, Canada, EUROPE & Australia (AUS). Zero surprise customs bills at delivery.
Hospital & Volume Procurement Pricing
The Herbert Screws 3.5mm Titanium 14–50mm with Screwdriver are orthopedic fixation implants intended for selected surgical procedures requiring bone stabilization. Herbert-type screws are commonly associated with compression screw designs that help secure appropriate bone fragments. The exact thread configuration, compression mechanism, and approved clinical applications of this particular model should be verified against the manufacturer's documentation.
Titanium Construction and Implant Performance
These screws are identified as titanium implants. Titanium and its medical-grade alloys are widely used in orthopedic fixation because of their corrosion resistance, biocompatibility, and favorable strength-to-weight properties. The exact titanium grade used in this product should be confirmed with the manufacturer.
Material selection is an important consideration when purchasing orthopedic implants. Healthcare facilities should verify the implant's technical specifications, applicable quality documentation, and intended use before adding the screws to their surgical inventory. Titanium construction alone does not establish compatibility with every orthopedic procedure or implant system.
Screw Diameter and Length Range
The product title specifies a nominal diameter of 3.5mm and a length range of 14mm to 50mm. This range provides multiple sizing options for procedures requiring different fixation depths, subject to the available sizes offered by the manufacturer.
Correct screw selection depends on the patient's anatomy, bone dimensions, fracture pattern, and the fixation requirements of the procedure. Surgeons should assess the required length and diameter using appropriate measurements and follow the manufacturer's surgical technique. The exact length increments and quantity supplied in each size should be confirmed before purchase.
Herbert Screw Design and Orthopedic Applications
Herbert-type screws are used in selected orthopedic procedures where stable fixation of bone fragments is required. Depending on the specific design and approved indications, these implants may be suitable for certain fractures or osteotomies involving small or medium-sized bones.
Some Herbert screw systems use differential thread pitches to produce compression during insertion, and many feature a headless profile. However, the product title does not establish whether this specific 3.5mm model has a headless design or a particular compression mechanism. Buyers should confirm the thread pattern, screw profile, and intended anatomical applications with the manufacturer.
Included Screwdriver and Instrument Compatibility
The set includes a screwdriver intended for use with compatible screws. Proper driver engagement supports controlled insertion and helps reduce the risk of damaging the screw's drive interface.
Before use, confirm that the driver tip matches the supplied screws and that all required instruments are available. Depending on the implant system, additional equipment such as guide wires, drill bits, measuring instruments, or insertion accessories may be necessary. These components should not be assumed to be included unless explicitly listed by the supplier.
Clinical Handling and Implant Selection
The 3.5mm diameter and 14–50mm length range make these screws a potential option for selected fixation requirements when supported by the implant's intended use. Final implant selection must account for bone quality, fracture configuration, anatomical structures, and the desired fixation stability.
Qualified orthopedic professionals should follow the manufacturer's instructions for use and surgical technique. Implants should be checked for correct identification, packaging integrity, and sterility status before use. Any implant with damaged packaging, visible defects, or uncertain handling history should be managed according to the manufacturer's requirements and facility policy.
Sterility, Storage, and Quality Assurance
The product title does not specify whether these screws are supplied sterile or non-sterile. Buyers should confirm the packaging configuration, expiration information where applicable, and single-use labeling before purchase.
The manufacturer should provide details on the titanium grade, dimensional tolerances, intended applications, and applicable regulatory documentation. Implant screws must be handled and stored according to their labeling. Do not reuse or reprocess single-use implants unless expressly permitted by the manufacturer and applicable regulations.
Professional Orthopedic Procurement
The Herbert Screws 3.5mm Titanium 14–50mm with Screwdriver are an option for orthopedic departments and surgical facilities sourcing fixation implants. Before ordering, confirm the individual screw lengths, thread and head design, titanium grade, driver compatibility, sterility status, and approved indications. Verifying these details helps ensure that the selected implant system meets the requirements of the intended procedure.
Key Features
Herbert-type orthopedic fixation screw system
3.5mm nominal screw diameter
Length range from 14mm to 50mm
Titanium implant material, exact grade to be confirmed
Intended for compatible orthopedic fixation applications
Includes a screwdriver for compatible screw insertion
Thread and compression characteristics depend on the specific model
Available lengths and quantities require supplier confirmation
Driver compatibility should be verified before use
Sterility status must be confirmed from product labeling
Intended for use by qualified orthopedic professionals
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Herbert Screws with Screwdriver |
| Screw Diameter | 3.5mm nominal |
| Length Range | 14–50mm |
| Available Length Increments | Confirm with manufacturer |
| Material | Titanium; exact grade to be confirmed |
| Implant Type | Orthopedic bone fixation screw |
| Screw Design | Herbert-type; confirm specific configuration |
| Head Design | Confirm with manufacturer |
| Thread Configuration | Confirm with manufacturer |
| Included Accessory | Screwdriver |
| Driver Compatibility | Confirm with manufacturer |
| Clinical Application | Selected orthopedic fixation procedures |
| Sterility Status | Confirm product labeling |
| Reusability | Follow the labeling for implants and instruments |
| Intended Users | Qualified orthopedic surgical professionals |
Frequently Asked Questions
1. What are 3.5mm titanium Herbert screws used for?
Herbert-type screws are used in selected orthopedic procedures to stabilize appropriate fractures or bone fragments. Their precise applications depend on the screw design and the manufacturer's approved indications.
2. What lengths are available for these Herbert screws?
The stated length range is 14mm to 50mm. The exact available increments and quantities for each length should be confirmed with the supplier.
3. Are these Herbert screws made from titanium?
Yes, the product title specifies titanium. The exact alloy or titanium grade should be verified through the manufacturer's technical documentation.
4. Does the set include a screwdriver?
Yes, a screwdriver is specified in the product title. Confirm that it is compatible with the supplied screw's drive interface before clinical use.
5. Do Herbert screws provide compression across a fracture?
Some Herbert-type screw designs use different thread pitches to generate compression during insertion. The precise compression mechanism of this model should be confirmed with the manufacturer.
6. How do surgeons select the correct Herbert screw length?
Screw length is selected according to the bone dimensions, fracture configuration, required fixation, and manufacturer's surgical technique. Appropriate measurement and clinical judgment are essential.
7. Are these titanium screws supplied sterile?
The sterility status is not stated in the product title. Buyers should verify the packaging and labeling before use and follow the manufacturer's sterile handling requirements.
8. What should buyers verify before purchasing this screw system?
Confirm the diameter, available lengths, thread and head configuration, titanium grade, screwdriver compatibility, sterility status, regulatory documentation, and approved clinical indications.