MOXIE Enterprises is a manufacturer of premium surgical instruments. We offer an extensive range of high-quality products backed by a comprehensive 5-year warranty against manufacturing defects. With decades of industry experience, MOXIE is a trusted partner for healthcare professionals worldwide.
MOXIE offers over 10,000 surgical, dental, and gynecology instruments. Our portfolio includes forceps, scissors, retractors, needle holders, clamps, and specialized tools for virtually every medical and dental procedure.
MOXIE provides a 5-Year Limited Warranty on all instruments against breakage, joint failure, and corrosion under normal use.
| Coverage | Exclusions |
|---|---|
| Manufacturing defects in materials and workmanship | Normal wear and tear |
| Breakage under normal use | Sharpening and minor tip damage |
| Joint failure | Modifications or retipping |
| Corrosion under normal use | Improper cleaning and maintenance |
For warranty claims, contact your authorized distributor or MOXIE Customer Service.
Yes. MOXIE disclaims liability for damages from:
Use of commercial or residential grade washers
Improper cleaning solutions or procedures
Use of dental automated washer-disinfectors without following manufacturer guidelines
Improper setup or installation
Warranty is limited to repair or replacement at MOXIE's option. Consequential or incidental damages are excluded.
MOXIE distributes through an authorized network of distributors and resellers worldwide. For direct purchases, a signed agreement with MOXIE is generally required.
To purchase:
Contact an authorized MOXIE distributor in your region
Visit our website for distributor information
For direct purchases, contact MOXIE Customer Service
No minimum order quantity. We serve customers of all sizes, from single instruments to complete surgical kits.
Contact your authorized MOXIE distributor
Reach out to MOXIE Customer Service directly
Visit our website for regional contact information
Yes. Our certifications include:
| Certification | Description |
|---|---|
| CE Marking | Conformity with European health, safety, and environmental standards |
| ISO Certification | Compliance with International Organization for Standardization requirements |
MOXIE offers a 100% satisfaction guarantee.
| Requirement | Detail |
|---|---|
| Timeframe | Within 30 days of purchase |
| Condition | Instruments must not have been used or sterilized |
| Care Compliance | Must follow our care guidelines |
Contact your authorized distributor or MOXIE Customer Service for return authorization.
MOXIE is actively seeking new distributors worldwide.
To apply:
Complete our online distributor application form
Or contact MOXIE Customer Service with your location and business details
We respond within a few business days.
| Channel | Details |
|---|---|
| sales@moxient.com | |
| Phone | +92 330 3122225 |
| Online | Contact form on our website |
Stainless steel (inox) is an alloy that resists staining better than ordinary steel. Chromium and nickel are added to iron to create the alloy. While it can stain, discolor, and rust under certain conditions, proper manufacturing and care minimize these risks.
Key Points:
Passivation removes surface impurities
High polishing creates a protective coating
Mat and polished finishes have equal stainless properties
Quality surgical stainless steel has a specific, narrowly defined composition
MOXIE manufactures instruments from German martensitic stainless steels:
| Grade | Properties |
|---|---|
| AISI 421 | Superior strength and corrosion resistance |
| AISI 440 | High hardness, excellent edge retention |
| AISI 440C | Maximum hardness, wear resistance |
These premium materials offer superior strength, corrosion resistance, and edge retention.
Passivation:
Chemical process removing carbon molecules from the surface
Forms a corrosion-resistant seal
Polishing:
Achieves a smooth surface
Fills microscopic pits
Builds a protective chromium oxide layer
Important: The chromium oxide layer builds over time through regular handling and sterilization. This is why older instruments may appear more corrosion-resistant. Improper cleaning can damage this protective layer.
| Feature | Tungsten Carbide (TC) | Stainless Steel |
|---|---|---|
| Hardness | One of the hardest materials known (C-86) | Standard |
| Edge Retention | Up to 5× longer | Standard |
| Durability | Superior | Good |
| Cost | ~2× higher | Standard |
| Lifespan | Up to 5× longer | Standard |
Special Care for TC Instruments:
Use corrosion inhibitors in ultrasonic cleaners
Follow manufacturer's dilution instructions
Ensure complete drying during sterilization
Use surgical milk (e.g., MOXIE's "Cleanlact") for protection
| Indication | Description |
|---|---|
| Tungsten Carbide (TC) Inserts | Most common – TC on working surfaces for enhanced durability |
| Super-Cut | Razor edge – one regular edge, one sharp-knife edge |
| Wellenschliff (Wave Cut) | Serrated edge – prevents tissue slippage |
Benefits of Tungsten Carbide:
Superior wear resistance
Enhanced corrosion resistance
Improved grip and cutting performance
Manufactured through high-temperature sintering (1454°C to 3200°C)
| Advantage | Detail |
|---|---|
| Lightweight | 40% lighter than stainless steel with equal strength |
| Corrosion-Resistant | Forms stable protective surface layers |
| Strength-to-Weight Ratio | Excellent |
| Non-Allergenic | Biocompatible and bactericidal |
| Heat-Resistant | Sterilizable up to 440°C (824°F) |
Limitations:
Wears down faster than stainless steel
More expensive due to complex machining
Should not be sterilized with stainless steel instruments
Specifications: Alloyed with 6% aluminum and 4% vanadium.
Yes. High-quality surgical instruments are often handmade, leading to minor variations in dimensions. These slight differences are normal and do not affect performance or quality.
As a manufacturer, MOXIE can develop custom products. Contact your authorized distributor or MOXIE Customer Service to discuss your specific requirements.
Yes. If our standard kits do not meet your needs, MOXIE can tailor a kit to your specifications. You can create your own kit with the desired items.
Yes. MOXIE offers instrument modification and custom design services.
To submit a new product idea:
Request and sign the MOXIE policy form for submitting ideas
Submit your designs for review
MOXIE will evaluate feasibility and provide a quotation
All designs and samples will be returned if not adopted
Contact your authorized distributor or MOXIE Customer Service for more information.
Basic Cleaning Protocol:
Rinse in pH-neutral distilled water
Remove blood and debris
Use fresh neutral pH solvent
Use a soft brush for tough cleaning
Steam Autoclave Considerations:
Use manufacturer's instructions for your autoclave
Use clean, neutral pH distilled water
Do not mix high-quality instruments with inferior quality
Ensure full drying cycle is complete
Preventing Joint Dampness:
Ensure complete drying cycle
Apply silicone grease inside the joint
Use air canister or hair dryer to remove moisture
All instrument cleaning, disinfecting, and sterilizing should occur in a designated central processing area.
| Area | Function |
|---|---|
| Receiving, Cleaning, Decontamination | Contaminated items only |
| Preparation, Maintenance, Packaging | Clean items only |
| Sterilization | Sterilization equipment |
| Storage | Sterile and disposable items |
Purpose: Physical separation prevents contamination and ensures quality control.
Cleaning removes organic and inorganic debris
Visible debris interferes with microbial inactivation
Debris can compromise the disinfection or sterilization process
Remember: Sterilization does NOT clean.
| Method | Best For |
|---|---|
| Ultrasonic Cleaning | Regular instruments (hand instruments, forceps) |
| Manual Cleaning | Delicate instruments, sharp instruments, non-100% steel instruments |
Advantages of Automated Cleaning:
Increases productivity
Improves cleaning effectiveness
Decreases worker exposure to blood and body fluids
Safer than manual cleaning
No need for presoaking or scrubbing
| Step | Action |
|---|---|
| Immediate Action | Place instruments in container with detergent, disinfectant, or enzymatic cleaner to prevent drying |
| Use Proper Brushes | Stiff plastic cleaning brushes (DB-11, DB-12, nylon toothbrush). Do NOT use steel wool or wire brushes except on bone files or knurled handles |
| Handle Carefully | Brush delicate instruments separately. Use long-handled brushes to keep hands away from sharp instruments |
| Ensure Visibility | All instrument surfaces must be visibly clean – no stains or tissue residues |
| Thorough Rinsing | Rinse under running water. Open and close hinged instruments during rinsing. Ensure hinge areas are fully rinsed |
Advantages:
Safer than hand scrubbing
Most effective cleaning method
Reduces contamination risk from splatter
Efficient use of staff time
Steps:
Sort instruments carefully – include only compatible instruments
Ensure sharp edges do not touch other instruments
Do not combine different metals (chrome-plated, stainless, copper, titanium)
Change solution frequently to prevent microorganism accumulation
After rinsing, inspect and dry thoroughly before sterilization
DO NOT Ultrasonically Clean:
Very delicate instruments
Instruments with sharp cutting edges (scissors, needle holders, bone forceps)
Non-100% steel instruments (rubber, mouth mirrors, titanium)
Tungsten carbide inserts or diamond-dusted tips
NEVER use bleach. Bleach's high pH causes:
Surface deposits of brown stains
Corrosion
Permanent instrument damage
Even high-quality stainless steel is not impervious to acidic bleach solutions.
| PPE | Required |
|---|---|
| Puncture-resistant, heavy-duty utility gloves | ✅ |
| Facemask | ✅ |
| Eye protection or face shield | ✅ |
| Gown or jacket | ✅ |
Additional Guidelines:
Handle instruments as contaminated until processed
Do not reach into trays holding sharp instruments you cannot see
Remove instruments using forceps or empty onto a towel
Clean instruments in a neutral pH detergent solution with distilled water
Apply a surgical instrument lubricant (instrument milk) following manufacturer's directions
Benefits of Sharp Instruments:
Reduce hand and wrist fatigue
Improve tactile sensitivity
Enhance cutting action
Save time
Minimize patient discomfort
| Stone Type | Grit |
|---|---|
| Arkansas Stones | Fine |
| India Stones | Coarse |
Place one drop of Sharpen Oil (DB-OL) on the stone for lubrication
Hold the instrument in one hand; apply the stone to the lateral surface
Position the stone at the heel and work toward the tip
Use short strokes, more pressure on the down stroke
Keep the instrument still (move the stone)
Finish with a down stroke to prevent rough edges
Test sharpness with Teflon testing stick (DB-15)
Special Techniques:
Sickle Scalar Toe End: Hold stone straight as it nears the tip
Curette Toe End: Adapt stone to the rounded cross-section
| Benefit | Description |
|---|---|
| Prevents Spotting | Mineral deposits from water cause white spots |
| Prevents Corrosion | Lubricant seals the metal surface |
| Reduces Friction | Keeps instrument action light, delicate, and smooth |
| Extends Instrument Life | Reduces wear at joints |
Passivation Layer:
Develops with proper handling and lubrication
Thin, hard coating like oxidation
Resists staining and rusting
Sterilization: A procedure that removes all pathogenic and non-pathogenic microorganisms.
| Technique | Effectiveness |
|---|---|
| Autoclave (Steam Sterilization) | Most common and effective |
| Chemiclave (Chemical Sterilization) | Alternative method |
| Dry Heat Sterilization | Not recommended |
Important: Ultrasonic cleaning does NOT sterilize instruments.
YES.
| Requirement | Reason |
|---|---|
| Lubricate the hinge | Ensures smooth operation |
| Sterilize in the "open" position | Ensures sterility, prevents "heat expansion" damage, prevents cracking of jaws |
| Titanium instruments | Should not be sterilized with stainless steel instruments |
Recommended Method: Steam autoclave using a pre-vacuum (forced air removal) cycle.
| Parameter | Recommendation |
|---|---|
| Time | 5-15 minutes |
| Temperature | 132°-135°C (270°-275°F) |
| Sterilizing Agent | Distilled water |
Advantages:
Highly effective
Nontoxic
Inexpensive
Rapid heating
Rapid instrument penetration
Disadvantages:
Items must be heat and moisture resistant
Needs good maintenance
Instruments are treated with high-pressure chemical steam. Instruments must be dried before sterilization.
| Parameter | Recommendation |
|---|---|
| Time | 5-15 minutes |
| Temperature | 132°-135°C (270°-275°F) |
| Sterilizing Agent | Special chemical solutions |
Advantages:
Minimal dulling, rusting, and corrosion
Low-humidity process
Shorter heat-up time than steam
Easy to operate
Disadvantages:
Needs adequate ventilation (flammable)
Vapo-Sterile solution contains formaldehyde (potential carcinogen)
Requires special disposal procedure
NOT RECOMMENDED – Does not guarantee reliable sterilization and gradually causes damage.
| Parameter | Recommendation |
|---|---|
| Time | 60-90 minutes |
| Temperature | 160°-170°C (320°-340°F) |
Disadvantages:
Long exposure time required
Very high temperatures cause surface blackening and dullness
Specialized packaging needed
Prevention is the Best Approach.
| Practice | Action |
|---|---|
| Water Quality | Use "treated water" |
| Cleaning | Perform careful preliminary cleaning |
| Solutions | Use neutralized pH solutions |
| Instructions | Follow manufacturer's instructions |
| Inspection | Conduct visual inspections |
| Response | Act quickly if problems arise |
New Instruments Protocol:
Must be processed before use
Must undergo the entire cleaning process
Remove production oil before sterilization
Do not take from packaging directly to sterilizer
Water Quality:
Regular tap water is NOT appropriate
High chloride and lime cause staining and damage
Minerals can lead to pitting
Use fully desalinated water
Corrosive Agents – NEVER EXPOSE INSTRUMENTS TO:
Aqua regia
Ferric chloride
Hydrochloric acid
Iodine
Sulfuric acid
If Exposed: Rinse immediately with copious amounts of water.
| Stain Type | Cause |
|---|---|
| Brown/Orange | High-pH detergents, chlorhexidine, tap water |
| Dark Brown | Low-pH solutions, malfunctioning sterilizer, baked-on blood |
| Bluish Black | Reverse plating (mixing different metals), exposure to saline, blood, or potassium chloride |
| Black | Contact with ammonia or ammonia-containing solution |
| Light/Dark Spots | Water droplets drying with minerals (sodium, calcium, magnesium) |
| Rust Deposits | Dried, baked-on blood or soaking in tap water |
The Eraser Test (to distinguish stains from rust):
Rub a pencil eraser over the discoloration
If discoloration is removed and metal is smooth underneath → STAIN (removable)
If a pit mark appears underneath → CORROSION or RUST (permanent damage)
Yes. Complete servicing is available depending on your region.
Services Offered:
Sharpening
Replacement of tungsten carbide inserts on needle holders
Cleaning and repolishing
Etching
Contact your authorized distributor or MOXIE Customer Service for service availability in your area.
| Warning | Detail |
|---|---|
| Warranty Expiration | Warranty expires with improper care, maintenance, or use |
| No Defined Use Limits | Useful life depends on method/duration of each use, handling between uses, and careful inspection |
| New Instruments | Must undergo entire cleaning process before use |
| No Oxidized/Rusty Instruments | Do not put in sterilizing solutions – they can attack other instruments |
| Damaged Tools | Should not be used – cannot perform function and may spread contamination |
| Sterilization ≠ Cleaning | Sterilization does not replace cleaning and maintenance |
| Ultrasonic ≠ Sterilization | Ultrasonic cleaning does not sterilize |
| EU Directive Compliance | MOXIE instruments are subject to Directive 93/42/EEC and should be discarded according to regional regulations |
| Resource | Description |
|---|---|
| MOXIE Instructions | "Instructions and Methods of Use" for detailed information |
| AKI (Arbeitskreis Instrumentenaufbereitung) | Instrument Reprocessing Working Group. Founded in Germany in 1976. Publishes expertise on safety and value retention of medical instruments. Website: www.a-k-i.org |
The Spaulding Classification system categorizes reusable medical instruments based on infection transmission risk.
| Classification | Patient Contact | Required Processing |
|---|---|---|
| Critical | Sterile tissue or bloodstream | Cleaning + Sterilization |
| Semi-Critical | Mucous membranes or non-intact skin | Cleaning + High-Level Disinfection (HLD) |
| Non-Critical | Intact skin only | Cleaning + Low-Level Disinfection |
| Process | Effectiveness |
|---|---|
| Sterilization | Eliminates all microorganisms, including bacterial spores |
| High-Level Disinfection | Kills vegetative bacteria, mycobacteria, fungi, and viruses, but may not eliminate high numbers of bacterial spores |
Metzenbaum scissors are precision surgical instruments for cutting and dissecting delicate soft tissue, developed by Dr. Myron Metzenbaum in the 1930s.
Key Characteristics:
Long handle-to-short blade ratio
Thin, delicate blades
Blunt tips
Available straight or curved
Typically 14-25 cm in length
Plastic and reconstructive surgery
Neurosurgery
Ophthalmology
General surgery (organ-related operations)
Dissecting fascia and connective tissue
The long handle-to-blade ratio provides finite control in small or anatomically vulnerable areas.
| Feature | Metzenbaum Scissors | Mayo Scissors |
|---|---|---|
| Handle length | Long | Short |
| Blade length | Short | Long |
| Blade thickness | Thin, delicate | Thick, sturdy |
| Primary use | Delicate tissue dissection | Cutting heavy tissue, sutures |
| Size | Smaller | Larger |
Metzenbaum scissors offer more control but less force generation. Mayo scissors are heavier and used for cutting thick tissue.
A gold handle typically indicates tungsten carbide (TC) inserts on the cutting surfaces. TC edges resist dulling and remain sharp longer than stainless steel. Tungsten carbide scissors can last up to five times longer than standard stainless steel instruments.
| Variant | Description |
|---|---|
| Straight | For direct, superficial cutting |
| Curved | For deep or confined spaces |
| Blunt/Blunt | Standard, reduces tissue trauma |
| Sharp/Sharp | For more precise cuts |
| Super Cut | Razor edge – one regular edge, one sharp-knife edge |
| Wellenschliff | Wave cut prevents tissue slippage |
| Tungsten Carbide | TC inserts for extended sharpness |
Avoid:
Using on hard tissue (damages blades)
Cutting too close to the joint (reduces precision)
Neglecting sharpening
Cutting sutures, drains, or heavy tissue
For detailed cleaning and sterilization instructions, refer to Section C.
Metzenbaum scissors are critical instruments. They enter sterile tissue during surgical procedures and must be thoroughly cleaned and sterilized before each use.
Micro-mosquito hemostats are smaller, more delicate versions of standard mosquito forceps for extremely fine surgical procedures.
Key Features:
Ultra-fine tips (as small as 0.4 mm)
Extra-delicate serrations
Compact size: 10-12.5 cm (4-5 inches)
Available straight, curved, or angled 90°
Microsurgery
Plastic and reconstructive surgery
Neurosurgery
Ophthalmology
Pediatric surgery
Veterinary surgery (small animals, avian)
| Feature | Standard Mosquito | Micro-Mosquito |
|---|---|---|
| Tip size | Standard fine | Ultra-fine (0.4 mm) |
| Length | 9-12.5 cm | 10-12.5 cm |
| Serrations | Standard | Extra-delicate available |
| Grip technique | Palm grip | Fingertip grip |
| Tissue trauma | Minimal | Even lower |
Straight: Direct access
Curved: Reaching around structures
Angled 90°: Specialized access
Tip widths are typically 1.3 mm.
Clean immediately after use to prevent biological material from drying
Sterilize according to hospital protocol
Inspect regularly for tip misalignment or damage
Store properly to prevent damage to fine tips
Yes. Micro-mosquito hemostats are critical instruments. They are used to clamp blood vessels and enter sterile tissue during surgical procedures. They must be sterilized before each use.
The Gelpi retractor is a self-retaining surgical instrument for holding incisions open and retracting soft tissues. It creates point loading through sharp prongs, making it particularly useful for small, deep surgical sites.
Key Features:
Straight shank with one sharp prong on each tip
Prongs turned outward at 90 degrees
Ratchet lock for hands-free operation
Available in various sizes (3.5-6 inches / 9-15 cm)
Neurosurgery (deep surgical sites)
Orthopedic surgery (tendon repair, joint surgery)
Spinal surgery
Dermatology (small incision procedures)
General surgery
Plastic surgery
| Feature | Gelpi Retractor | Weitlaner Retractor |
|---|---|---|
| Prong count | 1×1 (2 prongs total) | 3×4, 3×3, or 2×3 |
| Force distribution | Point loading | Distributed |
| Tissue trauma | Higher (localized) | Lower per contact point |
| Best for | Small, deep, precise sites | General retraction, larger wounds |
Point loading means the retraction force concentrates through the two sharp prongs.
| Advantages | Disadvantages |
|---|---|
| Strong, focused retraction | Higher localized tissue pressure |
| Secure anchorage in dense tissue | Potential for tissue damage |
| Minimal slippage |
| Variant | Description |
|---|---|
| Standard | Sharp prongs, straight shanks |
| 9 cm | Smaller version for shallow incisions |
| 6 inch | Standard length |
| Super Mini | Approximately half the standard size |
| Blunt tip | Less traumatic, less secure |
Yes. The Gelpi retractor enters surgical incisions and contacts sterile tissue. It must be thoroughly cleaned and sterilized before each use.
The 9 cm Gelpi retractor is the shortest standard size, ideal for:
Shallow or small incisions
Pediatric procedures
Superficial surgical sites
Procedures requiring precise, localized retraction
A hysterectomy is a surgical procedure to remove the womb (uterus). After a hysterectomy, the patient no longer menstruates and cannot become pregnant. It is one of the most common gynecological surgical interventions worldwide.
Common Indications:
Uterine fibroids
Endometriosis
Uterine prolapse
Gynecological cancers
Abnormal uterine bleeding
Chronic pelvic pain
| Type | Organs Removed | Description |
|---|---|---|
| Total Hysterectomy | Uterus + Cervix | Most common type |
| Subtotal (Supracervical) | Uterus only | Cervix left in place |
| Total with Bilateral Salpingo-Oophorectomy | Uterus + Cervix + Fallopian tubes + Ovaries | Removes both ovaries and tubes |
| Radical Hysterectomy | Uterus + Cervix + Part of vagina + Ovaries + Tubes + Lymph nodes + Fatty tissue | For gynecological cancers |
The type depends on the patient's condition and reason for surgery. The doctor will discuss options with the patient.