About Us

ABOUT ALTRESCO INSTRUMENTS

Our story
Our journey began with a simple yet powerful vision. We have a long experience in the manufacturing of beauty instruments

ALTRESCO INSTRUMENTS is a leading Manufacturer & exporter of the following products
   Beauty Instruments. 

 Pet Grooming Instruments

    All sorts of Scissors.

We focus on producing premium-quality single as well as reusable instruments from high-grade local and imported stainless steel.

We usually use imported steel from Germany, France, and Japan.
Furthermore, we offer a complete line of finest quality instruments designed to meet the requirements of modern surgical technique.
We have a well-equipped production unit with up-to-date manufacturing facilities.
We have a team of skilled and experienced workers to deliver fine quality instruments meeting international standards.

ABOUT US
OUR VISION

Our vision is to achieve excellence by providing outstanding quality, craftsmanship, superlative teamwork, and speedy deliveries to our valued customers.

 .   Integrity, uprightness and ethical behavior

       .   Diversity, individual dignity and mutual admiration

       .   Commitment to quality and customer satisfaction

       .   Dedication to personal responsiveness

       .   Employee contribution and teamwork

       .   Innovation and creativity

       .   Leadership to shape better future

.   Our products and services help our customers succeed

      .   Customer satisfaction is always the highest priority

       .   Provide the best price/quality relation to the customers

       .   Provide innovative and highly integrated products.

       .   Focusing on improvement, development, upgradation of existing designs of products regularly

       .   Establish a strong relationship with Customers 

We maintained following attributes and cornerstone of our business on based feedback from our respected customers.

       .   Accountable actions by keeping honesty, integrity and loyalty

       .   Keen for Excellence

       .   Passionately Committed

       .   Respect compliance buyers requirements

       .   Strictly compliance customers’ requirements

       .   Action Oriented and Creative

       .   Knowledge and Experience to be Innovative

       .   Arises, knowledgeable and responsive customer service

       .   Focus on development of new designs products

       .   Ambitious to improve the quality of products and services

       .   Competitive & Economical Prices

       .   Acceptance of customers’ design/logos

       .   Timely and accurate documentation

       .   To use the best raw material sources available in the market

       .   Excellent export packaging

TERMS & CONDITIONS

These Terms and Conditions apply to all contracts for the sale of our products. 

       .  All oral or written contracts shall be free of obligation, unless it has been agreed in writing for the acceptance proposal.

      .  No employee or representative of the Company has any right to make any representation, warranty, or promise in relation to the products other than as contained in these Terms and Conditions.        

      .  No amendment, alteration, or cancellation of these Terms and Conditions is binding on the Company unless confirmed by the Company in writing. 

 . Our quotations are in US$ and initially based on FOB Sialkot, Pakistan.

      . Our quotations are valid  for thirty days from the date of offer, and after this period, all quotations are subject to change or withdrawal without prior notice

       .  If we raise prices of raw material, service as well as fare charges, or impose surcharges, we reserve the right to recalculate and increase prices with mutual dialogue

 .  We accept orders from a responsible executive of the buyer company per mutually agreed terms and conditions by TELEPHONE, WhatsApp & EMAIL.

       .  Orders by telephone will not be valid without a written agreement.

       .  All verbally made agreements valid when approved in writing by us

       .  Deviations in the orders placed by the buyer from our terms of delivery and payment shall not be binding for us if we have not expressed our agreement in writing

       .  If the buyer has a wish or need to an amendment in order, he shall notify us in writing, and we will issue a revised invoice for approval  

       .  No order cancelled, modified, or deferred without informing us beforehand, once confirmed by the buyer

       .  We shall be permitted expressly and in all cases to correct eventual errors in offers and invoices at a later point in time 

.  We determine prices at the time of order and prior to payment proceeding

       .  Payments are to be made to the Company without any deduction or discount as stated in these terms in the relevant invoice or contract.

       .  Payments can be arranged via Irrevocable Letter of Credit (L/C)

       .  We accept 100% advance Payment by Bank telegraphic transfer (T/T), Western Union, or MoneyGram.

       .  We also settle payment terms and conditions by mutual correspondence.

       .  If no specific conditions are mentioned on the invoices, the buyer makes sure payment is made within 10 days from the date of the invoice.

       .  If payment is not made in the relevant period, we have the right to suspend our obligations pursuant to the contract and any other current contracts until payment has been made.

       .  In case of any confusion/difference in an invoice, Customer shall inform us immediately or within 10 days.

  .  We offer a wide range of packaging options to suit virtually any packaging and presentation.

       .  We are promoting our products under the brand name “ALTRESCO”

       .  We offer OEM service and welcome you to choose our (ODM) products.

       .  Usually, each product is individually packed in a zipper/simple poly bag.

       .  Customized packaging (PVC POUCHES, SINGLE/DOUBLE BLISTER, SKIN, REAL/SYNTHETIC LEATHER POUCHES/KITS PACKAGING) with private label/printing (screen/Etching /Laser/engraving/sublimation/digital) service available per buyer specification on request 

      .  We ship orders in single /partial shipments per the buyer’s requirement and instructions

       .  We use our best endeavors to supply goods within the agreed period per contract

       .  We use different courier services for quick delivery as per the buyer’s requirements and instructions.

              

For bulk quantity orders, we offer air and sea cargo services as per the demand of buyer

CARGO BY AIR

   CargoServ Tracking

CARGO BY SEA

   Track & Trace Tracking

       .  We can also ship your orders through your cargo broker/agent or book through your courier account #.

       .  Usually, our shipment date is within 35–40 days from the date of order confirmation; however, we settle the shipment delivery time by mutual correspondence per the desire/requirement of the purchaser

       .  In case of failure to meet the delivery deadline, we shall consult with the customer  prior to the end deadline and set a new deadline for delivery  

       .  Any partial or full damage to the contract shall pass to the customer before the departure shipment from the factory.

       .  The shipment shall always (regardless of route and transportation means) be shipped to the place of destination at the risk of the customer.

CERTIFICATION

We know the importance of quality and maintain a quality control system according to international standards of quality

and maintain the following international quality control standards

     .   GMP (FDA)

     .   CE Certificate.

     .   ISO 9001:2008

     .   ISO 13485 

We are associated with and members of the following associations

     .   FBR (Federal Board Of Revenue) Tax NTN # 

     .   FBR (Federal Board Of Revenue) Sale Tax # 

     .   SCCI (Sialkot Chamber of Commerce & Industry) Membership # 

     .   SIMAP (The Surgical Instruments Manufacturers Association of Pakistan) Membership # 

MANUFACTURING PROCESS

Our manufacturing procedure contain on following steps

     .  Selection of Raw material like stainless steel.

     .  Stainless steel is available in different grades, local and imported from Germany, France, and Japan.

        AISI 410/410X used for the production of gripping instruments like Forceps, Tweezers, and retractors

     .  AISI 420A for cutting instruments like Bone Rongeurs., Chisels, Gouges, scissors, and needle holders. 

     .  AISI420B production for high-grade cutting instruments like scissors, Bone Rongeurs..  

     .  AISI440C for cutting high-quality instruments like cutely and measuring instruments 

.  AISI 304 is used for making Cannula, Clamps, Holders, Spreaders, and Suction tubes

 By hand as well as hammer forging.

     .  Selection of forging process,i.e, Hot, Warm, or Cold forging

     .  Forging process applies to instruments/devices (Hot, Warm, or Cold) for shaping metal parts.

     .  Trimming of excess material and acid cleaning 

     .  Cutting away the unnecessary material with milling machines

     .  Making Serrations, Ratchets, Male & Female box Joints, and grooves.

  .  Removing irregularity by grinding wheels and files so that instruments develop their final shape.

     .  Initial setting of instruments by hand with different types of gauges.

 .  Heat treatment is a significant process to improve the performance and strength of instruments.  

     .  The heat treatment process is done to change the physical and mechanical properties of instruments without modification of the original shape of the instruments           

     .  For soften the material /metal Annealing process is done.

     .  The hardening/Tempering process is done to produce durability in the instruments.

     .  Rockwell hardness (HRC) of the needle holder without tungsten carbide inserts is around 40-48, while the scissors have among HRC of 50-58

 

 

 

 

     .  Chemical treatment cleans the surface of steel and increases rust resistance

MAIN PROCESS AS BELOW:

 .       Pickling is done after the heat treatment process to use dilute sulfuric acid/Nitric Acid.

     .  The passivation process is done when free iron, oxide scale, rust, iron particles, metal chips adversely affect the stability of            the surface and this process contains of immersing stainless steel instruments in a solution nitric or citric and sodium                    dichromate, dissolving the imbedded iron particles and restoring the original corrosion-resistant surface by forming a thin,          transparent oxide film. 

     .  Passivation is also accomplished by electro-polishing

     .  Electro polish is an excellent electrochemical process, passively surface of stainless steel instruments more than other                   methods because metal gives a bright surface due to this process.

     .  Spare burr also removed by electro polish process

     .  Usually, phosphoric and sulfuric acids are used in conjunction with high current density to clean and smooth the surface of          metal

      .  Setting is done to align, fix, and fit the instruments with accurate function

      .  All unnecessary sharp edges, burrs are removed by skillful craftsmen

     .  Metal finishing process is done by using different abrasives (grinding, cutting, brushing, felting, buffing wheels) to create a homogeneous surface and finalize appearances of instruments like shine /mirror/bright or dull/satin/matte.

     .  Electro polishing is done to eliminate foreign substances and make the surface more corrosion-resistant.

.  To ensure the quality of instruments per the desired specifications, final checking /inspection is done by a qualified technician. 

    .  The marking/Printing process is done by a laser marking system

     .  The marking/Printing process is also done by etching or screen printing.

     .  Packaging done per desired specification.

AISI

       AISI (American Iron and Steel Institute) has identified the various formulations of steel and catalogued them using a number system. Various materials used in surgical instrumentation         have AISI numbers, like AISI 304, AISI 316L, AISI 410/410X, AISI 420A, AISI 420B, and ISI 440C.

ASTM (American Society of Testing and Materials) establishes standards and specifications for numerous materials, both metallic and non-metallic. Some materials have an AISI number, and some ASTM number.

Series 300 Stainless Steels are Austenitic or non-hardenable or non-magnetic. The carbon content is as low as 0.08% which means these metals cannot be heat hardened and will not hold a strong cutting edge. However, it may be ‘work hardened’ through machining or forming. The presence of almost 18 % chromium and 8 % nickel makes these metals highly corrosion-resistant and guarantees a brilliant shine. The term 18-8 stainless is used to describe this series.

Series 400 Stainless Steel alloys are magnetic and heat-hardenable. These have relatively high carbon and low chromium percentages, along with traces of manganese (Mn), silicon (Si), sulphur (S), phosphorous (P), nickel (Ni), Molybdenum (Mo), etc, endowing the metal with specific properties. Their use is a necessity whenever strength and temper are required. The degree of hardness depends largely on the carbon level. This series is used in most O.R. quality instruments, cutting and non-cutting, because it has a high tensile strength, can hold an edge for a long time, and is corrosion resistant. However, as there is little or no nickel in this series, it is susceptible to corrosion if not looked after properly.

INTERNATIONAL STANDARDS:

BS 5194: Part 1 DIN 58298 ISO 7153-1

This is a relatively modern British innovation that has become universally used for steel instruments. It reaches the factories in the form of bars and sheets. Looking at these lengths of rough and dark gray material, one wonders how it will be fashioned into beautifully finished instruments. Such a transformation reveals craftsmanship at its best. 

This material is easy to machine and form. Instruments or components that do not need to be hardened, such as speculums, retractor blades, hollow handles, hospital hollow wares, nuts, screws, and pins, etc, are usually made from this grade. 

It is a very high-purity alloy. ‘L’ stands for low carbon. It is also called SMO. It is a preferred material for making most orthopedic implants, such as plates and screws, nails, staples, prostheses, and aneurysm clips etc. Certain instruments that have prolonged contact with implants also utilize this material to avoid the transfer of dissimilar metal particles, which could cause a galvanic corrosion reaction on the implants. It is, however, important to know that metal implants and prostheses can sooner or later fail, since no metal has yet been developed that will equal the revitalizing durability of living bone.

This is the most commonly used grade for the manufacture of non-cutting instruments. Typical examples are hemostats, assorted forceps, retractors, and so on. It is easy to work with and has Rockwell Hardness in the range of C-40 to C-45. It is a misconception that this grade is inferior in any way, as it complies with the British, German, and International Standards for application in surgical instruments.

These are useful grades for cutting instruments such as scissors, knives, chisels, rongeurs, bone cutters, bone drills, and taps etc. AISI 420 can get Rockwell Hardness in the range of C-48 to C-50, but if hardness around C-55 is required, then grade AISI 440 with more carbon is appropriate. 

Type ASTM F67 — Commercially Pure grades 1, 2, and 4. It has the same strength as steel but weighs only 60% of the steel. It is highly corrosion-resistant, but very difficult to work with. Some microsurgery instruments, mandibular implants, and weight-bearing hip prostheses are made from it. Its biocompatibility is far superior to any other currently employed implant material. It can be finished in a distinct blue colour, but repeated autoclaving may give it a reddish tinge.

GRADE GC20 This is the hardest man-made material, sometimes also referred to as diamond. It has a Rockwell of C-86. Cemented carbide is often called hard metal. Its inserts are sintered in the jaws of high-wearing instruments such as needle holders, scissors, and wire cutters. Traditionally, these instruments are partly gold-plated for recognition.

Many non-ferrous materials are used in instruments for their specific properties. They may be easier to machine or form and more suitable for procedures or the budget.

It is 92.5% pure silver (Ag). Current uses include trachea tubes, probes for the eyes, and hemostatic clips. Silver will turn black with oxide. This does not interfere with the function of the instrument. A bit of rub with or without silver polish or elbow grease will bring the original shine back. These instruments should be handled carefully as they are expensive as well as delicate.

An alloy of silver and nickel that is less expensive and is used as an alternative to Sterling Silver. It is also more durable and does not turn black after autoclaving. 

Free-cutting brass type 360 and nickel-copper Class A or B are easily formed, molded, and welded; therefore useful for making instruments that are otherwise hard to make from steel or require malleable features. Certain instruments made traditionally in these soft metals are proctoscopes, malleable uterine sounds and retractor blades, catheters, and cannulas. In order to enhance surface wear, these are usually plated.

There are many hard and soft grades. With its excellent heat dissipation capacity, along with durability and lightweight, it is employed for making the container system for sterilization and storage. We offer a durable yet economical system. Aluminum requires a protective layer by hard anodizing that can also be in different colours for identification. Some instrument handles, mallet heads, and splints are also made of aluminum. 

Rubber, Plastic, Silicon, and Tufnol are increasingly used in a wide variety of applications, both reusable and disposable. Some useful characteristics are toughness, flexibility, resilience, resistance to chemicals, insulating, no moisture absorption, heat deformation, high impact strength, easy fabrication, and low cost, etc. In fact the possibilities are endless. Plastic items are gradually enabling a new wave of convenience and cost reduction in the operating room, a trend that will undoubtedly continue to grow with the passage of time. The use of latex rubber, however, has been discouraged because it contains a certain protein that is said to cause skin allergy to some patients and hospital staff. No significant hazards are expected from silicon products under normal conditions of handling and use.

Carbon steel and non-ferrous metals instruments are protected from staining or discolouring by plating of various types. Until the advent of stainless steel, most surgical instruments were plated. However, many instruments are still more economical or effective to make plated. Mixing of plated instruments with stainless steel instruments in the reprocessing cycle should be avoided as it may result in transference of chrome to stainless steel that will look like stains. All plated instruments should be routinely checked to ensure there are no cracks or worn areas in the surface. In recent years, the use of ultrasonic cleaning has hastened the demise of plated instruments, as it tends to strip the plating from the base metal.

Instruments or components made of copper or brass can be plated with silver by electrodeposited coating. To enable the final silver deposit to adhere it will follow a primary coating of silver strike solution, nickel or copper plating. The silver plating shall not be less than 0.0010 inch in thickness. It is especially suitable on malleable instruments because the layer of silver plating is so thin that it does not crack or chip when the instrument is bent. Silver plating may turn black with silver oxide and may be given a good rub to get the shine back. 

Nickel adheres very well to carbon steel and is not removed easily. The surface is made free from all flaws or defects that will be detrimental to the final finish. Cutting edges are ground to remove all plating. There are not many instruments made with carbon steel these days, except perhaps for veterinary use or some general-purpose scissors. Moisture will act rather quickly to first stain and then corrode these instruments.

Carbon steel, copper, and brass are all base metals that can be chrome-plated. Finish on all edges and surfaces shall be uniform and free from burrs, sharp edges (except where required), crevices, grind marks, rough areas, cracks, and overlaps. Chrome plating often has a layer of copper or nickel underneath, and therefore protects instruments longer from corrosion and discoloration. 

The black finish makes work easier under a microscope or extra lighting because of the lack of glare. Until recently, the black or ebonized finish was achieved by dipping in a sodium salt solution and then baking in an oven. These salts, however, have now been reclassified as very toxic and therefore unsafe to use. There are also some very strong disinfectants now available that can strip this type of black finish completely. We have therefore abandoned this process and may only be able to offer instruments ebonized in Europe if necessary.

INSTRUMENTS CARE GUIDELINE

Note: Under the given instrument care tips are general explanations; local regulations or hospital protocols may differ from these recommendations.

We recommend following the guidelines of cleaning, sterilizing, and maintaining instruments.

Personal safety must be ensured during the reprocessing of instruments.

Fully trained personnel must perform these processes.

At the time of these procedures, safety cloth, gloves, and eyewear should be worn.

Sharp instruments should always be placed separately in a container.

Remove organic material immediately by rinsing instruments under warm running water after using instruments.

Be sure to remove all blood, body fluids, and tissue. Using a nylon toothbrush may be helpful to rinse the lock boxes and joints of the instruments.

Do not process different metals like stainless steel, Copper, silver, chrome /gold-plated together.

Also, do not use a sponge basin, as any residue from normal saline solution can cause corrosion to develop over a period of time.

 

There are several methods available for cleaning instruments; here, we recommend a few methods.

A) Ultrasonic Cleaning:

Ultrasonic cleaning procedure is an effective process of cleaning instruments, especially instruments with hinges, locks, and other moving parts.

Take the following steps during the ultrasonic process.

     .  Instruments must be fully submerged.

     .  Clean maximum of 5 to 10 minutes.

     .  Place instruments in open position in the ultrasonic cleaner.

     .  Keep separate, avoid overcrowding instruments.

     .  Sharp instruments (scissors, knives, chisels, etc.) should be kept separately.

     .  Use a lid to avoid splashing.

     .  Keep joints open and ratchets unlocked.

     .  Place heavier instruments at the bottom of the basket.

     .  Cleaning of aluminum items by ultrasonic is not recommended.

     .  Rinse instruments with water to remove cleaning solution.

     .  Use only distilled water.

     .  Use only low-foaming and non-ionizing cleaning detergents.

     .  Keep joints open and ratchets unlocked.

     .  Items with concave surfaces must be placed face down to prevent pooling of water.

     .  If possible, flush clean all items with tubal structure.

     .  Electro-medical instruments must not be processed in a washer/disinfectant.

     .  Make sure instruments are lubricated after the last rinse cycle and before the sterilization cycle.

  If ultrasonic or automatic washer/disinfectors are not available, the manual cleaning process should be done in a basin or sink, but only for micro and delicate instruments.

          Please observe the following steps:

      .  Use stiff nylon autoclave cleaning brushes.

      .  Always brush away from the body and avoid splashing.

      .  Do not use steel wool or wire brushes, except for special steel wire brushes for instruments.

      .  Scrub thoroughly until dust has been removed.

      .  Pay particular attention to serrations, knurling, hinges, ratchets, and tubes.

      .  Rinse thoroughly, making sure surfaces are visibly free of stains or tissues.

      .  A good per-acetic acid-based instrument cleaner can help remove stains.

      .  Clean delicate instruments separately to avoid damage.

      .  After cleaning, sort and dry instruments using a hand dryer or drying cabinet.

.  Low pH (acidic, less than 6 pH) detergents break down the stainless protective surface, resulting in pitting and black staining.

      .  High pH (alkaline, more than 8 pH) detergents can cause brown stains (phosphate deposits) that can interfere with the function of instruments.

      .  Most brown stains are not rust and are easily wiped with a lightly oiled cloth.

      .  Electro-medical instruments must be cleaned very carefully to avoid damage to the coating.

Note: Manual cleaning is not a disinfection process.

Inspect each instrument carefully after cleaning. Using a magnifying glass or microscope will be helpful to detect faults which not visible to the naked eye.

Inspect and make sure.

      .  Scissors blades should glide smoothly all the way (they must not be loose when in the closed position). Test by cutting thin gauze or surgical glove material three-quarters of the length of the blade. Scissors should cut all the way to the tips, and not hang up.

      .  Forceps have properly aligned teeth and ratchets.

      .  Hemostats, forceps, and Needle Holders must not allow light through the jaws when closed in the first ratchet position (hemostats may show a small opening halfway in from the closed tip) lock and unlock easily and joints should not be too loose. Check Needle Holders for wear on jaw surfaces.

      .  Suction tubes or instruments with tubal structure are clean inside.

      .  Biopsy Punches: Punch a clean hole into tissue paper.

      .  Retractors must function properly.

      .  Cutting instruments like knives have sharp, undamaged edges.

      .  Joints are not loose or cracked. Also, they are not dry and stiff.

      .  There is no sign of breakage on any part of the instruments.

Note: Damaged instruments must be taken out of service immediately for repair or disposal.

Sterilization is done to preserve the substance for a long time without decay.

Sterilization kills all microorganisms and spores. Autoclaving (saturated steam under high pressure) is the most common method for sterilizing surgical instruments; however, dry heat and chemical sterility (ethylene gas, hydrogen peroxide gas plasma, etc.) can also be used. There are several methods; however, we recommend boiling and steam sterilization 

A) Preparation for Sterilization

Before sterilization, ensure that:

      .  Ensure instruments are fully clean, dried, and lubricated.

      .  Instruments must not contain detergent residue.

      .  Do not put rusted instruments in the autoclave; it can transfer rust to other instruments.

      .  Place instruments in sterilization trays or wrapped in paper before autoclaving.

      .  Use only a non-silicon water-soluble lubricant, not an industrial type.

      .  Sterilize instruments either individually or in sets.

      .  Place all instruments in the unlocked position to avoid breakage.

      .  Avoid overloading the chamber.

Boiling is done for metallic devices like surgical scissors, scalpels, needles, etc, like instruments. Here, substances are boiled to sterilize them.

Arrange the instruments, sterilization trays, or packs in the autoclave without stacking them. The steam must circulate freely inside the autoclave. Follow the manufacturer’s directions for adjusting the time, temperature, and pressure of the autoclave cycle. Process the instruments as under.

       .  Unwrapped instruments at 121°C for 20 minutes at 15 PSI above atmospheric pressure, or at 134°C for 3–4 minutes at 30 PSI above atmospheric pressure.

       .  Wrapped instruments at 121°C for 30 minutes at 15 PSI above atmospheric pressure or 134°C for 15 minutes at 30 PSI above atmospheric pressure.

When the autoclaving cycle is complete and the pressure reaches zero, open the door a centimeter or two to allow the steam to escape. Run the drying cycle as recommended by the autoclave manufacturer until all the instruments are dry. It should take about 30 minutes. Using sterile tongs, remove all the instruments, trays, and packages. Allow them to cool to room temperature before storing.

Unwrapped items must be used immediately or may be stored in covered, dry, sterile trays for up to a week. Store wrapped packages in a warm, dry, closed cabinet. Instruments remain sterile as long as the wrap is dry and intact. 

With most portable table-top Autoclaves, at the end of the autoclave cycle, before the drying cycle, unlock the door and open it about 6-7 mm. Then run the dry cycle for the period recommended by the autoclave manufacturer. If the autoclave door is fully opened before the drying cycle, cold room air will rush into the chamber, causing condensation on the instruments that may result in water stains or cause wet packs. Make sure autoclave filters and chambers are cleaned afterward as recommended by the manufacturer.

Dry heat may also be used to sterilize surgical instruments. Instruments can be wrapped in aluminum foil or placed in sterilization trays before putting them in the oven. Refer to the manufacturer’s directions to heat the oven. Instruments can be heated to any of the following to be considered sterilized:

      .  180°C for 30 minutes

      .  170°C for 1 hour

      .  160°C for 2 hours

      .  149°C for 2.5 hours

      .  141°C for 3 hours

Allow the instruments to cool to room temperature inside the oven and store them as described above.

Susceptible to a few bacterial spores, so a high-level disinfection is suitable for semi-critical items. These items include anesthesia equipment, some scopes (endoscopes), and temperature probes.

Non-critical items do not come into contact with mucous membranes but touch intact skin. Equipment like blood pressure cuffs, surgical beds, and stereotaxic frames is considered non-critical. They must be thoroughly cleaned, but will not require sterilization. A low-level disinfection may also be used.

 

Follow the instructions of the equipment manufacturer.

      .  Do not use alkaline corrosive detergents.

      .  COLD STERILIZATION:

      .  Use only CE Marked products.

      .  Do not use bleach (sodium hypochlorite.

      .  Do not cold disinfect aluminum instruments, electro-medical instruments, and instruments with tungsten carbide inserts.

      .  Use only cold sterilization of the highest standard that takes a short time. Most cold sterilizations take up to 10 hours, which is detrimental to the instruments.

      .  Do not use a multi-day disinfectant because organic residue collected in the solution after every immersion will not render instruments truly disinfected.

      .  Multi-day use of disinfectant can also damage or stain the instrument’s surface. Not only this, but it can also cause corrosion to instruments that are processed in the same solution afterward. Finally, so remember what the following terms mean: 

      .  STERILE is an absolute term (no living organism survives).

      .  DISINFECTED basically clean. Some organisms may survive. Always choose a proper method of sterilization to get instruments in the required condition for use.

Instruments must be completely dry at the time of storage. Likewise, the storage area must be absolutely dry. Wet climate and damp conditions can lead to corrosion. Even innocuous liquids like seawater have a devastating effect on stainless steel. We offer a high-quality and affordable container system for the sterilization and storage of instruments. All sizes are included. Boxes are anodized aluminum, and wire baskets are stainless steel. All necessary accessories are also available.

CONFIDENTIAL

    .  We maintain a strict confidence policy and do not disclose to third parties information or material relating to the other business which comes into that party’s possession and do not use such information and material without the written permission of the other party.

    .  Buyer is obligated to keep confidential all our business-related or other information, even after the contractual relationship between both we have ended.

    .  This confidentiality obligation shall not include any information that is lawfully disclosed with our written permission.

  .  The delivered products shall remain our property until all our claims against the buyer have been satisfied

    .  The buyer shall oblige himself to handle the goods properly and with care for the duration of the retention of title.

    .  The purchaser shall, within the scope of his orderly and usual business activities, be entitled to sell and process the products.

    .  The claims made by the purchaser from resale of the reserved goods shall, with all additional rights at this point, be transferred to us until the full payment of our claims from physical deliveries to the full amount.

    .  The transferred claims shall serve as our security, but only to the value of these reserved goods sold in each case

    .  The reserved products will be sold by the purchaser after processing in conjunction with other goods not belonging to us

    .  The transfer of the buyer’s money claim shall be valid only to the value  of the received goods

    .  The purchaser shall be entitled to resell the reserved goods only following the stipulations regarding transfer of the purchase money claim.

SAMPLES POLICY

 .  We offer samples free of cost so that you can check the quality before placing an order

    .  However, customers have to pay just freight/ shipping charges.

    .  Customers can offer us their account # or arrange for pick up samples from our side by 

              

  .  If not have an account, pay the shipping charges/freight directly to us 

    .  Give us details of your required products by visiting our online catalogue at “ALTRESCO INSTRUMENTS“

    .  We will send the price and samples according to your specifications.

    .  If you need specific products which not available on our website, please send your detailed specification (drawing, picture, or master samples). We will produce the product per your requirements and will send samples for your approval before starting mass production.

 .  We take all reasonable steps to ensure the protection of goods from loss, damage, or destruction.

    .  Please acknowledge your concerns /complaints within 10 days after receipt of shipment.

    .  If you need to return goods to us due to any solid reason, please contact us before shipping goods, because we do not accept goods without documents.

    .  Complaints regarding design, quality, damage, and shortage of quantity can be taken into account only if the claimed loss is more than 6% of the delivered goods. We will deliver a replacement free of charge, but will not be paid particular charges (customs duty, freight, wages, or plenty delay in shipment.

Quality Assurance

We understand that fashion is an expression of identity, and we take pride in delivering products that embody the highest standards of quality.

Our journey to excellence begins with meticulous sourcing, where we carefully select materials that meet our stringent criteria for durability, comfort, and style. Every garment is crafted with precision in our state-of-the-art manufacturing facilities, ensuring attention to detail at every stitch. Our commitment to quality doesn't end there – rigorous quality control processes guarantee that each piece meets our exacting standards before it finds its way to your wardrobe. Trust in FemmeWardrobe for fashion that not only captures attention but withstands the test of time.

Customer-Centric Approach

Beyond Fashion: Nurturing a Customer-Centric Experience

We believe that the essence of our success lies in the satisfaction of our customers. Our commitment to providing an exceptional shopping experience goes beyond trends and styles – it's about understanding and meeting the unique needs of every individual who chooses FemmeWardrobe. From personalized recommendations to hassle-free returns, we've crafted every aspect of our service with you in mind. Our dedicated customer support team is here to ensure your journey with us is seamless, enjoyable, and exceeds your expectations. Join our community of empowered fashion enthusiasts, where your satisfaction is not just a priority; it's our passion.

Sustainability Initiatives

Conscious Fashion for a Better Tomorrow

we recognize the responsibility we hold in shaping a more sustainable future for fashion. Our commitment to eco-friendly practices and sustainable fashion choices is at the core of what we do.

From the careful selection of ethically sourced materials to the implementation of environmentally conscious manufacturing processes, every step we take is a stride toward a greener and more sustainable industry.

We prioritize transparency in our supply chain, partnering with suppliers who share our values of fair labor practices and environmental stewardship. Our sustainable fashion choices extend to packaging as well – we use recyclable materials to minimize our environmental footprint. Join us on this journey towards conscious fashion, where style meets responsibility, and every purchase contributes to a brighter, eco-friendly tomorrow.

Explore

Elevate your wardrobe, embrace timeless style!

Explore our collections today and experience the joy of fashion. Shop now for the epitome of chic sophistication!

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