Biocompatible Coatings for Implants
Orthopedic and spinal implants are characterized by the need for a long service life, which requires implants to resist wear and not cause any adverse effects to their recipient. Ionbond’s Medthin™ coatings have the surface properties necessary to achieve this goal.
Anti-allergy: For patients with particular sensitivity to metals, Medthin™ coatings reduce allergic reactions caused by the release of metal ions. Our biocompatible Medthin™ coatings act as a barrier to metal ions: they inhibit 98% of the Co or Ni ions released by the metal implant.
Reduces wear: Due to their hardness, Medthin™ coatings reduce wear and friction between the implant’s articulating surfaces by up to 70%. This results in a reduction in UHMWPE and metal implant debris, as well as an increase in implant lifespan.
Biopsy Forceps
The objects in the image are gynecological biopsy forceps, used to collect tissue samples.
Main Features:
Use:
They are primarily used in gynecology, particularly for cervical biopsies during colposcopies, or for grasping and inserting/removing intrauterine devices (IUDs), such as the coil.
Design:
Length: They are long (e.g., 20 cm, 28 cm, 35 cm) to allow for deep use while maintaining good maneuverability.
Material: Made of surgical-grade stainless steel.
Jaws: The jaws are sharp (for biopsy) or designed for secure grasping of tissue or devices.
Handle: Scissor-shaped for easy grip and precise control.
Sterilization and Reuse:
Many biopsy forceps are designed to be reusable and autoclavable, ensuring maximum sterility for repeated use, although single-use versions are also available.
Biopsy Forceps, 2-Jaw Movable
A biopsy forceps, 2-jaw movable, used in endoscopy, characterized by the following features:
Instrument Type: This is a grasping forceps, a biopsy forceps, designed to collect tissue samples or remove foreign bodies during endoscopic procedures.
Tip Design: The exposed tip features hinged jaws, allowing for grasping and cutting tissue fragments (biopsy) or manipulating small objects (foreign body removal).
Compatibility: These instruments are designed to be inserted through the working channel of a flexible endoscope (such as a bronchoscope or a digestive endoscope) or a rigid endoscope, depending on the specific application.
Material: Generally made of medical-grade stainless steel, they are robust and sterilizable to ensure patient safety and instrument durability.
Function: The instrument is used for biopsies (tissue sampling for microscopic analysis) or for retrieving foreign bodies from various body cavities, such as the respiratory tract or the digestive tract.
Bipolar Electrosurgical Unit
Bipolar Electrosurgical Unit – 400W Surgical Diathermy System
Key Features:
✔ High-Power Performance – Delivers 400W output for versatile surgical applications
✔ Multi-Mode Precision – 5 specialized modes:
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Monopolar: Pure Cut, Blend Cut, Soft Coag, Forced Coag
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Dedicated Bipolar Mode for controlled tissue effects
✔ Smart Safety Systems – -
Return electrode monitoring (burn prevention)
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Automatic error detection & unipolar conversion
✔ Endoscopic Integration – -
Dedicated output port with auto-switching to endoscopic mode
Advanced Technology:
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Digital Touchscreen – Real-time parameter visualization
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Auto-Adjustment – Intelligent power adaptation for different tissues
Clinical Applications:
General | Thoracic | Orthopedic | Cardiac | Gynecological | Urological (incl. underwater TUR)
Birthing Pelvis with 2 Babies (Male and Female)
The birthing pelvis is the female bony structure essential for childbirth, providing both structural support and a dynamic passageway for fetal delivery.
Anatomical Composition
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Comprises four fused bones:
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Paired iliac bones (forming the pelvic girdle)
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Sacrum (posterior base of the spine)
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Coccyx (tailbone)
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Connects the spine to the lower limbs, ensuring stability and weight distribution.
Shape & Structural Divisions
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Funnel/hourglass shape with distinct regions:
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Upper flare (false pelvis): Wider, supports abdominal organs.
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Lower flare (true pelvis): Narrower, forms the birth canal.
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Superior strait: The narrowing between these regions, a critical landmark for obstetric assessment.
Obstetric Straits & Key Measurements
The pelvis features three key straits, each with critical diameters for fetal passage:
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Upper strait:
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Promontoretropubic diameter (anteroposterior measurement).
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Middle strait:
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Median transverse diameter (widest point between ischial spines).
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Lower strait:
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Interspinous diameter (between ischial tuberosities).
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These measurements determine cephalopelvic disproportion (CPD) and delivery feasibility.
Dynamic Adaptability
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Not rigid: Hormonal changes (relaxin, progesterone) increase ligament laxity late in pregnancy.
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Pubis symphysis and sacroiliac joints slightly widen, expanding the birth canal by up to 10–15%.
Role in Childbirth
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Guides fetal descent: The baby navigates through the pelvic inlet, mid-cavity, and outlet.
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Facilitates rotation: Bone contours help the fetus rotate into optimal positioning (e.g., occiput anterior).
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Enables vaginal delivery: Optimal pelvic dimensions and adaptability prevent obstructed labor.
Birthing Pelvis with 2 Babies (Male and Female)
The Birthing Pelvis: Structure and Function in Childbirth
The female birthing pelvis serves as the crucial bony framework that enables successful vaginal delivery. This specialized structure combines anatomical precision with dynamic adaptability to facilitate the birth process.
Bony Architecture:
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Composed of four interconnected bones:
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Paired ilium bones (forming the sides)
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Sacrum (posterior wall)
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Coccyx (tailbone)
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Forms a complete pelvic ring connecting the spine to the femurs
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Provides structural support while allowing necessary movement
Morphological Features:
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Distinctive hourglass configuration with:
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Expanded false pelvis (greater pelvis) superiorly
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Constricted true pelvis (lesser pelvis) inferiorly
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Demarcated by the pelvic brim (superior strait)
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Exhibits characteristic female adaptations:
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Wider subpubic angle (>90°)
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Broader, more circular inlet
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Shorter sacral curvature
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Obstetric Dimensions:
Three critical planes determine fetal passage:
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Pelvic Inlet (Superior Strait):
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Key diameter: Promontoretropubic (11.5-13 cm)
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Midpelvis:
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Crucial measurement: Median transverse (10.5 cm)
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Pelvic Outlet:
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Important span: Interspinous (10-11 cm)
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Dynamic Adaptations:
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Hormonally-mediated changes (relaxin, progesterone):
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Increased sacroiliac joint mobility
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Pubic symphysis widening (2-3 mm)
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Ligamentous relaxation
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Permits up to 10-15% expansion of birth canal dimensions
Parturition Mechanics:
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Fetal Engagement: Head enters pelvic inlet
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Descent: Progressive movement through planes
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Rotation: Internal adjustment to navigate contours
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Expulsion: Final passage through outlet
Blocks for half pins.
Connection to Frame: These blocks connect the half pins, which are inserted into the bone, to a central ring or frame component of the external fixator.
Centers: They typically attach to a ring using a post and a one-hole cube, with a hexagonal set screw used to lock the centering sleeve in place.
Half Pin Attachment: They facilitate the attachment of half pins, allowing for the creation of a more rigid construct.
Size and Hole Configuration: Blocks are available with different numbers of holes (e.g., 2, 3, 4 holes) to accommodate various fixation needs.
Centering Sleeves: Centering sleeves are used to ensure that half pins are properly aligned within the block, providing a more stable connection to the half pin itself.
Blood Agar Base
ReadyMED™ Blood Agar Base (RDM-BAB-02)
Manufactured by Chaitanya Agro Biotech Pvt. Ltd.
Product Overview
A high-quality dehydrated blood agar base medium designed for the cultivation of fastidious microorganisms and hemolysis observation. Ideal for clinical, pharmaceutical, and research laboratories.
Key Features
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Universal base medium for preparing blood agar plates
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Optimal nutrition for fastidious organisms (streptococci, pneumococci, etc.)
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Clear hemolysis visualization when supplemented with 5-10% blood
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Ready-to-prepare dehydrated formulation
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Code | RDM-BAB-02 |
| Form | Free-flowing powder |
| Typical Composition | Peptones, beef extract, NaCl, agar |
| pH (prepared) | 7.3 ± 0.2 |
| Sterilization | Requires autoclaving (121°C for 15 mins) |
| Recommended Supplement | 5-10% defibrinated blood |
Applications
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Isolation of pathogenic streptococci
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Hemolysis pattern studies (α, β, γ)
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Routine culture of fastidious organisms
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Clinical microbiology diagnostics
Manufacturer Details
Chaitanya Agro Biotech Pvt. Ltd.
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Registered Corporate Identity Number (CIN) provided on label
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Customer support contacts included
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Website for product information
Preparation Protocol
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Suspend 40g in 1L distilled water
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Heat to boiling with stirring
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Autoclave at 121°C for 15 minutes
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Cool to 45-50°C; add sterile blood aseptically
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Pour plates under sterile conditions
Quality Assurance
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Manufactured under strict quality controls
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Batch-to-batch consistency
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Complies with international microbiological standards
Blood Agar Base Culture Medium
ReadyMED™ Blood Agar Base (RDM-BAB-02) – Product Specifications
Product Overview
A dehydrated culture medium formulated for preparing blood agar plates and cultivating fastidious microorganisms. Manufactured by Chaitanya Agro Bio-Tech Pvt. Ltd.
Key Features & Applications
Functional Properties
✔ Nutrient-Rich Formula – Supports growth of demanding pathogens
✔ Versatile Usage – Can be used:
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As a base for blood agar (5-10% defibrinated blood addition)
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As a general-purpose medium (without blood)
Primary Applications
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Isolation & Cultivation of Fastidious Bacteria:
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Streptococcus spp.
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Neisseria spp.
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Hemolysis Studies:
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Differentiation of Listeria species
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CAMP test for Streptococcus agalactiae identification
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Clinical & Diagnostic Use:
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Blood cultures
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Respiratory/sputum specimens
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Composition Highlights
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Peptones & Yeast Extract – Provide essential nitrogen/vitamin sources
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Sodium Chloride – Maintains osmotic balance
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Agar – Solidifying agent (1.5-2.0% typical concentration)
Technical Specifications
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Form: Free-flowing powder
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pH (after reconstitution): 7.3 ± 0.2
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Sterilization: Autoclave at 121°C for 15 mins
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Storage: Keep sealed at 10-30°C; avoid humidity
Preparation Guide
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Suspend 40g in 1L distilled water
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Heat to dissolve completely
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Sterilize & cool to 45-50°C
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Add 5-10% sterile blood (if required)
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Pour into plates
Quality Assurance
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Batch-Tested for microbial growth performance
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ISO Certified manufacturing
Blood Bag Shaker
The Smart Weighing Instrument for Blood Collection offers several key features:
Weighing and Control Functions:
It is equipped with load weighing, bag weight detection, volume control, pan vibration, and automatic restart.
Gentle Shaking:
A gentle shaking mode is integrated to improve the survival of effective components in the blood.
Automatic Shaking Stop and Restart:
Stirring stops automatically when the bags are removed during collection and restarts once the bags are replaced.
Accuracy and Display:
It offers high measurement accuracy thanks to a taring and calibration function, and features a clear LED display for blood volume measurement.
Alarms and automatic shutoff:
The device automatically sounds an alarm when the preset volume is reached and stops stirring when the collection volume is close to the preset value (e.g., within 10 ml of the target value) for accurate measurement.
Design and durability:
It is designed for ease of use and robustness, with a corrosion-resistant metal body for increased durability in medical environments.
Blood Bank Refrigerator
The blood bank refrigerator
This equipment is specifically designed for the secure storage of blood and its components, as well as laboratory reagents and biological products, at controlled temperatures (generally between +2°C and +6°C). It is equipped with multiple safety features to ensure optimal preservation of blood products.
Volume: Available in 200L and 400L
