What are the opening hours?

Monday 08:30 - 17:30 Tuesday 08:30 - 17:30 Wednesday 08:30 - 17:30 Thursday 08:30 - 17:30 Friday 08:30 - 17:30

Biomed Engineering SDN BHD, NO. 32 Jalan SULTAN ISKANDAR, Ipoh (2026)

23/01/2026

Machine for sale

Medical suction machine / aspirator (electric suction unit)

Common generic names:
a) Surgical suction machine
b) Medical aspirator
c) Vacuum suction unit

Manufacturer

brand AMEDA.

AMEDA is a well-known manufacturer of medical suction and vacuum equipment (also known for breast pumps and hospital suction systems).

Usage / Function

1) This machine is designed to generate controlled negative pressure (vacuum) for medical suction purposes, including:

a) Removal of bodily fluids (blood, mucus, vomitus, secretions)
b) Airway suctioning
c) Use during minor surgical procedures
d) Emergency and ward suctioning
e) ICU / OT / recovery room use
2) It is not a life-support ventilator, but a supportive suction device.

Major Components Visible in the Image
1. Electric Vacuum Pump Unit
a) Housed in the central gray casing
b) Generates negative pressure
c) Controlled via the front k**b/switch

2. Vacuum Pressure Gauge
a) Analog gauge on the front
b) Displays suction pressure (usually in mmHg or kPa)

3. Control K**b / Power Switch
a) Used to adjust suction strength and turn the unit on/off

4. Collection Canisters (Fluid Jars)
a) Two transparent containers on either side
b) Used to collect aspirated fluids
c) Allow visual monitoring of volume and contamination

5. Tubing System
a) Yellow/transparent medical-grade suction tubing
b) Connects patient suction line → collection jar → vacuum pump

6. Overflow / Safety Trap
a) The jar lids and inline fittings act as protection to prevent fluid
from entering the pump

7. Bacterial/Viral Filter
a) Inline cylindrical filter (visible on top)
b) Prevents contamination of the pump and environment

8. Mobile Stand with Castor Wheels
a) Stainless steel stand
b) Allows easy movement within clinical areas

Power Source

Electric (mains-powered)
(Some AMEDA units also have battery backup, but this cannot be confirmed from the image.

BIOMED ENGINEERING SDN BHD

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 01162406897

22/01/2026

Machine for sale

Mobile Electric Patient Lift (also called a Mobile Hoist or Patient Hoist)

Safe Working Load (Confirmed)
a) A visible label shows:
SWL: 147 kg

Type
a) Electrically powered mobile patient lift
b) Battery-operated linear actuator
c) Manual base width (fixed legs)

Primary Functions

a) The machine is designed to:
Lift a patient from:
i) Bed
ii) Wheelchair
iii) Chair
iv) Floor (depending on sling type)
b) Transfer a patient between locations
c) Reduce manual lifting strain on caregivers
d) Improve patient safety during transfers

Main Components (Visible & Confirmable)

1. Frame / Mast
a) Steel vertical mast supporting the lifting arm
b) Painted metal construction (light blue)

2. Lifting Arm (Boom)
a) Pivoting arm connected to an electric actuator
b) Provides vertical lifting motion

3. Spreader Bar / Hanger
a) Multi-point hook bar at the end of the boom
b) Used to attach patient slings

4. Electric Linear Actuator
a) Motorized lifting mechanism
b) Raises and lowers the boom

5. Hand Control Pendant
a) Wired remote with up/down buttons
b) Allows caregiver-controlled lifting

6. Control Box
a) Houses electronics and battery
b) Includes:
i) Emergency stop button (red)
ii) Charging port

7. Battery Pack
a) Rechargeable battery (integrated with control box)

8. Base Assembly
a) Two forward legs for stability
b) Four caster wheels (likely two braked, two free)

9. Push Handles
a) Ergonomic handles with rubber grips
b) Used to maneuver the lift

10. Emergency Lowering System
a) Typically integrated into actuator or control box
b) Required for safety compliance (likely present though not fully visible)

Power Source
a) Rechargeable battery (electric operation)
b) Charger likely external or wall-mounted (not shown)

BIOMED ENGINEERING SDN BHD
Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 01162406897

22/01/2026

Machine's spareparts for sale

Dräger Primus Anesthesia Workstation spareparts available for sale:

Main Components & Spare Parts

1. Anesthesia Ventilator System:-
a) Integrated piston-driven ventilator
b) Provides precise tidal volume delivery
c) Supports ventilation modes such as:
d) Volume Control (VCV)
e) Pressure Control (PCV)
f) SIMV / Pressure Support (optional)

2. Breathing System (Circle System) :-
a) Reusable breathing circuit assembly
b) CO₂ absorber canister (soda lime compatible)
c) Inspiratory and expiratory valves
d) APL (Adjustable Pressure Limiting) valve
e) Manual / mechanical ventilation switch

3. Gas Supply & Flow Control :-
a) Pipeline gas inlets (O₂, Air, N₂O)
b) Cylinder yokes (depending on configuration)
c) Mechanical and electronic flow meters
d) Oxygen flush valve
e) Integrated safety systems to prevent hypoxic mixtures

4. Vaporizers (Optional / Configurable):-
a) Compatible with Dräger vaporizers such as:
i) Isoflurane
ii) Sevoflurane
iii) Desflurane (with appropriate vaporizer)
b) Tool-free mounting system

5. Patient Monitoring Display
a) Color LCD screen
b) Displays:
i) Airway pressure
ii) Tidal volume
iii) Respiratory rate
iv) Minute volume
v) Flow and pressure waveforms
c) Alarm system for high/low pressure, volume, and apnea

6. Scavenging System Interface :-
a) Connection for anesthetic gas scavenging
b) Reduces exposure to waste anesthetic gases

7. Integrated Suction Jar & Water Trap :-
a) Suction canister for airway management
b) Water trap for moisture collection

8. User Interface & Controls :-
a) Rotary control k**b
b) Soft keys and function buttons
c) Easy-to-navigate menu system

9. Power Supply
a) AC power input
b) Internal battery backup for transport or power failure

10. Mobile Cart & Accessories
a) Heavy-duty trolley with wheels
b) Storage drawers
c) Side rails for accessories
d) Adjustable writing shelf

BIOMED ENGINEERING SDN BHD
Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 01162406897

20/01/2026

Machine for sale

Infant Flow® SiPAP™ System

Model
Infant Flow SiPAP (often referred to as Infant Flow SiPAP System)

The exact sub-model or software revision is not visible on the front panel, but the branding and layout clearly match the standard Infant Flow SiPAP unit.

Manufacturer
CareFusion Corporation

Year / Production Period
Late 2000s to early–mid 2010s

Type of Machine
Neonatal non-invasive respiratory support ventilator

Specifically designed for:
Neonates and premature infants
NICU (Neonatal Intensive Care Unit) use

Primary Functions

The Infant Flow SiPAP system provides non-invasive ventilation using nasal interfaces. Its key functions include:

CPAP (Continuous Positive Airway Pressure)
Maintains constant airway pressure to keep alveoli open.

Bi-phasic CPAP (SiPAP mode)
Alternates between two pressure levels:

Baseline CPAP
Higher pressure level for ventilatory support

Apnea Management
Provides pressure cycling to stimulate breathing in infants with apnea of prematurity.

Oxygen Delivery
Blended air/oxygen delivery with adjustable FiO₂.

Main Components (Visible and Standard)
1. Control Unit
Central display screen (for pressure, alarms, and settings)
Mode selection and control k**b
Pressure and flow adjustment controls

2. Pressure Gauges
CPAP / Pressure Level gauge
High pressure gauge
(Analog columns on the front panel)

3. User Interface
Rotary selector k**b
Dedicated buttons for:
Alarm silence
Power
Mode control

4. Gas Connections
Air inlet
Oxygen inlet
Patient circuit ports

5. Patient Circuit (External, not fully shown)
Inspiratory and expiratory tubing
Infant Flow nasal prongs or mask interface
Flow driver (unique to Infant Flow systems)

6. Alarms & Safety Systems
High/low pressure alarms
Flow disconnect alarm
Power failure alarm

7. Mobile Stand
Height-adjustable pole
Wheeled base for NICU mobility
Document holder attached
Clinical Applications
Respiratory distress syndrome (RDS)
Apnea of prematurity
Post-extubation respiratory support
Weaning from mechanical ventilation

BIOMED ENGINEERING SDN BHD
Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

19/01/2026

Machine for sale

Olympus GIF-H180 video gastroscope, a piece of high-quality medical equipment used for diagnostic procedures in the upper gastrointestinal tract. It is part of the EVIS EXERA II series of endoscopes.

Manufacturer: Olympus

Model: GIF-H180 (EVIS EXERA II Gastrointestinal Videoscope)

Year: Specific individual unit year of manufacture can vary, as these were produced for a range of years. The EVIS EXERA II series was introduced around the mid-2000s.

Components

The gastroscope has three main parts: the control section, the insertion section, and the connector section. Key components include:

Insertion Tube: The long, flexible tube inserted into the patient, with a slim outer diameter of 9.8 mm.

Distal End: The tip of the insertion tube which houses the optical system (HDTV-compatible CCD chip and lenses), air/water nozzle, and the instrument channel outlet.

Control Body: The ergonomic handle section featuring angulation k**bs for steering the tip and user-selectable switches for various functions.

Bending Section: The articulating part of the scope near the distal end that bends in four directions (210° up, 90° down, 100° right/left).

Instrument Channel: An internal 2.8 mm diameter channel that accommodates various endoscopic devices for biopsy or other
procedures.

Light Guide/Universal Cord: Connects the scope to an external light source and video processor unit (like the compatible CV-180 system).

Functions

The Olympus GIF-H180 is used for comprehensive examination, screening, and diagnosis of the upper gastrointestinal tract:

High-Resolution Imaging: Equipped with an HDTV-compatible CCD chip, it delivers sharp, detailed, and life-like images to a monitor, aiding in accurate diagnosis.

Narrow Band Imaging (NBI): This technology enhances the visualization of mucosal structures and capillaries, which can help in identifying potential abnormalities and targeting biopsies.

Close Focus: The optical system allows for detailed observation of tissue from as close as 2 mm away without the need for electronic magnification.

Diagnostic/Therapeutic Procedures: The instrument channel allows clinicians to pass surgical instruments through the scope to perform biopsies or other minimally invasive treatments.

BIOMED ENGINEERING SDN BHD

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

16/01/2026

Machine on sale :-

MRI-Compatible Patient Monitor
MRI Patient Monitoring System
Invivo Corporation ( USA)
Invivo Precess
Mids-2000

Primary Functions :-
1. Continuous Patient Monitoring During MRI Scans.
2. Monitors Vital Signs such as :-
a) ECG/Heart Rate
b) Blood Pressure ( NIBP)
c) Oxygen Saturation (SPO2)
d) Respiration
3. Designed to operate safely in the MRI ( strong magnetic field)
environment.

Key Components :-
1) Main display / Monitors ( Shows waveforms & vital parameter)
2) Control Buttons & Rotary K**b ( For navigation & settings )
3) MRI- Compatibles Cables & Sensors.
4) Mobile Cart with Wheels
5) MR-Safe or MR- Conditional Base Unit.
6) Power & Signal Interface Module

BIOMED ENGINEERING SDN BHD

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

15/01/2026

Machine for sale

GE VIVID 3 /VIVID 3 PRO MEDICAL ULTRASOUND IMAGING SYSTEM
GE Healthcare
Vivid 3 / Vivid 3 Pro
Diagnostic Ultrasound Scanner

Usage :-
Cardiac & General Diagnostic Imaging.

Components :-

1. Monitor :-
a) A CRT or early flat panel-panel display mounted on top.
b) Displays real-time ultrasound images during scanning.

2. Control Panel :-
a) Keyboard : Alphanumeric keys for patient info & annotation.
b) Trackball : Large Central Ball used for cursor / navigation &
measurements.
c) Dedicated Button & K**bs :
i) Gain controls
ii) Depth, Zoom, Focus
iii) Mode selection (B-Mode, M-Mode, Doppler)
d) Preset soft keys for quick access to scanning parameters.

3. Probe holders :-
a) On the right side, holding ultrasound transducers( probes)
b) Seen: At least one curved/ trans abdominal or cardiac
( phrased-array) type probe

4. Probes/Transducers :-
a) Ultrasounds probes convert electrical signals into sound waves
& back.
Common Type used on this machine :-
i) Phased- Array probe - For cardial imaging
ii) Convex/Curved probe - For abdominal/ general imaging

5. Wheels & Cart :-
a) Mobile base with casters for hospital/clinic use

6, GE Logo & Labeling :-
a) Front panel displays the GE insigma & model name.

BIOMED ENGINEERING SDN BHD

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

15/01/2026

Machine for sale

Diagnostic Ultrasound Imaging System

Toshiba Medical System Corporation

Toshiba Aplio XG

2008-2014

Used for non-invasive medical ultrasound imaging including :-
a) Abdominal imaging ( liver, kidney,gall bladder, spleen)
b) Obstetrics & Gynecology ( fetal imaging, uterus, ovaries)
c) Cardiac imaging ( basic echocardiographyn depending on
probes)
d) Small parts / thyroid,breast , te**is)
e) Vascular studies ( Doppler blood flow analysis)

Images Modes Supported :-
a) B-Mode ( 2D grayscale imaging )
b) M-Mode
c) Color Doppler
d) Power Doppler
e) Pulsed wave ( PW) Doppler

Components:-
a) LCD Monitor
i) High resolution medical display
ii) Displays real-time ultrasound images & parameters

b) Control Panels / Console :-
i) Alphanumerical keyboard
ii) Dedicated function keys
iii) Gain, Depth, Focus controls
iv) Trackball for cursor and measurement control
v) Doppler & Imaging mode buttons

c) Transducer (Probe) Ports :-
i) At least one probe is visible docked on the side
ii) Converts electrical signals into ultrasound waves &
receives echoes.

d) System Unit ( CPU & Beamformer ) :-
i) Internal image processing hardware
ii) Signal amplification & digital image reconstruction

e) Speaker & Cooling vents :-
i) For doppler audio output.
ii) Vnetilation to cool internal electronics.

f) Storage & Connectivity :-
i) internal hard drive or memory .
ii) USB/ Dicom network support ( PACS Connectivity)

g) Mobile Cart with wheels :-
i) Allows easy movement between rooms.
ii) Intergrated cable management.

BIOMED ENGINEERING SDN BHD

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

14/01/2026

Machine for sale

Diagnostic Medical Ultrasound Machine ( Ultrasonography System)
USG Machine/Ultrasound Scanner/Sonography machine.
Toshiba Medical system
1990-2000
Functions :
Non-invasive imaging of internal body structure using high frequency sound waves.
Components :

Display monitor : a) CRT (Cathode Ray Tube Monitor)
b) Displays Real - Time Ultrasound Images

Control Panel : a) Trackball - Used to move cursors & measure
structures
b) Soft Keys & Hard Keys - Adjust imaging modes &
parameters
c) Gain controls - Control image brightness
d) Depth controls - Adjust pe*******on depth
e) Focus controls - Improve image clarity at selected
depths

Transducer ( Probe) :
Visible probe stored on side : -
a) Likely a convex ( curvilinear ) probe
b) Abdominal, obstetric & pelvic scanning.
c) Converts electrical signals into ultrasound waves & back.

Probe Holders :
a) Slots on the side to store multiple transducers.
b) Protect probes from damage when not in use.

Printer / Storage section :
a) Built-in compartment ( left side)
b) Often used it for :- i) Thermal ultrasound image printing
ii) Film or paper storage
c) Common in older ultrasound units before digital PACS system.

BIOMED ENGINEERING SDN BHD

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

14/01/2026

Machine for sale
Liebel - Flarsheim Angiomat Illumena Contrast Delivery System
Lierbel - Flarsheim
1990-2000
Power Injector used in medical imaging.
Deliver a precise volume of radiopague contrast media ( dye) into a patient's bloodstream at at spesific flow rate & pressure
Components :-
1. Injector head ( left )
2. Touchscreen Control Panel (centre)
3. Pedestal / Mobile stand
4. Hand Switch / Remote
5. Syringe Jacket

BIOMED ENGINEERING SDN BHD

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

14/01/2026

Machine for sale
TOSHIBA APLIO 400 Ultrasound Machine
2006-2012
Toshiba Medical System Corp
Abdominal Imaging
Obstetrics & Gynecology ( Fetal Imaging , Uterus , Ovaries)
Cardiac Imaging ( Basic Echocardiography)
Small parts Imaging ( Thyroid, Breasts, Te**es)
Components -
1. Toshiba External LCD Monitor
2. Control Panel/Console :-
a) Alphanumeric Keyboard
b)Trackball ( For cursor & measurement control )
c) Softkeys/ Function buttons
d) Gain, Depth, Focus & Mode selection K**bs
3. Main system Unit ( CPU & Beam Former )
a) Processor Ultrasound Signals
b) Generates Images
c) Located inside the cart body
4. Transducer ( Probe ) Ports
- Multiple Probe Connectors on the rightside.

BIOMED ENGINEERING SDN BHD

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

13/01/2026

BIOMED ENGINEERING SDN BHD

Repairs and Services Medical Equipments

Please do contact Mr Suresh - Managing Director - 017-5056778
Mr Ridzuan - Bio Med Engineer - 012-6454007
Mr Dev - Marketing & Business Development Officer - 0116-2406897

Biomed Engineering SDN BHD

23/01/2026

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13/01/2026

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Monday	08:30 - 17:30
Tuesday	08:30 - 17:30
Wednesday	08:30 - 17:30
Thursday	08:30 - 17:30
Friday	08:30 - 17:30