Denmat Distributors

Salient Features & Advantages

• Advanced Electronics Design
• Lighter and Smaller Size
• Powerful Heavy Duty Battery
• Sensor, Film, PSP Compatible
• Active Dose Control
• Very Low Leakage Radiation
• 0.4mm Focal Spot

Portable X-ray Machine

• High-resolution images with a 0.4mm focal spot
• 400 Shots in a Single Charge
• Compact size and lightweight
• Smart angulation system

Features

Engineered for Accurate Images

Sharp, high-resolution images with a 0.4mm focal spot

Designed with Safety in Mind

Built-in leaded double shield to protect the operator from leakage radiation.

Locking system to prevent unintentional exposure.

Radiation Received by Doctor

2.5 Exposures of HyperLight.

(average length of exposure for D-speed=0.50s)

400 Shots in Single Charge

Simplify your Digital Workflow

Compact size and lightweight let you operate it by one hand only.

Intuitive user interface & smart angulation system which automatically detects the angle at which the HyperLight device is held at

Specifications

• Model: HyperLight
• Weight: 1.8 kg
• Focal Spot: 0.4 mm
• Battery : 2500mAh x 4
• Exposure Time Range : 0.02-2 Sec
• Line Voltage : 100V – 240V, 50Hz/ 60Hz
• Tube Current: 2.5 mA

Dental X-ray machines, also known as dental radiograph machines, are essential diagnostic tools in modern dentistry that utilize low levels of radiation to capture images of a patient's oral structures, including teeth, bones, and surrounding soft tissues. These images, also known as radiographs, enable dentists to detect a range of dental and oral health issues that may not be visible during a routine examination. How do dental X-rays work?Dental X-rays work by passing a controlled beam of radiation through the oral tissues. Denser tissues, such as teeth and bone, absorb more radiation and appear white on the image, while softer tissues and areas of decay, which absorb less radiation, appear in shades of gray. The captured images are then interpreted by the dentist to diagnose potential issues and plan appropriate treatment. Types of dental X-ray machinesDental X-ray machines come in various types tailored to specific imaging needs. These include intraoral machines for detailed images inside the mouth, extraoral machines for broader views of the jaw and skull, panoramic machines for a full view of both jaws, and cephalometric machines used in orthodontics. Cone Beam Computed Tomography (CBCT) provides 3D images, while portable machines offer mobility. Digital systems, which use sensors instead of film, offer advantages like lower radiation exposure and instant image access.

An OPG machine, also known as an Orthopantomogram or panoramic radiography machine, is a specialized dental X-ray device used to capture a wide, comprehensive view of the entire oral cavity. It provides a single image encompassing the upper and lower jaws, teeth, temporomandibular joints (TMJ), and surrounding bone structures. Key features and uses

• Comprehensive Assessment: OPG machines offer a broad overview of the entire oral and maxillofacial region, assisting dentists in detecting various dental issues like impacted teeth, cysts, tumors, bone abnormalities, and jaw disorders.
• Treatment Planning: They are crucial for assessing tooth alignment, jaw relationships, and bone structures, making them invaluable for orthodontic treatment planning, implant planning, and evaluating periodontal disease severity.
• Patient-Friendly: OPG scans are generally quick, painless, and non-invasive, involving minimal radiation exposure compared to traditional X-rays. Patients can remain seated or standing during the procedure, making it suitable for children, elderly individuals, and those with gag reflexes or restricted jaw movement.
• Digital Advancements: Modern OPG technology, particularly digital OPGs, offer sharper images, immediate viewing, reduced radiation, and easier sharing and storage of patient records, enhancing diagnostic accuracy and efficiency. 

Types of OPG machines

• Traditional (Film-based): Capture images using film technology.
• Digital: Utilize digital sensors for image capture, offering enhanced image quality and easier storage.
• Cone Beam Computed Tomography (CBCT): Provide three-dimensional imaging for more detailed diagnostics, particularly useful for complex cases involving implant placement and surgical planning.