Visionstar SJD-C13

Intraoral radiography carries the diagnostic load in UK general dentistry, and the SJD-C13 is configured for that daily volume. It supports bitewing caries detection, periapical assessment of apical pathology, endodontic working-length and obturation verification, periodontal bone-level review, and root morphology assessment ahead of extraction. Fixed 60 kV and 1.5 mA operation with a wide exposure time range maps onto region-by-region protocols agreed with a Medical Physics Expert and recorded in local diagnostic reference levels.

The ten-millisecond timing floor makes the unit particularly relevant to practices that have already invested in fast direct sensors. Paediatric dentistry benefits most directly — shorter exposures reduce the window in which a child can move, which cuts retakes and the repeat dose that comes with them. The same applies to adults living with tremor, dystonia or movement disorders, and to patients with a strong gag reflex who can only tolerate an intraoral receptor briefly.

Community dental services and special care dentistry teams working under NHS commissioning need equipment that reaches the patient. People living with advanced dementia, profound learning disability or palliative care needs are frequently unable to transfer to a fixed dental chair, and assessment at the bedside or in a care home lounge is the practical route to diagnosis. Battery operation supports that pattern of work, provided off-site radiation protection arrangements have been agreed with the practice's Radiation Protection Adviser in advance.

Orthodontic practices use periapicals for root resorption monitoring through active treatment. Dental education, outreach programmes, prison dental services and expedition dentistry all rely on battery-driven equipment.

Guidance from the College of General Dentistry and UKHSA Dental X-ray Protection Services remains the reference point UK practices work to, alongside HSE enforcement of IRR17.

Exposure control that reaches ten milliseconds

A 0.01-second lower limit gives real headroom for optimisation with fast direct sensors, and shorter exposures narrow the window in which patient movement can spoil an image. Fewer blurred radiographs means fewer repeats and less cumulative dose across a course of treatment.

Routine work reduced to two keys.

Select the exposure, take the exposure. A short operational sequence lowers the scope for setting error under time pressure and shortens the familiarisation a new operator needs before sign-off, which also makes the IR(ME)R training record simpler to maintain.

A range that spans every receptor type

Timing from 0.01 to 2.5 seconds covers fast direct sensors at one end and phosphor storage plate or film technique at the other. A practice moving between receptor types, or running a mixed setup across surgeries, works from one unit.

Built into a digital workflow

Sensor and cable connect through to practice imaging software on a workstation, so radiographs land in the patient record without an intermediate step. Practices already running an image-management system bring the unit into it directly.

Finishes that fit the treatment room

White, gold, silver and red housings let a practice match equipment to a room scheme where presentation forms part of the patient experience, and give multi-surgery sites a simple visual way to identify a shared unit's home room.

Carried to the patient

A moulded hand strap supports single-hand carrying and steadier alignment during the exposure, which makes the unit realistic for bedside review, care home rounds and any setting where the patient stays where they are.

Filtration data available for RPA review

Inherent filtration is published at 0.5 mm aluminium, and the tube insert is identified as a KL27-0.8-70. Medigear.uk can arrange for the manufacturer's total filtration and beam quality documentation to be requested with your quotation, so your Radiation Protection Adviser has what they need before commissioning.

UK supply, commissioning and service through one route

Medigear.uk can arrange listing, supply, delivery, installation, commissioning, staff familiarisation, service cover, planned maintenance and quotations for the SJD-C13 across the United Kingdom, with site survey support where a practice wants the radiation protection conversation scoped before order.

0.01–2.5-second exposure range

A 250-fold span of exposure time reaches fast direct sensors at ten milliseconds and extends to phosphor plate and film techniques at the upper limit.

Two-key operating sequence

Routine radiography reduces to selecting and triggering the exposure, keeping the operator's attention on positioning and radiation protection procedures.

60 kV tube voltage

Operation at 60 kV sits within the established kilovoltage range for intraoral dental radiography and supports adequate contrast for caries and periapical assessment.

1.5 mA tube current

Tube current is specified at 1.5 mA, with exposure time as the variable that sets the exposure product for each region and receptor type.

KL27-0.8-70 tube insert

The tube assembly is identified by model, which gives your Radiation Protection Adviser and service engineer a definite reference point for beam quality data and replacement parts.

0.8 mm tube focus

Published focus size for the tube insert, one of the figures that governs geometric sharpness at the receptor alongside focus-to-skin and receptor distance.

0.5 mm aluminium inherent filtration

Published inherent filtration for the tube assembly. Total filtration, including any added filtration, should be confirmed with the manufacturer and reviewed by your Radiation Protection Adviser.

LCD readout with full keypad

The control face presents the active exposure value and machine state on a backlit display, with a full keypad available for setting and recall.

Ready and exposure warning indicators

Illuminated warning symbols flank the display, signalling machine state through the exposure cycle so the operator has visual confirmation at each stage.

5000 mAh battery pack

An integrated pack powers the unit away from a fixed power position, recharged from mains supply on an overnight routine.

Intra-oral digital imaging compatibility

Designed for use with an intra-oral digital X-ray imaging system, with a sensor and cable connecting to practice imaging software on a workstation.

Four housing finishes

White, gold, silver and red options are offered on the same platform, with identical radiographic performance and cleaning protocol across all four.

Moulded hand strap

An integrated strap across the rear of the housing supports single-hand carrying and steadier beam alignment while the exposure is taken.

Smooth moulded shell

The housing presents cleanable external surfaces with few crevices, suited to the wipe-down products already in a practice decontamination protocol.

The Visionstar SJD-C13 gives UK dental teams a battery-powered X-ray generator built around a 0.01–2.5 second exposure range, a two-key operating sequence, 60 kV / 1.5 mA output, a KL27-0.8-70 tube insert with 0.8 mm focus and 0.5 mm aluminium inherent filtration, a 5000 mAh pack and a choice of white, gold, silver or red housing. It fits general dental practice, paediatric and special care dentistry, orthodontics, community dental services, referral clinics and outreach programmes, and suits practices already running fast direct sensors. Medigear.uk can arrange supply, delivery, commissioning, staff familiarisation, service cover and planned maintenance across the United Kingdom, and can arrange for the manufacturer's technical and filtration documentation to accompany your quotation for your Radiation Protection Adviser's review. Contact the Medigear.uk team for pricing, lead times, finish availability, sensor pairing options and configuration enquiries.