Sale on Manual & Electric Hospital Beds - Starting from 25 September!

Home
Shop
Medical Diagnostic Equipment
Technix TCA7

✓ Certified Professional Seller

Technix Medical Diagnostic Equipment

Technix TCA7

Product Code: MDIE-MIEQ-4227

Water cooling at the monobloc keeps long procedures running.

Long spine fixations, pacemaker implants and ERCP lists suit this C-arm. Its water-cooled 5 kW or 25 kW monobloc pairs with a 21 × 21 or 30 × 30 cm flat panel detector, and the 25 kW version runs from a standard 16 A outlet.

Sections

C-arm & Fluoroscopy

Categories

Medical Diagnostic Equipment

Condition

New

Origin

Italy

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

Technix's TCA 7 is a mobile surgical fluoroscopy C-arm with monobloc water cooling, available in 5 kW and 25 kW versions. It uses a flat-panel detector: a 21 × 21 cm or 30 × 30 cm amorphous silicon (aSi) panel, or a 30 × 30 cm IGZO panel, behind a removable anti-scatter grid. The motorised column travels 50 cm in 60 seconds, and orbital rotation spans 169° with overscan. A 10.1-inch touchscreen on the stand sets operating parameters, while the stand-alone display station carries a 15.6-inch operator touchscreen and a 27-inch image monitor split into live and reference views.

Water cooling lets a surgical team keep imaging through a long case. A 600 W tube-in-tube heat exchanger with grooved inner surfaces draws heat from the monobloc oil, while a pump prevents heat stratification. A microprocessor runs the cooling only when needed, and the fanless circuit blows no air across the sterile field. Together, they keep the generator available for spine fixations, electrophysiology studies and other procedures with long exposure times. On the 25 kW version, an Energy Storage Unit delivers full power without batteries.

Laser targeting devices on the tube and detector sides position the C-arm without X-ray emission, the collimators carry motorised paediatric filters, and a virtual collimator previews blade position. Preloaded APR programmes, editable by users, suggest parameters for each anatomical region, and the system displays and stores all dosimetric information. A three-pedal IPX8 footswitch and a two-step handswitch release exposures. The imaging software runs DSA, Lens Boost and metal detection, and DICOM 3.0 sends studies to PACS, USB or CD/DVD. The TCA 7 is produced by Technix under quality management certification to ISO 13485:2016 and ISO 9001:2015.

The mobile stand is under 80 cm wide. It is available to business buyers in more than 80 countries.

Spine fixations show what the water cooling is for. These are long cases with fluoroscopy at intervals from start to finish, and the cooled monobloc keeps the generator working throughout. Orbital rotation of 169°, with overscan, gives the surgeon a wide choice of projections. Orthopaedic theatres use the same stand for fracture and joint surgery, where metal detection keeps prostheses out of dose control so the image stays balanced around the implant.

Cardiac work draws on the same endurance. Pacemaker implantation and electrophysiology procedures run live and reference images side by side on a split-image monitor up to 42.5 inches. Cardiac and vascular surgery calls on DSA (digital subtraction angiography) in the imaging software, and Lens Boost raises contrast in a chosen region of the image.

Gastroenterology teams use the TCA 7 for ERCP (endoscopic retrograde cholangiopancreatography), pain specialists for pain management and urologists for urological procedures, each starting from APR programmes set for the anatomy and application. For paediatric applications, the anti-scatter grid comes off, both collimators offer motorised paediatric filters, and the IGZO detector option improves image quality at low dose.

Surgeons, cardiologists, gastroenterologists, and pain specialists lead these procedures; radiographers and theatre nurses run the system; and medical physicists use the dosimetric information it displays and stores for each exam. During acquisition, the support arm holds the image monitor in view while the operator stays outside the sterile field. After the examination, the 130 kg display station can be used on its own. What ties these settings together is duration: the TCA 7 is built to keep imaging through procedures with long exposure times.

Cooling for long exposure times

Water cooling in the monobloc keeps the generator running through long spine, cardiac, and ERCP procedures on both power versions.

Cooling that starts only when needed

A microprocessor tracks oil temperature and switches cooling on as needed, keeping energy consumption down.

A fanless circuit near the sterile field

The cooling is fanless, so it blows no air across the sterile field around the patient.

25 kW from a standard outlet

Through the Energy Storage Unit, the 25 kW version runs on 230 V or 115 V AC from common 16 A outlets.

Full power with no batteries to maintain

Reaching 25 kW without batteries saves weight and maintenance, and the supply stays stable through impulsive power peaks.

A detector matched to the work

Buyers choose between two amorphous silicon panels and a 30 × 30 cm IGZO panel with faster acquisition and improved image quality at low dose.

Dose kept in view from set-up to storage

Laser targeting, the virtual collimator preview, and APR programmes manage dose before and during exposure, and store all dosimetric information with each exam.

A display station that works alone

On antistatic wheels, the 130 kg display station joins the stand during acquisition and works on its own once the examination is over.

A stand that steers easily

Under 80 cm wide and on large twin-wheel casters with cable pushers, the stand travels sideways, obliquely, or freely and moves close to the operating table.

5 kW or 25 kW monobloc

The monobloc generator is built in two power versions, 5 kW and 25 kW.

Monobloc water cooling

Heat passes from the oil to the cooling fluid through a 600 W tube-in-tube exchanger with grooved inner surfaces, and a pump prevents heat stratification.

Energy Storage Unit

Stable power through impulsive peaks lets the 25 kW version run on 230 V or 115 V AC from 16 A outlets, without batteries.

Line compensation and UPS

The system takes different supply voltages with automatic line compensation, and a UPS protects data integrity during power failures.

Flat panel detector options

Panels come in 21 × 21 cm or 30 × 30 cm amorphous silicon, or 30 × 30 cm IGZO, with an anti-scatter grid that is removed for paediatric applications.

Laser targeting on tube and detector sides

Laser targeting devices at the tube and detector ends of the C-arm position it before any X-ray emission.

Collimators with paediatric filters

The standard collimator has symmetrical long and cross shutters; the optional one adds asymmetrical secondary rotating shutters, and both carry motorised paediatric filters.

APR programmes and dose records

Users can edit preloaded APR programmes; all dosimetric information is displayed and stored, and a DAP meter is optional.

Motorised column

Control keys on both sides drive 50 cm of vertical travel in 60 seconds, and an emergency push-button halts it immediately.

169° orbital rotation

With overscan, the orbital range reaches 169° on a large C-arm, simplifying patient positioning.

Colour-coded manual movements

Orbital rotation, lateral rotation, horizontal run and wig-wag each have colour-coded graduated scales and brake handles.

Stand chassis

The stand rolls on large twin-wheel casters with cable pushers on all wheels, sits on a short base and steers from a central brake and driving handle, while handles on the detector and C-arm aid positioning.

10.1-inch touchscreen control panel

The panel sits on the stand, rotates ±90° on two joints, and tilts ±20°, showing operating parameters, a live image preview, and system alarms.

Display station

On the 130 kg trolley, a 15.6-inch touchscreen operator monitor sits with the image monitor: 27 inches on a fixed-height ±180° arm as standard, or 30.5-inch 4K, 32-inch or 42.5-inch 4K UHD on an articulated arm.

Footswitch and handswitch

The IPX8 footswitch combines a double-step pedal with two single-step pedals and connects via cable; the handswitch operates in two steps.

Digital Imaging Software

Real-time and post-processing functions include DSA, Lens Boost with three ROI sizes and metal detection, and the system interfaces with different software solutions and flat panel detectors.

Connectivity and storage

DICOM 3.0 sends images to PACS over Ethernet or Wi-Fi; the archive holds 250,000 images with 1 TB expansion, and a DisplayPort output mirrors the image monitor.

The TCA 7 suits surgical departments with long fluoroscopy lists, from spine fixations and electrophysiology studies to ERCP, urology, and cardiac and vascular surgery. Its strength is staying on the case: water cooling at the monobloc, switched on by a microprocessor as the oil temperature demands, keeps the generator working through extended exposure times. Between the two power versions, the 25 kW unit reaches full output through a battery-free Energy Storage Unit, saving weight and maintenance. Teams imaging children, or working at low dose, benefit from the removable grid, motorised paediatric filters, and IGZO detector option. Both power versions are water-cooled, on a mobile stand under 80 cm wide.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

A 600 W tube-in-tube heat exchanger transfers heat from the monobloc oil to a cooling fluid, and grooves on its inner surfaces improve heat transfer. A pump keeps the oil moving to prevent heat stratification, while a microprocessor monitors the temperature and switches the cooling on only when needed. Both the 5 kW and 25 kW versions are water-cooled.

Its Energy Storage Unit delivers 25 kW without batteries and keeps supply stable during impulsive power peaks. That lets the 25 kW version plug into standard 16 A outlets on 230 V or 115 V AC. The TCA 7 can be configured for different mains voltages, with automatic line compensation adjusting for mains variation, and an uninterruptible power supply (UPS) protecting data integrity during a power failure.

Two amorphous silicon panels, 21 × 21 cm and 30 × 30 cm, sit alongside a 30 × 30 cm IGZO (indium gallium zinc oxide) panel. The IGZO panel offers faster acquisition, reduced noise and image lag, lower energy consumption, and improved image quality at low dose. Regardless of the panel fitted, the detector's anti-scatter grid is removed for paediatric applications.

The trolley holds a 15.6-inch touchscreen operator monitor for setting parameters, managing images, and adjusting software functions in real time, along with an image monitor split into live and reference views. Weighing 130 kg and running on antistatic wheels, it works beside the C-arm stand during acquisition or on its own after the examination.

A 27-inch LCD colour monitor on a fixed-height arm that rotates ±180° is standard. Options include a 30.5-inch 4K medical-grade monitor, a 32-inch medical-grade monitor, and a 42.5-inch 4K UHD monitor, carried on an articulated support arm. Each support arm keeps the operator out of the sterile field.

On the footswitch, pedal A runs fast and pulsed fluoroscopy on its first step and saves the last image hold (LIH) on its second; pedal B runs HCF and cine; and pedal C takes snapshots. The handswitch has two steps: preparation and exposure in radiography mode, or fluoroscopy and image storage in fluoroscopy mode. The cabled footswitch is rated IPX8 against water ingress, and a wireless footswitch with a nominal range of 10 m (up to 15 m in a straight line) is available as an option.

Laser targeting devices on the tube and detector sides align the C-arm before any X-ray emission, reducing patient dose. Preloaded APR programmes offer preset exposure settings that users can edit, suggesting parameters that balance dose and image quality for each anatomical region and clinical application. All dosimetric information for the exam is displayed and stored, and a DAP (dose-area product) meter is available as an option.

Lens Boost limits histogram analysis to a frame within the image and increases contrast in that zone. Operators move the frame freely and choose from three ROI (region of interest) sizes. Metal detection excludes metal objects, such as prostheses, from dose control, keeping the image correctly balanced around them.

The local archive holds 250,000 images and expands with a 1 TB hard disk. Under DICOM 3.0, studies reach the PACS (picture archiving and communication system) by Ethernet cable or Wi-Fi, export to CD/DVD or USB, and print on the optional thermal printer. A DisplayPort output repeats the image on another display of equal or higher resolution, and main monitor remote control is possible.

Large twin-wheel casters carry the stand, and cable pushers on every wheel move cables aside as it travels. The brake and driving handle sit centrally, directly in front of the user, and the unit can move sideways, obliquely, or freely around the room. Handles on the detector and the C-arm help with final positioning, and the short base lets the stand come close to the operating table.

The motorised column covers 50 cm of vertical travel in 60 seconds, driven by keys on both sides of the unit, and an emergency push-button stops it immediately. Orbital rotation spans 169° with overscan, and the large C-arm simplifies patient positioning. Each manual movement (orbital rotation, lateral rotation, horizontal run and wig-wag) has colour-coded graduated scales and a brake handle.

Its applications span orthopaedic surgery, spine fixations, pain management, pacemaker implantation, electrophysiology, ERCP, cardiac and vascular surgery and urology. The removable grid and motorised paediatric filters extend its use to children, and the water cooling suits the long procedures in that list.