RISO

X1 7150

ComColor Machine

Print Speed

Up to 120 ppm

RESOLUTION

300 × 300 dpi (standard)
300 × 600 dpi
(fine mode)

CONNECTIVITY

Ethernet

USER INTERFACE

Color LCD
touch panel

ORIGINAL SIZE

Minimum: 90 × 148 mm
Maximum: 340 × 550 mm

MAX PRINTING AREA

314 mm x 548 mm

PAPER TRAY CAPACITY

up to ~2,500 sheets depending on configuration

PAPER WEIGHT

46 to 210 gsm

TECHNICAL SPECIFICATIONS

Print TypeLine-type inkjet system
Ink TypeOil-based pigment ink (Cyan, Magenta, Yellow, Black)
ResolutionStandard: 300 × 300 dpi (main scanning direction × 300 dpi subscanning direction) Fine: 300 × 600 dpi (main scanning direction × 600 dpi subscanning direction)
Number of Gray LevelsFor each CMYK color: 256 levels
Data Processing ResolutionStandard: 300 × 300 dpi Fine: 300 × 600 dpi
Warm-up Time2 min. at 45°C or less at room temperature of 20°C (68°F)
First Print Time5 sec. or less (when copying A4/Letter long-edge feed from ready state)
Continuous Print SpeedA4 long-edge feed: Simplex: 120 ppm, Duplex: 60 ppm Letter long-edge feed: Simplex: 120 ppm, Duplex: 60 ppm A4 short-edge feed: Simplex: 90 ppm, Duplex: 45 ppm Legal short-edge feed: Simplex: 90 ppm, Duplex: 45 ppm
Paper SizeStandard tray: Maximum 340 × 550 mm (13.39″ × 21.65″) Feed tray: Minimum 90 × 148 mm (3.54″ × 5.83″)
Printable AreaMaximum: 314 mm × 548 mm (12.36″ × 21.57″)
Guaranteed Print AreaMaximum: 310 mm × 544 mm (12.20″ × 21.42″)
Paper WeightStandard Tray: 52 gsm (13.8-lb bond) to 210 gsm (80-lb bond) Feed Tray: 52 gsm (13.8-lb bond) to 210 gsm (80-lb bond)
Paper Feed MethodStandard Tray / Feed Tray
Paper CapacityStandard Tray: up to 1000 sheets (64 g/m²) Feed Tray: up to 500 sheets (64 g/m²)
Output Tray CapacityStandard: up to 500 sheets (64 g/m²)
Page Description LanguageRISO Print
Supported ProtocolsTCP/IP (HTTP, HTTPS, DHCP, FTP, IPP, SNMP, Port 9100 RAW port, LPR, IPsec)
Supported Operating SystemsWindows Server 2022 / 2019 / 2016 / 2012 R2 / 2012 Windows 11 / 10 / 8.1 / 7 MacOS / ChromeOS
Network InterfaceEthernet 1000BASE-T / 100BASE-TX / 10BASE-T
Memory1 GB
Hard Disk320 GB
Operating SystemLinux
Power SourceAC 220–240 V, 50–60 Hz
Power ConsumptionMaximum: 1000 W Ready: 150 W Sleep: 5 W
Operating NoiseMax: 65 dB (printing)
Operating EnvironmentTemperature: 15°C to 30°C (59°F to 86°F) Humidity: 40% to 70% (no condensation)
Dimensions (W × D × H)1360 × 705 × 1080 mm
WeightApprox. 117 kg

Relentless Print Momentum.
Made to Keep Going.

Built for environments where stopping isn’t an option, this system pushes through long runs with steady pacing and dependable output. It handles large volumes without slowing the workflow, keeping productivity on track throughout the day. Navigation is straightforward and responsive, so operators can move from one task to another without friction or confusion. Created for efficiency at scale, it delivers clear, repeatable results while reducing interruptions, making high-volume jobs feel more manageable and controlled.

Endurance-Driven Operation. Smooth Flow, Every Run.

Designed to thrive under pressure, this system keeps production moving with a balanced, continuous feed that supports long print sessions without disruption. It holds output clarity and alignment steady across extended jobs, so results stay uniform from start to finish. Its workflow is tuned for efficiency, cutting down slowdowns between tasks and allowing jobs to transition seamlessly even during peak demand. Well-suited for busy offices, classrooms, and light production spaces, it offers reliable, high-volume printing with a straightforward approach that keeps things simple and productive.

"Simplify Operations Daily.
Achieve Dependable Results."

Steady Output Assurance. Reliable from Start to Finish.
Engineered to keep every run balanced and predictable, this system delivers even, uninterrupted results across long print sessions. It minimizes variation in output, helping each job maintain the same level of clarity and alignment throughout. Built to support continuous use, it handles demanding workloads without performance dips, ensuring each batch remains consistent no matter how long the operation runs.