JPT MOPA M7/M8 & CL Pulsed Fiber Lasers 20W-1000W

Product overview JPT MOPA M7/M8 & CL Pulsed Fiber Laser Source, 20W to 1000W The JPT MOPA series is a configurable pulsed fiber laser source platform covering M7, M8 and CL models from 20W to 1000W. The available range includes compact air-cooled sources and higher-power water-cooled sources for industrial equipment integration. Choose the exact series, model, output power, cooling method and pulse configuration required by the process. These laser sources are intended for integration into marking, engraving, cleaning, surface-treatment, welding and automated laser-processing equipment. Best For Laser-equipment manufacturers and system integrators requiring an adjustable pulsed fiber laser source. High-contrast, black and color marking on compatible metals and plastics. Fine engraving, deep engraving, surface texturing and coating removal. Laser cleaning, rust removal, paint removal and surface preparation. Higher-power precision welding and industrial pulsed-laser processing. Projects requiring a choice of output powers from 20W through 1000W within one JPT product family. Choose the Right Configuration MOPA M7 Series | 20-1000W M7 models provide a broad variable-pulse-width platform for precision marking, color marking, engraving, sensitive-material processing and higher-power surface treatment. Air-cooled and water-cooled configurations are available according to model and output power. MOPA M8 Series | 120-200W M8 water-cooled models are available in V2 and V3 pulse configurations for glass grinding, glass drilling and precision pulsed processing. V2 provides a documented 6-200ns pulse-width range, while V3 extends the minimum pulse width to 4ns. Both versions support frequencies up to 4000kHz. MOPA CL Series | 200-1000W CL models emphasize high pulse energy and high peak power for laser cleaning, deep engraving, welding and industrial material processing. The series includes CL3 air-cooled models and CL air- or water-cooled configurations. Key Features Wide power range: Selectable pulsed output from 20W to 1000W. Variable pulse control: Model-dependent pulse-width and frequency adjustment supports process optimization for different materials. 1064nm-class output: The available manuals specify output around 1064nm, with 1064±5nm stated for selected CL models. Multiple cooling options: Air-cooled models support compact integration, while water-cooled models support higher-power industrial operation. Stable industrial output: The supplied manuals specify output-power instability below 5% for the documented models. System-integration design: Suitable for OEM marking, cleaning, welding and automated material-processing equipment. Technical Highlights Parameter M7 E/E2/E3 20-300W M7 500-1000W M8 V2 / V3 120-200W CL3 200-300W CL 500-1000W Center wavelength 1064nm 1064nm 1064nm 1064nm 1064nm; 1064±5nm stated on selected manuals Pulse width 2-500ns 30-500ns on documented 500W models; 60-500ns on documented 1000W model 6-200ns for V2; 4-200ns for V3 13-500ns 30-500ns on standard models; 30-200ns on CL-1000-100-W-G Frequency range 1-4000kHz 1-4000kHz 1-4000kHz 1-3000kHz 1-4000kHz on standard models; 10-100kHz on CL-1000-100-W-G Maximum pulse energy 0.8-2.3mJ on documented models 1.66-2mJ on documented water-cooled models V2: 0.96mJ at 12ns (120W), 0.95mJ at 12ns (200W); V3: 1.14mJ at 12ns (120W), 1.11mJ at 12ns (200W) 2-15mJ according to model 1.5-100mJ according to model and beam configuration Beam quality M² <1.4 to <1.6 on documented models M² <1.6 to <1.8 on documented models M² <1.5 M² typical value 1.5, 5 or 13 according to model M² or BPP varies with pulse-energy configuration Armored-fiber length 2-5m according to model 5m Confirm with final M8 configuration 5m 5m or 10m according to model Output-power instability <5% <5% <5% <5% <5% Cooling Air cooled Water cooled Water cooled Air cooled Air or water cooled according to model Power adjustment range 0-100% 0-100% 0-100% 0-100% 0-100% Operating temperature 0-40°C 10-40°C 10-40°C 0-40°C 0-40°C or 10-40°C according to cooling configuration Storage temperature -10 to 60°C -10 to 60°C -10 to 60°C -10 to 60°C -10 to 60°C Important: Technical values differ by model and production configuration. Confirm the fiber configuration, electrical supply, control interface and cooling requirements before ordering. Model Selection and Key Specifications Model Output Power Series Cooling Pulse Width Frequency Range Max. Pulse Energy Beam Quality / BPP Armored-Fiber Length YDFLP-E-20-M7-S-R 20W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 0.8mJ M² <1.4 2m YDFLP-E2-20-M7-S-R 20W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 1mJ M² <1.5 2m YDFLP-E-30-M7-S-R 30W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 0.8mJ M² <1.4 2m YDFLP-E2-30-M7-S-R 30W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 1mJ M² <1.4 (typ.) 2m YDFLP-E2-60-M7-M-R 60W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 2mJ M² <1.5 3m YDFLP-E2-60-M7-M-MINI 60W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 2mJ M² <1.5 3m YDFLP-E2-100-M7-M-R 100W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 1.5mJ M² <1.6 3m YDFLP-E2-200-M7-M-R 200W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 1.5mJ M² <1.6 5m YDFLP-E2-200-M7-L-R 200W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 2mJ M² <1.6 3m YDFLP-E3-200-M7-M-R 200W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 2.2mJ M² <1.6 3.5m YDFLP-E3-300-M7-M-R 300W MOPA M7/M8 Air cooled 2-500ns 1-4000kHz 2.3mJ M² <1.6 3.5m YDFLP-500-M7-M-R-W 500W MOPA M7/M8 Water cooled 30-500ns 1-4000kHz 2mJ M² <1.7 5m YDFLP-E-500-M7-M-R-W 500W MOPA M7/M8 Water cooled 30-500ns 1-4000kHz 2mJ M² <1.6 5m YDFLP-1000-M7-L-R-W 1000W MOPA M7/M8 Water cooled 60-500ns 1-4000kHz 1.66mJ M² <1.8 5m YDFLP-120-M8-S-R-V2 120W MOPA M7/M8 Water cooled 6-200ns 1-4000kHz 0.96mJ at 12ns M² <1.5 / YDFLP-120-M8-S-R-V3 120W MOPA M7/M8 Water cooled 4-200ns 1-4000kHz 1.14mJ at 12ns M² <1.5 / YDFLP-200-M8-S-R-V2 200W MOPA M7/M8 Water cooled 6-200ns 1-4000kHz 0.95mJ at 12ns M² <1.5 / YDFLP-200-M8-S-R-V3 200W MOPA M7/M8 Water cooled 4-200ns 1-4000kHz 1.11mJ at 12ns M² <1.5 / YDFLP-CL3-200-1-A 200W MOPA CL Air cooled 13-500ns 1-3000kHz 2mJ M² 1.5 (typ.) 5m YDFLP-CL3-200-5-A 200W MOPA CL Air cooled 13-500ns 1-3000kHz 5mJ M² 5 (typ.) 5m YDFLP-CL3-300-1-A 300W MOPA CL Air cooled 13-500ns 1-3000kHz 2mJ M² 1.5 (typ.) 5m YDFLP-CL3-300-5-A 300W MOPA CL Air cooled 13-500ns 1-3000kHz 5mJ M² 5 (typ.) 5m YDFLP-CL3-300-10-A 300W MOPA CL Air cooled 13-500ns 1-3000kHz 15mJ M² 13 (typ.) 5m YDFLP-CL-500-1-A 500W MOPA CL Air cooled 30-500ns 1-4000kHz 1.5mJ M² <1.7 5m YDFLP-CL-500-5-A 500W MOPA CL Air cooled 30-500ns 1-4000kHz 5mJ M² <5 5m YDFLP-CL-500-15-A 500W MOPA CL Air cooled 30-500ns 1-4000kHz 15mJ BPP <4.7mm·mrad 10m YDFLP-CL-500-50-A 500W MOPA CL Air cooled 30-500ns 1-4000kHz 50mJ BPP <11mm·mrad 10m YDFLP-CL-500-1-W-C 500W MOPA CL Water cooled 30-500ns 1-4000kHz 1.5mJ M² <1.8 5m YDFLP-CL-500-5-W 500W MOPA CL Water cooled 30-500ns 1-4000kHz 5mJ M² <5 5m YDFLP-CL-500-15-W 500W MOPA CL Water cooled 30-500ns 1-4000kHz 15mJ BPP <4.7mm·mrad 10m YDFLP-CL-500-50-W 500W MOPA CL Water cooled 30-500ns 1-4000kHz 50mJ BPP <11mm·mrad 10m YDFLP-CL-1000-5-A 1000W MOPA CL Air cooled 30-500ns 1-4000kHz 5mJ M² <5.5 5m YDFLP-CL-1000-15-A 1000W MOPA CL Air cooled 30-500ns 1-4000kHz 15mJ BPP <4.7mm·mrad 10m YDFLP-CL-1000-50-A 1000W MOPA CL Air cooled 30-500ns 1-4000kHz 50mJ BPP <12mm·mrad 10m YDFLP-CL-1000-5-W 1000W MOPA CL Water cooled 30-500ns 1-4000kHz 5mJ M² <5 10m YDFLP-CL-1000-15-W 1000W MOPA CL Water cooled 30-500ns 1-4000kHz 15mJ BPP <4.7mm·mrad 10m YDFLP-CL-1000-50-W 1000W MOPA CL Water cooled 30-500ns 1-4000kHz 50mJ BPP <11mm·mrad 10m YDFLP-CL-1000-100-W-G 1000W MOPA CL Water cooled 30-200ns 10-100kHz 100mJ BPP <25mm·mrad 10m Electrical and Mechanical Specifications The following integration data is taken from the currently available manuals. Values apply only to the listed model or configuration. Documented Model / Configuration Supply Power Requirement / Consumption Dimensions (L × W × H) Net Weight YDFLP-E-20-M7-S-R 24V DC Supply power >140W 245 × 200 × 65mm 3.75kg YDFLP-E-30-M7-S-R 24V DC Supply power >180W 245 × 200 × 65mm 4.25kg YDFLP-E2-20/30-M7-S-R 24V DC Supply power >110W 188 × 110 × 85.5mm 1.86kg YDFLP-E2-60-M7-M-MINI 24V DC Supply power >330W 215 × 165 × 70mm 3.2kg YDFLP-E2-60-M7-M-R 24V DC Supply power >330W 205 × 253.3 × 75mm 4.1kg YDFLP-E2-100-M7-M-R 24V DC Supply power >440W 336 × 255 × 90mm 8.2-8.5kg according to version YDFLP-E2-200-M7-M-R / L-R 48V DC Supply power >830W 340 × 265 × 100mm 10.5-11.15kg according to model YDFLP-E3-200/300-M7-M-R 48V DC Supply power >800W / >1200W; typical consumption 680W / 1050W 295 × 255 × 92mm 7.9kg / 8.1kg YDFLP-500-M7-M-R-W 48V DC Maximum consumption <1700W 482 × 470 × 70mm 19.8kg YDFLP-E-500-M7-M-R-W 48V DC Maximum consumption <1700W 482 × 298 × 70mm 16kg YDFLP-1000-M7-L-R-W 220V AC Maximum consumption <3500W 599 × 440 × 108mm 30kg YDFLP-120/200-M8 V2 48V DC Maximum consumption <580W / <960W 411 × 205 × 90mm 8.35kg YDFLP-120/200-M8 V3 48V DC Maximum consumption <580W / <770W 414 × 205 × 90mm 8.35kg YDFLP-CL3-200/300-A 48V DC Supply power >800W / >1200W; typical consumption 680W / 1050W 295 × 255 × 92mm 6.6kg YDFLP-CL-500-1/5/15-A 48V DC Supply power >2000W 392 × 288 × 135mm 11.3-12.3kg according to model YDFLP-CL-500-50-A 48V DC Supply power >2000W 412 × 313 × 135mm 13.2kg YDFLP-CL-500-1-W-C 48V DC Maximum consumption <1700W 482 × 470 × 70mm 19.8kg YDFLP-CL-500-5/15/50-W 220V AC Supply power >2000W 599 × 440 × 108mm 28.5kg YDFLP-CL-1000-5/15/50-A 220V AC via external AC/DC supply Supply power >4000W; consumption <3800W 400.5 × 445 × 142mm 20kg YDFLP-CL-1000-5/15/50-W 220V AC Supply power >4000W 599 × 440 × 108mm 30kg YDFLP-CL-1000-100-W-G 220V AC Consumption <4000W 599 × 440 × 108mm 30kg Typical Applications High-contrast, black and color laser-marking systems. Fine engraving, deep engraving and surface-texturing equipment. Laser cleaning, rust removal, paint removal and coating-removal systems. Surface preparation before welding, bonding, coating or inspection. Precision welding and thin-metal laser-processing equipment. Battery, electronics, automotive and industrial component processing. OEM laser machines and automated production-line integration. Before Ordering Confirm the exact JPT model, required output power and intended process. Confirm the required pulse width, operating frequency, pulse energy and peak-power requirements. Confirm whether the system requires air cooling or water cooling and verify the available cooling capacity. Confirm the fiber-core diameter, armored-fiber length, output isolator and processing-head interface. Confirm the electrical supply, control interface, communication protocol, cable locations and machine interlocks. Product appearance and detailed configuration may vary by production version. The confirmed quotation and final technical specification take precedence. FAQ Is this listing for one model or a complete product series? It is one product-series listing with multiple selectable JPT M7, M8 and CL models. Select the required series, exact model, output power and cooling configuration before ordering. What is the difference between M7/M8 and CL? M7 covers a broad variable-pulse-width platform for marking, engraving and surface processing. M8 models are listed for specialized glass-processing applications. CL models emphasize higher pulse energy and peak power for cleaning, deep engraving, welding and industrial processing. What is the laser wavelength? The currently available manuals specify output around 1064nm. Confirm the exact model specification and use Class 4 laser safety protection suitable for the confirmed wavelength and maximum output power. Why can specifications differ between similar model names? Cooling, beam configuration, pulse-energy class, fiber length and production version can change the final specification. The exact model suffix and confirmed factory datasheet take precedence. Is the laser source a complete laser machine? No. It is an industrial pulsed fiber laser source intended for equipment integration. A scanning head or processing head, motion system, enclosure, controls, cooling system and other machine components are not included unless stated in the quotation. Which model should I choose? Provide the process type, material, required result, desired speed, duty cycle, working area, available cooling method and machine-layout restrictions. Final selection should also confirm pulse parameters, fiber configuration and control interface.