Designed for high-precision thin-sheet processing, the MPS series combines model-specific configurations, intelligent cutting functions and application flexibility for manufacturers seeking consistent results and efficient production.
For thin-sheet manufacturing, cutting accuracy, process stability and edge quality all matter. The Han’s Laser MPS Precision Cutting Series is designed for precision processing across applications including SMT stencils, PCB substrates, metal jewelry, silicon steel sheets and precision sheet metal.
The series offers multiple machine configurations to address different production and accuracy requirements. Its shared platform approach and common components can help simplify maintenance, while model selection allows manufacturers to balance productivity, precision and investment needs.
The MPS series includes three models, each configured for a different level of production demand:
MPS-0808L — Stable Precision for Volume Production
A gantry-style machine with a welded steel bed, marble base and aluminum alloy beam. Its positioning accuracy is specified at ±0.01 mm/m.
MPS-0808D — Cost-Effective Performance for Day-to-Day Precision Cutting
A general-purpose thin-sheet cutting model featuring a high-strength, one-piece cast aluminum alloy beam. It is designed to provide a cost-effective option for small and medium-sized factories handling routine precision thin-sheet work.
MPS-0808H — Upgraded Setup for High-End Manufacturing
Equipped with a marble base and upgraded grating scale configuration. The model is designed for improved machine stability and repeatability, with a cutting speed of up to 48 m/min.
Configurations and performance vary by model. The marble base is listed for the MPS-0808L and MPS-0808H, not the MPS-0808D.
The series uses an integrated aluminum profile beam designed to improve rigidity and distribute stress more evenly, helping reduce thermal deformation. A high-rigidity machine bed supports stable operation. A precision marble base is available on selected models.

High-performance servo motors and precision screw transmission support responsive motion and consistent positioning. The series’ positioning accuracy is specified at up to ±0.02 mm, depending on model and configuration. The MPS-0808L lists positioning accuracy of ±0.01 mm/m.
Standard configurations include a Han’s Laser-developed small-core-diameter laser source and a dedicated precision cutting head. The smaller spot and concentrated energy are designed to support cutting speed and accuracy.
Optional configurations include a high-brightness cutting head and laser source. Han’s Laser states that these options can increase cutting speed for thin and medium-thickness sheet by up to 100%–300%, depending on the material, thickness and process conditions.

All MPS models are equipped with Han’s Laser’s self-developed HAN’S 801 CNC system. Powered by an Intel quad-core processor, the system is designed for stable operation and high-precision control, with trajectory accuracy of up to 0.005 mm.
Built-in process functions include:
- Visual edge finding and secondary positioning
- Seamless micro-connection and single-pass cutting
- Envelope cutting and intelligent frog-jump obstacle avoidance
- Remnant cutting
These functions help operators manage common cutting tasks and support smoother motion and clean corner processing.
The MPS series is designed to support batch production and reduce avoidable operating costs. Han’s Laser reports that, compared with traditional equipment, daily production capacity can increase by 2–3 times, while consumable use can decrease by 35%. Actual results depend on the material, part design, cutting parameters and production conditions.
A dual-duct, closed-loop dust extraction system draws air from above and below the processing area to help maintain a cleaner working environment. The series’ application flexibility also allows one machine to handle multiple product types, reducing the need for frequent equipment changes.
The MPS series is designed for thin-sheet processing in:
•Precision sheet metal
•Metal eyewear
•PCB substrates and SMT stencils
•Jewelry and decorative metal parts
•Silicon steel sheets
•Mobile phone and electronic components

It is intended to combine fine processing quality with accurate part formation and stable batch production. Suitable materials, thickness ranges and results depend on the selected machine configuration and cutting process.
From cost-conscious production to high-end precision applications, the Han’s Laser MPS Precision Cutting Series brings together model-specific hardware, intelligent cutting functions and a range of industry applications. Manufacturers can select a configuration to match their production requirements while targeting consistent cutting quality and efficient operation.
For model specifications, configuration details or application testing, contact Han’s Laser.
1.What materials and applications is the MPS series designed for?
The series is intended for thin-sheet applications including precision sheet metal, metal eyewear, PCB substrates, SMT stencils, jewelry, silicon steel sheets and electronic components. Material suitability depends on the machine configuration and process settings.
2.What is the difference between MPS-0808L, MPS-0808D and MPS-0808H?
The MPS-0808L is positioned for stable precision production; the MPS-0808D is a cost-effective general-purpose option for routine precision thin-sheet cutting; and the MPS-0808H is configured for high-end manufacturing. Their structures and specifications differ.
3.Does MPS-0808D come with a marble base?
No. The provided product information lists a marble base for the MPS-0808L and MPS-0808H, but not for the MPS-0808D.
4.What control system does the MPS series adopt?
All models are equipped with the HAN’S 801 CNC system, which includes an Intel quad-core processor and supports built-in intelligent cutting functions.