This 3D laser marking machine working platform made of high quality aluminum alloy is specially designed for positioning laser marking of IC, USB flash drive, MP3, and memory card. Color: Silver Material: Aluminum Alloy Shape Size: 261513cm/10.235.905.11in Workbench Size: 2115 cm/8.265.90in Work Stroke: X=8cm/3.14in Y=5cm/1.96in Z=12cm/4.72in Installation Hole Spacing: 10X10cm/3.933.93in /(M4-M6) Minimum Height: 14.5cm/5.70in Maximum Height: 27.5cm/10.82in The platform is not only applicable to the position adjustment of various 3D laser marking machines, but also can be used for various experiments and other work surfaces that need to be moved. High Smoothness High Load Capacity Standard Hole Spacing Plastic Handwheels Corrosion Resistance Iron Screws. For Laser Engraver Marking Portable Engraving Machine XYZ 3D Work Bench Table. This 3d Laser Marking Machine Working Platform Made of High Quality Aluminum Alloy Is Specially Designed for Positioning Laser Marking of.Ic, Usb Flash Drive, Mp3. This 3d Platform Has the Advantages of. Corrosion Resistance, High Smoothness, High Load Capacity, and Sturdiness. Making It a Wise Choice for Marking Small Work-pieces. Shape Size: 261513cm/10.235.905.11in. Work Stroke: X=8cm/3.14in Y=5cm/1.96in Z=12cm/4.72in. Installation Hole Spacing: 10x10cm/3.933.93in /(M4-M6). The Platform Is Not Only Applicable to the Position Adjustment of Various 3d Laser Marking Machines, but Also Can Be Used for Various Experiments and Other Work Surfaces That Need to Be Moved.
High Smoothness: This Platform Is Specially Designed for Laser Marking, and Its Structure Is Solid. The Excellent Smoothness of This Platform Makes the Work Finish Higher. High Load Capacity: the Platform Is Made of Strong and Durable Aluminum Alloy.
The High Strength of the Aluminum Alloy Gives This Platform an Excellent Load-bearing Capacity. Easy to Operate: the Angle of This Stage Can Be Adjusted in Multiple Directions, Providing Flexible and Convenient Positioning for Laser Processing. Wide Application: the Platform Is Not Only Applicable to the Position Adjustment of Various 3d Laser Marking Machines, but Also Can Be Used for Various Experiments and Other Work Surfaces That Need to Be Moved. Corrosion Resistance: the Aluminum Alloy Raw Material of This Platform Forms a Tight Oxide Film When It Comes in Contact with Air, Which Makes It Good Corrosion Resistance.Portable Design: the Platform Has a. The Minimum Height of the Retracted Platform Is 5.70in, Making It Easier to Store and Carry. Sturdy and Durable: the Platform Is Made of High Quality Aluminum Alloy, Which Is Sturdy and Durable.
Standard Hole Spacing: the Base and the Platform Have Standard Hole Spacing Holes, Which Are Easy to Combine with Other Series Products. Iron Screws: the Screws of This Platform Are Made of High-quality Iron. The Strong and Durable Iron Material Can Extend the Service Life of the Platform. Plastic Handwheels: the Surface of the Handwheel of This Platform Is Made of Plastic. The Surface of the Handwheel Is Designed with Unevenness to Enhance Friction and Make It Easy to Use.
Minimum Moving Unit: 0.05 Mm. Rotating One Circle to Move 1.25 Mm. M6 Threaded Holes Are Displayed on the Panel with a Spacing of 25 Mm.
Please Allow the Slight Color Difference Caused by the Shooting Light and 1-3cm Error Due to Manual Measurement. Please Make Sure You Do Not Mind Before You Order. Feedback is very important to us. It is impossible to address issues if we do not know about them! Faction is our ultimate goal.
We work hard to earn your trust and future business. A If you receive a defective item, you may return it or ask for a discount. Due to time zones, our reply to your questions may not be immediately. If it's non-workdays, please kindly be patient and wait till Monday.
10X10cm/3.933.93in /(M4-M6). X=8cm/3.14in Y=5cm/1.96in Z=12cm/4.72in. This item is in the category "Business & Industrial\Printing & Graphic Arts\Screen & Specialty Printing\Engraving".
The seller is "rongorange" and is located in this country: US. This item can be shipped to United States.