OEM/ODM Manufacturer 3-PCS Small Tweezer Sets Supply to Nicaragua
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Product Detail
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Our company has been focusing on brand strategy. Customers' satisfaction is our best advertising. We also supply OEM service for OEM/ODM Manufacturer 3-PCS Small Tweezer Sets Supply to Nicaragua, Our mission is to help you create long-lasting relationships with your clients through the power of promotional products.
Basic Information
■Model Number: RL-NZ002A
Additional Information
■Material: Q195 Cold-rolled Steel
■Thickness: 0.8mm, 1.0mm, 1.2mm
■Surface Treatment: Chrome Plated
■Finish: Polished
■Package: Suction Card
■OEM: Acceptable
■HS Code: 8203200000
■Samples: For FREE
■Delivery Time: Always 30 working days depending on the order quantity
■Packing: By standard cartons
Attention
■Do not heat it.
■Do not take acid drugs with it.
■Keep it clean after using it.
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Features
The first cutting machine designing for large diameter cable, is able to cut the cable up to 120mm2
Easy Touch-screen operating, feeding speed is up to 4m/s
The blades adjustment and replacement are more convenient.
Cutting length 1-99999.9mm
Wire size 0.08-120mm2
Power AC220V,400W
Air source ≥0.6Mpa, 4m3/h
Dimension 700mm*540mm*600mm
Cutting tolerance ±0.1mm
Company name: Cheers Electronic Technical Co., LTD
Skype: Cheers.Machine
Email: Cheersmachine@126.com
Website:
https://www.terminal-crimping.com
https://www.wirecuttermachine.com
https://www.wire-strip.com
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This movie demonstrates the seamless integration of confocal scanning with optical particle manipulation as well as the multiple degrees of freedom offered by JPK’s NanoTracker™ system in positioning a sample relative to a trapped object.
A fluorescent bead is optically trapped and moved in 3D through a sample of fluorescently labeled cells. Movements of the cell sample in x, y and z are performed using a three-axis piezo scanner (when the cells move relative to the field of view or the focus changes). For movements of the bead relative to the camera image, the 3D trap steering system of JPK’s NanoTracker™ is used (when the bead moves in x and y or in and out of focus). The movie nicely shows that the sample can be positioned in 3D relative to a trapped bead and also the bead can be freely moved through the stationary sample.
