On the format of a microscopy slide (75.5 mm X25.5 mmx 1.5 mm), microfluidic channels in various widths and depths are available. The channel distance from center to center is 4.5 mm according to spacing of a 384 microtiter plate. The fluidic chips are available with simple through-holes fitting to normal pipette tips, and Mini Luer interfaces that can be used with the respective counterpart (see Chapter 3,fluidic interfaces). Alternatively, standard Luer interfaces are convenient, as are olives integrated on the chip lo be directly connected with silicone tubings,For example.
Straight channel chips -Fluidic-Fluidic interface:Through-holeStraight channel chips-Fluidic interface:Thuidic interface:Through-holes-Four parallel channels
Product Code | Channel Width Depth Length [μm] [μm] [μm] | Cover Lid Thickness [μm] | Material 1+ 10+ 30+ |
| KLD-001 KLD-002 | 20 20 58.5 20 20 58.5 | 250 140 | PMMA Topas |
| KLD-003 KLD-004 | 50 50 58.5 50 50 58.5 | 250 140 | PMMA Topas |
| KLD-005 KLD-006 | 100 100 58.5 100 100 58.5 | 250 140 | PMMA Topas |
| KLD-007 KLD-008 | 200 200 58.5 200 200 58.5 | PMMA Topas | PMMA Topas |
| KLD-009 KLD-0010 | 800 20 58.5 800 20 58.5 | 250 140 | PMMA Topas |
| KLD-0011 KLD-0012 | 1000 20 58.5 1000 20 58.5 | 250 140 | PMMA Topas |
Product Code | Channel Width Depth Length [μm] [μm] [μm] | Cover Lid Thickness [μm] | Material 1+ 10+ 30+ |
| KLD-0013 KLD-0014 | 200 100 18.0 200 100 18.0 | 250 140 | PMMA Topas |
| KLD-0015 KLD-0016 | 1000 100 18.0 1000 100 18.0 | 250 140 | PMMA Topas |
To run microfluidic experiments some basics like tubes, connectors, or reagents are necessary, or different options of tubes and fluidic interfaces mighit be of interest. In order to allow for a choice between the options,this chapter has several selections of kits comprising interfaces, chips with instrumet,selection of chip tvpes, handling frames or further accessories.
In recent years, our company has made many improvements and innovations to equipment and tools based on the principles of optics and mechanics.Breaking through the limitations of traditional technology and materials, it has successfully solved the technical problems of traditional CNC machining applied to microfluidic molds.After processing, without any surf- ace treatment, the mold effect with a smoothfinish within 20nm can be achieved.
1. The same flow channel plane can realize variable depth structure2. It can realize PMMA+PMMA bonding, glass + glass bonding, and good air tightness ensures that there is no leakage
3. It can be directly processed into convex and concave microstructure units on silicon material, PMMA,photosensitive resin, quartz glass, metal and other materials.
Q1: Are you a factory or a trading company?
A1: We are a professional manufacturer of CNC parts for over 14 years.
Q2: How can I get a quotation?
A2: Please send a drawing (2D and 3D drawing), quantity, and address with code for quotation.
Q3: What is the minimum size tolerance you can do?
A3: The minimum size tolerance we can do is 0.001mm.
Q4: What is the biggest range you can do?
A4: The biggest range we can do is 1500mm.
Q5: Can you do precise and complicated CNC parts?
A5: Yes, we can do precise and complicated CNC parts by our 5/4/3 axis CNC machines
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A6: Yes, the sample order is ok. Charge base cost and refund as ok.
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A7: Custom packaging is ok.
Q8: How to control the final quality?
A8: All production steps and finish products are inspected by the QC team.