ES Quartz Glass: 190nm - 2500nm
IR Quartz Glass: 250nm - 3500nm
Optical Glass: 340nm - 2500nm
1. Material of the Cylindrical Quartz Cuvette:
Material: ES quartz glass, IR quartz glass, optical glass
We provide optical glass cuvettes, quartz cuvettes, and IR cuvettes for spectrophotometers, fluorometers, and colorimeters. We can also manufacture custom quartz cuvettes based on your drawings.
2. Range of Laboratory Supplies:
We supply a wide range of cuvettes including standard cuvettes with lids or stoppers, micro cuvettes with black walls, light-resistant mobile cuvettes, cylinder-shaped cuvettes with stoppers, fluorescence cuvettes, and many other specialized options to meet various laboratory needs.
3. High Temperature Resistance
4. Durable and Long-Lasting Material
5. Corrosion Resistance
2. Packaging and Delivery
 Packaging Details:
 For customized square clear silica quartz tubes:
 1. Plastic bubbles
 2. Polystyrene foam sheet
 3. Carton
 4. Wooden case
 We ensure the safe delivery of our quartz cuvettes.
3. Frequently Asked Questions (FAQ)
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Q1. Can I place a sample order?
A: Yes, we welcome sample orders to test and check quality.
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Q2. What is the delivery time?
A: Within 15 days after receiving the deposit.
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Q3. Is there a minimum order quantity (MOQ)?
A: Low MOQ, 1 piece for sample checking is available.
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Q4. How do you ship the goods and how long does it take to arrive?
A: For small orders, we use DHL, UPS, FedEx, or TNT, which usually takes 3-5 days. Airline and sea shipping are also available.
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Q5. Can I print my logo on the product?
A: Yes, please inform us formally before production and confirm the design based on our samples first.
Machined plastic parts
We have specialised in the manufacture of high quality CNC machined components made of plastic for virtually industry. We provide you with virtually unlimited processing possibilities and a leading manufacturer with one-of-a-kind installations and machinery. We have modern, high-performance CNC machining centres. Our high-precision CNC systems are equipped with dry and wet processing as well as internally cooled tools.
Currently for our plastic machining services we have, among others, more than:
- 220 CNC milling machines
- 150 CNC lathes
- 15 automatic profiling machines
- and a wide variety of profile extruders with over 600 Tools
Combined components: The workflows are also designed for the production and assembling of complete assembly groups.
Custom machined parts - Understanding your application
Every industry has different requirements for material and products. For this reason, we analyse in-depth the specific needs in the varoiuis industries. Our goals is to develop and machine plastics parts that are perfect fit for the respective intendend applications.
Our experts are here to assist you with all aspects of your Project. We would be delighted to visit you and examine in Detail your challeging task on site.
Technical details of CNC plastic machining
The machines used in CNC plastic machining are milling machines with 3 axes with digital control. They are automated and controlled by a computer that determines the path of the cutter according to the 3D file to be created. In plastic CNC machining, no molds are needed, thus reducing the costs and startup times. The machines can design several identical copies and thus obtain the same quality for all copies of a lot, but few economies of scale are possible. The wide choice of thermoplastics and metals allows parts to be obtained with the desired physical properties.
Plastic CNC turning
Hony CNC turning involves holding a plastic piece in place on a lathe, which is then rotated against the cutting tool in a spinning or turning motion. There are many different forms of CNC turning, each with its own unique purposes and results. For instance, straight or cylindrical CNC turning is best for large cuts, while taper CNC turning creates a distinct cone-like shape.
Specific guidelines for creating plastic parts with CNC turning machines include:
- Minimizing rubbing by making sure cutting edges have a negative back rake
- Using generous relief angles for cutting edges
- Polishing top surfaces to help reduce material buildup and yield a better surfact finish
- Using fine C-2 grade carbide inserts
For rough cuts, we recommend using a feed rate of 0.015 IPR. For more precise final cuts, we recommend a feed rate of 0.005 IPR. Product teams should also know that clearance angles, rake angles, and side angles will change depending on the material used in CNC turning.
Plastic CNC milling
HONY CNC milling is a computer-controlled milling process that uses a cylindrical rotating tool, called a milling cutter, to remove material from a solid workpiece and reveal a finished part. CNC milling machined can be broken down into two broad categories - 3-axis mills and multi-axis mills. 3-axis mills move the cutting tool or the workpiece along three linear axes - left to right, back and forth, up and down - and are best for creating simpler designs. Multi-axis mills, including milling machines with four axes or more, are best for creating plastic parts with complicated geometries.
Specific guidelines for creating plastic parts via CNC milling include:
- Using carbon tooling if you're machining with a thermoplastic that has been reinforced with glass or carbon fibers
- Using clamps to achieve higher spindle speeds
Creating rounded internal cornera and pockets with end mills to mitigate stress concentration
Plastic CNC drilling
HONY CNC drilling involves using a drill bit to drill holes into a plastic block. A spindle, which secures the block and CNC drill, lowers onto the block and then drills the appropriately-sized holes. There are multiple kinds of drill presses you can use with a CNC drilling machine, including upright, bench, and radial CNC drill presses.
When you're creating plastic components via CNC drilling, it`s critical that you keep CNC drill bits sharp. Dull or incorrectly shaped drills can put too much stress on the part, causing tooling problems and performance issues. For most thermoplastics,we recommend using a 90 to 118° drill bit with a 9 to 15° lip angle. If you`re drilling with acrylic, you should use a 0° rake.
The ejection of the CNC drill is also essential as poor chip ejection can cause friction and build heat. Since CNC drilling generates more heat than any other CNC machining process, heat reduction is critical to minimizing stress and damage. To safely remove a CNC drill without damaging the part, try to make sure the drilling depth isn`t more than three or four times the drill diameter and reduce the feed rate when the drill has almost exited the material.
Plastic CNC machining with Fast Radius
Following the guidelines in this article can help you successfully create plastic parts with CNC drilling, turning, and milling. But keep in mind that these guidelines are just that - guidelines! Depending on the complexity of your project, you might need to adjust these guidelines to suit your specific manufacturing requirements.
A seasoned manufacturing partner like Fast Radius can help you make the right decisions when it comes to plastic CNC machining. Our team can give you expert advice throughout the entire manufacturing process, taking all necessary guidelines into consideration. At Fast Radius, we`re committed to helping you produce the best possible CNC machined plastic part.
Machined plastic parts Material
ABS
acrylic acid
Acetal / Polyoxymethylene / POM
Nylon / Polycaprolactam
PC / polycarbonate
PEEK / polyether ether ketone resin
Glass-filled PEEK
PP Polypropylene
PTFE / Polytetrafluoroethylene
PVDF
UHMW PE / Ultra High Molecular Weight Polyethylene
PEEK machined part,PVDF fabrication part,UHMWPE CNC part,acrylic part,PEEK glass filled part
Hony Engineering Plastics Limited , https://www.honyplastic.com