Software: LASER Cutting
Applicable Substance: Metallic
Condition: New
Laser Type: Fiber Laser
Reducing Area: 3000*1500mm
Reducing Speed: 140mmin
Graphic Format Supported: LAS
Cutting Thickness: .1-30mm
CNC or Not: Of course
Cooling Manner: H2o COOLING
Handle Computer software: BodorThinker
Laser Resource Brand: BodorPower
Laser Head Brand name: BodorGenius
Servo Motor Manufacturer: Bodor
Xihu (West Lake) Dis.rail Brand name: Bodor
Management System Brand: Bodor
Bodyweight (KG): 3600 KG
Key Selling Points: Tenon-and-mortise sort plate welding construction mattress
Warranty: 3 a long time
Relevant Industries: Constructing Materials Retailers, Manufacturing Plant, Farms, Other, Advertising Organization, business
Equipment Examination Report: Provided
Online video outgoing-inspection: Presented
Guarantee of main components: 3 years
Core Parts: system
Method of Procedure: ongoing wave
Configuration: 3-axis
Items taken care of: Sheet Metal
Feature: Deep marking
Following-product sales Provider Supplied: Engineers obtainable to provider equipment overseas
Max cutting assortment: 3000*1500mm
Reducing thickness of substance: ≤20mm
Laser Electrical power: 1000W, Hot Offering 110V 220V AC Micro Synchronous Geared Motor 50Hz 60Hz Oscillating Enthusiast Motor Microwave Oven Mini AC Motor 45 rmin 2000W,3000W,4000W
Max Slicing Speed: 25m/min
Min line width: .1nm
Driving and transmission Way: Imported Servo Motor and Linear Xihu (West Lake) Dis. Rail
Ongoing Working Time: 24Hours
Packaging Information: wood packge.
Port: HangZhou

BODOR 1000w/2000w Fiber Laser lower Steel Slicing Device for stainless steel
Fiber metallic laser reducing device parameters:

Packaging & Delivery

Business Details

About Bodor
HangZhou Bodor CNC Device Co., 35715 35710 32215 32215 32217 32218 32219 32220 32220U Bike Spare Part Vehicle Areas Tapered Roller Bearing Ltd was launched in 2002.In 2008 we formally transformed identify to Bodor with RMB ten million registered funds.For twelve several years,Bodor laser has usually been devoted in studying and production laser chopping,engraving and marking and so on.
With all Bodor employees persistence and tough functioning,Bodor laser has created to a large-scale worldwide producing firm.A lot more accuracy,a lot more automatically and increased quality products with intimate soon after-product sales support allows Bodor be the leader of laser industry.Suited companies for clients,2-yr guarantee goods, Cellular crane tower crane and excavator slewing bearing standard scientific administration make bodor receive the greatest reputation and word-vast trustworthy customers.
For twelve years,Bodor laser equipment cover all Chinese market and also quite well-known in The united states,West Europe,South Asian,East Asian and so on. Far more than 80 nations around the world. Bodor lasers will try out our very best to provide for you suited laser solutions. Welcome you to be a part of Bodor loved ones,share leading laser products and providers together with word-extensive customers.

Applications and Maintenance of a Linear Rail

Whether you are looking to install a linear rail or you are looking for ways to maintain your existing one, there are some important factors to consider. In this article, you will learn about the applications for linear rails, the maintenance of a linear rail, and some of the common issues associated with linear guides.

Common issues with linear guides

Choosing the right linear guide can yield significant advantages in performance, cost and durability. However, it isn’t enough to just pick the right guide. To ensure maximum performance, you need to understand the components and technologies that go into the design. This article will highlight some of the most common problems associated with linear guides, and how to avoid them.
The most important thing to remember about a linear guide is that it is a component of a system. It should not be operated alone. If a linear guide fails, you’ll need to take steps to get it repaired.
A good way to gauge how well a guide will perform is to look at the load moments it carries while on a wall. This will tell you how much the guide can support over a full run of travel.
One of the most important things to consider is the type of mounting you use. It should match the precision of the guide unit. The mounting surface should be flat, and there should be no gaps or wiggles between the guide unit and the mounting surface.
The right kind of mounting will not only make installation easier, but will also ensure that your guide unit operates at its best. In addition, it can help prevent contamination from getting into the guide unit.
Another thing to consider is the quality of the lubricant. Linear guides are prone to corrosion, so it’s important to lubricate them regularly. You can do this by adding a high-quality lubricant that’s resistant to corrosive substances.
Using a linear guide with a good seal can help avoid corrosion. A good seal should have sealing lip that fits tightly around the ball guide profile. In addition, you should consider a thicker lubricant, such as calcium soap, as opposed to standard greases in wet environments.
Another thing to consider is how you can best align the guide unit. For example, you can use a high-speed end cap to reduce misalignment. This will reduce binding, as well as prevent a buildup of dirt and other debris between the guide unit and the mounting surface.

Common applications for linear rails

Across industrial applications, there are many uses for linear rails. Linear rails provide an extremely effective way of moving products and items through production processes. They offer excellent load capacity, low friction and high stiffness.
Linear rails can be manufactured in short or long lengths. These systems are ideal for moving loads from a few grams to thousands of kilograms. Depending on the specific application, the load capacity of the rail may vary.
Linear rails are commonly used in machine-tool applications and semiconductor manufacturing. Linear rails are also used for moving heavy equipment through factory floors. Linear rails are also used in advanced medical applications.
Linear rails can be used on a variety of surfaces. Depending on the type of application, the orientation of the rail may vary. This depends on the type of load and the amount of force being applied. It may also be influenced by the amount of dirt and dust.
Linear rails are designed to support loads from a few grams to thousands of kilograms. They are used in a variety of industries, including semiconductor manufacturing, packaging and medical devices. In many applications, linear rails are also used as the guide for actuators. Linear rails are a useful alternative to complex alignment operations.
Linear rails are often used in overhead transport systems. Linear rails are usually made of high strength steel and are profiled for maximum rigidity. They also have nickel-plating for corrosive environments.
Linear rails are often used in factory floors for heavy equipment, like moving robot arms. These systems can be used to move items around the factory floor or on high platforms above walkways. Linear rails are also used in the food and beverage industry. They are commonly used in weighing machines and CNC machines.
Linear rails are ideal for moving products with minimal friction. They also are used in semiconductor manufacturing, where the need for precision is crucial. Linear rails provide high load capacity and can accommodate travel speeds of up to five meters per second. Linear rails are also used in many transportation lines, including ice machines.

Cost of linear rails

Choosing the right linear rail can have a significant impact on the cost and performance of your system. Linear rails are used in all kinds of industries. They are highly effective when it comes to moving goods and equipment through the manufacturing process. They can be used vertically or horizontally. They are anchored to aluminum extrusion profiles for increased stiffness and accuracy.
The cost of linear rails can be justified by the advantages they offer. They provide high levels of rigidity and load capacity, making them a good option for moving products with minimal friction. Linear rails are also less likely to bend or vibrate. They also have a higher degree of precision and accuracy.
The price of linear rails is higher than those of linear rods. This is due to the fact that linear rails require more screws per unit length. They also require more support. If the rails are not supported, they will bend or rattle. The rails must be fully supported to achieve optimal precision.
Linear rails offer the most rigidity against gravity. They can support loads ranging from a few grams to several tons. They can also withstand moment and lift-off loads.
Rails can be installed using hex slot screws. They require more screws per unit length than rods. They also require accurate mounting surfaces. They can be installed by hand or with tools.
Linear rails are less likely to bend than rods, making them a better option for low precision applications. They are also cheaper.
However, they are not suitable for consumer applications. Rails are not as durable as rods and they are susceptible to bending and vibration. They are also subject to shipping oil and corrosion during transport and storage.
Linear rails cost around 2.5 to 4 times as much as linear rods. This is because they are more expensive to manufacture. They also require a more complex assembly process. They require hex slot screws along the length of the rail. It can be difficult to install.
The lifespan of linear rails is a frequently asked question among design engineers. It’s important to consider the factors that will reduce the lifespan.

Maintenance of linear rails

Whether you’re working with a linear rail system in an industrial environment or a consumer application, proper maintenance is critical. A well-maintained linear guide rail can withstand loads from a few grams to thousands of kilograms, providing a high degree of rigidity and load capacity.
The most important aspect of maintenance for a linear guide rail is lubrication. Proper lubrication reduces friction and wear, resulting in longer life for your guide rail. The amount of lubrication required depends on the environment in which it is being used and the frequency of use. Generally, a general purpose lubricant is adequate for low speed low load applications. However, when long lubrication cycles are required, a specialised bearing lubricant is necessary.
The components of a linear guide rail are comprised of rail, carriage, linear guide block and load supporting rollers. The rails and guide blocks are made of hardened steel or anodized aluminum. The carriage has two “wings” that align with the rail channel. The rollers are made of softer materials such as stainless steel. A lint-free paper towel can be used to clean the groove in the rail.
If a linear guide rail is used incorrectly, it can corrode. In order to maintain the integrity of the rail, it is important to clean it thoroughly. The lubrication mechanism is often accessed via a syringe, so cleaning the rail is relatively easy. Clean the rail with a shop towel, and then apply grease to the moving parts. This will smooth the motion of the ball screw guides and prolong the life of the linear slides.
If the linear guide is used incorrectly, it can cause excessive misalignment, indentations, and corrosion. It is recommended that the rail be cleaned and lubricated as needed.
The type of linear rail you choose will depend on the type of load it can handle. Aside from the load capacity, it is also important to consider the cost of maintenance. Typically, a linear rail system is more expensive than other systems, so you’ll want to make sure you get the right rail for the job.

editor by czh 2023-03-18