High Precision Linear Modules

High Precision Linear Modules are standardized devices that integrate high-precision guides, precision transmission components (such as ball screws/linear motors), and drive control units. The core advantages lie in micrometer level positioning accuracy, low operating error, and high repeatability, which can stably output force and speed. High Precision Linear Modules, also can be named as Heavy Duty linear Robot, Modular Linear Actuator, Modular Electric Actuator, Linear Motion Module etc in this industrial automation.

High Precision Linear Modules are widely used in semiconductor manufacturing, precision testing equipment, electronic packaging and other precision demanding scenarios, simplifying high-precision motion system design and ensuring production quality.

TallMan's Linear modules type TM170 with body with by 170mm have 4 series. These Linear modules have strokes from 0 mm up to 3500 mm, and payload from 5kgs up to 130kgs.

TM High Precision Linear Modules have perfect performance with world banded motors by 50W,100W,200W/400W /750W/1000W or 42, 57,86 stepper motors or NMEA17, NMEA23, NMEA34 stepping motors in top quality aluminum profile system to ensure precise and speed requirement of various precision and common projects. You can select Precision, Stroke, lead, Brake and no Brake based on your specific equipment data.

In this page, you can see our TM170 series as follows:

You are welcome to watch more projects or visit our video gallery by Youtube: https://www.youtube.com/@tallmanrobotics

Our Precision linear modules perform all kinds of application in Processing and assembly, such as

Carving Device: Linear modules are used for the moving parts of the main shaft in the engraving device, compact structure, high rigidity saves space.

Component Crimping: linear modules are used in the assembly of the crimping parts, and it has sufficient rigidity against the reaction force during crimping.

Spraying Device: linear modules are used in the spraying device, which has high rigidity, which can reduce the vibration during spraying and spray evenly.

Glue Device: Apply gelatinous material to the coating surface of the work piece. Due to the rigid separation of linear module, the vibration at the tip of the nozzle can be reduced and the productivity can be improved.

Driller: linear module is used in the multi-axis drilling machine, which has a compact structure and high rigidity, realizing the miniaturization of the device.

Cutting Equipment: Linear module is used in the tube cutting device, the degree of freedom of the length setting is increased, and the productivity and the accuracy of the tube length are improved.

Related knowledge: What is the Linear bearing anti-corrosion and measuring method?
Linear bearing corrosion is caused by a variety of internal and external factors, the reasons can be summarized as:
a. Metal surface finish (corrosion of batteries with poor oxygen concentration).
b. The chemical composition and structure of metal materials.
c. The composition of the solution and the pH value in contact with the metal surface;
d. Ambient temperature and humidity.
f. Various environmental media in contact with the metal surface.
g. Human sweat is also the cause of bearing corrosion, its pH value is 5~6. Therefore, in order to prevent corrosion caused by hand sweat, the installation and production personnel should wear gloves and do not touch the linear bearing with their hands.

Use anti-rust oil to prevent rust of linear bearings:
a. Immersion method: Immerse some small linear bearings in anti-rust grease. By controlling the temperature or viscosity of the anti-rust oil, the thickness of the oil film can be achieved. Method of applying anti-rust grease on the surface.
b. Brushing method: When brushing, pay attention to evenly apply on the surface of the linear bearing to avoid accumulation and prevent coating leakage.
c. Spraying method: Some large anti-rust materials are not suitable for oiling by dipping method. Filtered compressed air is generally used, with a pressure of about 0.7mpa, sprayed in clean air. The spray method is suitable for solvent dilution anti-rust oil or thin layer anti-rust oil. This method must adopt perfect fire protection and labor protection measures.

Linear bearing surface derusting pretreatment method:
a. Surface cleaning: When cleaning, the performance of the linear bearing surface and the conditions at that time must be combined. Common methods include solvent cleaning, mechanical cleaning and chemical cleaning.
b. After the surface is dry and clean, it can be blown dry with filtered dry compressed air. Or use a dryer to the temperature of 120~170℃, and finally dry with clean gauze.