TENCAN EP60×95 Laboratory Jaw Crusher – Adjustable 1–5 mm Output

Product Overview

The TENCAN EP60×95 Laboratory Jaw Crusher is designed for efficient primary crushing of hard and brittle materials with compressive strength below 320 MPa. It is widely used for reducing bulk samples into manageable sizes for further laboratory analysis or secondary milling.

As part of the TENCAN PE-series laboratory jaw crushers, this model delivers reliable performance in both laboratory sample preparation and small-scale industrial testing. Its compact structure, stable operation, and adjustable discharge opening make it an ideal solution for controlled size reduction.

Working Capability & Material Scope

The EP60×95 jaw crusher is capable of processing a wide range of materials, including:

• Limestone

• Calcium carbide

• Shale

• Basalt

• River gravel

• Metallic and non-metallic ores

• Ceramic and mineral samples

Its strong crushing force and rigid jaw structure ensure consistent particle size reduction, making it suitable for pre-crushing before ball milling, pulverizing, or analytical testing.

 

 
Working Principle of Lab Jaw Crusher

Applications of Lab Jaw Crusher
 
Our laboratory jaw crushers are specifically designed for the preliminary size reduction of large mineral samples and bulk materials in research and quality control environments. These machines are particularly valuable in geological laboratories, mining research facilities, and material testing centers where precise sample preparation is crucial. They effectively process a wide range of materials including metallic ores, construction aggregates, industrial minerals, and ceramic raw materials, producing uniformly sized particles ideal for subsequent analytical procedures or further processing in ball mills and other grinding equipment.
 
Features of Lab Jaw Crusher
1. Superior crushing performance with reduction ratios up to 1:13, ensuring optimal sample preparation efficiency;
2. Advanced gasket-protected adjustment mechanism provides wide and reliable discharge size control;
3. Energy-efficient design delivers 20-35% higher processing capacity while reducing power consumption by 15-20% compared to conventional models;
4. Optimized deep crushing chamber geometry eliminates dead zones, maximizing throughput and minimizing sample loss;
5. Specially engineered hyperboloid jaw plates offer extended service life, particularly when processing highly abrasive materials;
6. Centralized lubrication system ensures smooth operation while simplifying maintenance procedures;
7. Robust construction with reinforced components guarantees long-term reliability in demanding laboratory environments;
8. Safety-focused design incorporates multiple protective features for operator protection during operation.
 
Technical Parameters of Lab Jaw Crusher