ITES China Shenzhen International Industrial Manufacturing Technology and Equipment Exhibition
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2027.3.24-3.27 Shenzhen World Exhibition & Convention Center- 2026
- 2025
- 2024
- All
- Mainland China
- Taiwan China
- Hong Kong China
- Germany
- Japan
- United States
- South Korea
- Italy
- Switzerland
- Sweden
HALDER Standardized Industrial Components
German HALDER standardized industrial components, more than 13000 kinds of product lines can meet the application needs of various industrial occasions. At the same time, the diversity, innovation and high quality of products contribute to the convenience and stability of customers in the stage of product design and development. HALDER products are invisible but ubiquitous.
HALDER Soft Face Hammer
German HALDER soft hammer was born in 1938, which is the first professional hand tool made of non-metallic materials in the world. At the same time, the design concept of unique replaceable parts has also been patented in Germany. Today, HALDER soft hammer has developed a variety of materials and series of hammers for a variety of occasions and application scenarios, from high-end manufacturing to landscape engineering; from equipment maintenance to personal collection. HALDER Soft Face Hammer is the absolute leader in the field. It has a very wide range of users and advocates around the world. Small hammer, big difference "HALDER soft hammer will give you a unique use experience.".
HALDER aviation latch
HALDER Aviation Latches are aviation industry standard (MS/NAS) specialty products. It is widely used in aerospace equipment and ground support and maintenance equipment. Each product has a unique code name recognized in the aviation industry. It is commonly used in all major aviation manufacturing industries in the world.
QLA
The maximum load of our folding arm crane is 300 kg. The folding arm is made of ultra-high special strength steel and hollow compartment design, which takes into account lightness and high strength to meet the highest ergonomic requirements.
QLR
Our rail solutions are available in Quick-Lift Rail (QLR) and Quick-Lift Driven (QLD). The QLR series is mounted under the track and is manually moved in the X and Y horizontal directions. Z-direction (vertical direction) through the force sensing handle to achieve servo control movement, or floating mode to achieve hover and other functions.QLD is an intelligent three-dimensional suspension system, through the servo control system, to achieve X, Y, Z direction servo movement. You only need to gently push the handle, the position sensor senses the direction of movement, and adjusts the movement speed based on the deviation Angle of the wire rope, which can quickly move to the specified station without manual drag.
Jumbo
Our rail solutions are available in Quick-Lift Rail (QLR) and Quick-Lift Driven (QLD). The QLR series is mounted under the track and is manually moved in the X and Y horizontal directions. Z-direction (vertical direction) through the force sensing handle to achieve servo control movement, or floating mode to achieve hover and other functions.QLD is an intelligent three-dimensional suspension system, through the servo control system, to achieve X, Y, Z direction servo movement. You only need to gently push the handle, the position sensor senses the direction of movement, and adjusts the movement speed based on the deviation Angle of the wire rope, which can quickly move to the specified station without manual drag.
Intelligent Screw Driver
Based on ISO5393 standard, Danikor Intelligent Tightening Tool adopts self-developed high-precision algorithm, which makes its performance more stable and durable, and provides a variety of tightening strategies to adapt to the increasingly complex working conditions of new energy vehicle assembly. By monitoring the torque or angle of each step in the tightening process, abnormal tightening conditions such as floating lock and sliding tooth can be found in time, and the floating screw problem is solved by high order clamping torque strategy. It has the functions of data acquisition, uploading and storage, which is convenient for timely analysis and optimization of tightening process. In addition, tightening data can be uploaded to MES system in real time to achieve traceability of tightening results. It provides a cost-effective intelligent tightening solution for the assembly of new energy vehicles, and helps the digital intelligent assembly of new energy vehicles to enter the "fast lane".
Screw Feeding & Tightening System
With the transformation of the new energy vehicle industry from policy driven to market driven, the new energy vehicle industry has entered a stage of rapid development. The assembly process is highly automated and cleaning requirements. The clean step feeder developed by Danikor can be equipped with a variety of cleaning schemes to ensure the full cleaning of screws in the feeding process. With multiple types of tightening modules, it can realize the cleaning of both feeding and tightening processes and greatly improve the assembly quality. The screw feeding and tightening system with stable performance is widely used in the industries of new energy vehicle electronics, general assembly, auto parts and power assembly.
Multi Feeder System
The types and specifications of materials used are diverse and complex in the production process of new energy automobile industry. The multi feeder of Danikor can realize the feeding of various materials with different specifications and structures, and multi variety compatibility and rapid switching, so as to avoid equipment scrapping caused by product change and reduce equipment investment. The multi feeding method also solves the jam problem and improves the production efficiency.
H400 turning-milling composite CNC lathe
H400 CNC lathe is a patented product of our company, with the patent number of ZL2018207776267. It is an integral asynchronous lathe head and ZL2018218955114 CNC lathe with direct-drive spindle. The CNC lathe adopts a semi-closed loop control CNC lathe system. The standard configuration is three-axis control C \ X \ Z \ Y \ A, the main machine adopts 30 ° inclined carriage, stepped rail layout, Z-axis pulley is triangular structure, and the carriage has strong rigidity. The spindle (C axis) is an integrated AC asynchronous servo motor directly driven by a non-transmission mechanism to realize position control and speed control. The spindle can realize rotary feeding, indexing and accurate stop. Spindle clamping is realized by using the hydraulic rotary cylinder to drive the three-jaw Chuck. X and Z are driven by ball screw and linear rolling guide. The guide rail is fully protected, and the feed motor is a 5-pair servo motor (23-bit encoder). The machine tool has good dynamic characteristics, high precision and strong rigidity. The acceleration and deceleration time of the spindle is short, the roughness of the machined surface can reach Ra0.8 or lower, and the gravity acceleration is as high as 0.8G.
H500 turning-milling composite CNC lathe
H500 CNC lathe is a patented product of our company, with the patent number of ZL2018207776267. It is an integral asynchronous lathe head and ZL2018218955114 CNC lathe with direct-drive spindle. The CNC lathe adopts a semi-closed loop control CNC lathe system. The standard configuration is three-axis control C \ X \ Z, the host adopts 30 inclined carriage, stepped rail layout, Z-axis carriage is triangular structure, and the carriage has strong rigidity. The spindle (C axis) is a direct-drive AC asynchronous servo spindle without transmission mechanism, which realizes position control and speed control. The spindle can realize rotary feeding, indexing and calibration. The clamping of the main shaft is realized by the three-jaw Chuck driven by the hydraulic rotary cylinder. X and Z are driven by ball screw, rolling linear guide rail; guide rail protection adopts full protection, carriage feeding adopts absolute value AC servo motor. The machine tool has good dynamic characteristics, high precision and strong rigidity.
H48 CNC lathe
H48 CNC lathe is a patented product of our company, with the patent number of ZL2018207776267-type integral asynchronous bed head and ZL2018218955114 CNC lathe with direct-drive spindle. The CNC lathe is equipped with five-axis (X/Z/C/A/B) semi-closed-loop control CNC lathe system as standard. The standard configuration is three-axis control C/X/Z, the host adopts 45 "inclined guide rail layout, and the X carriage is an integrated carriage. The X axis is in the same plane as the Z axis. The main shaft (C shaft) is an AC asynchronous servo main shaft directly driven by a non-transmission mechanism to realize position control and speed control. The main shaft can realize rotary feeding, indexing and accurate stop. Two shafts can be expanded on the carriage in the later period. Spindle clamping is realized by using hydraulic rotary cylinder to drive three-jaw Chuck or elastic Chuck to clamp the workpiece. The X. Z is driven by the ball screw and rolls the linear guide rail. The carriage can automatically eliminate the reverse clearance of the carriage by gravity. The guide rail protection adopts full protection and absolute value AC servo motor. The machine tool has good dynamic characteristics, high precision and strong rigidity.
Wave Spring
-Wave springs reduce spring height by 50% -Same force and deflection as ordinary coil/compression springs -Wave springs fit tight radial and axial space -Over 4,000 standard springs in carbon and stainless steel(.188"to 16"， 5mm to 400mm diameters) -No-tooling-charges on custom designs( .118" to 120"， 3mm to 3000 mm diameters) -exotic alloys available
Retaining Ring
-Spirolox Retaining Rings have No Ears to interfere with mating components -Smalley Constant Section Retaining Rings are Circular-Grain ,coiled not stamped -Over 6,000 standard retaining rings (1/4" to 16", 6mm to 400mm diameter) -No Tooling charges on custom retaining ring designs (.118" to 120", 3mm to 3000mm diameter) -Exotic alloys available -Smalley Retaining Rings are easy to install and remove when compared to a standard retaining ring
