Six-axis Robot Tightening Screw Machine

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Six-axis Robot Tightening Screw Machine

008618112630156

info@egroeco.com

8618112630156

Six-axis Robot Tightening Screw Machine

description1

Zipper closure 1/5 zip athletic pullovers for men. Stretchy, lightweight, fast-drying fabric for superior performance. REGULAR FIT - US standard sizes. An athletic fit that sits close to the body for a wide range of motion, designed for optimal performance and all day comfort. FEATURES - Quarter zip closure;Thumbholes on long sleeves to keep them in place during workout

Information

Disposition
Manipulator (recommend)	EPSON
Screw feeder	TEAM
Electric batch	TEAM
Screw feeding method	A: Aspirated nail feeding B: Blow - on nail feeding
Bitbits	M0.8 / M1.0 / M1.2 / M1.5 / M2.0 / M2.5 Support non - standard customization

Basic Parameters
Screw specifications	M0.8 ~ M6
Air supply	Positive pressure ≥0.5MPA
Power supply	AC 220V / 20A 50HZ
Lock - up yield	>99.9%
Tightening accuracy	±0.02mm
Lock - up CT	3 - 6 s/pcs
Environment	Temperature: 5 - 50℃ ； Humidity: RH10 - 80%

Optional Functions
Secondary positioning vision	□ None ；□ Yes
Mobile vision	□ None ；□ Yes
Float detection	□ None ；□ Yes
Automatic torque calibration	□ None ；□ Yes

Screw tigntening robot Manual tightening screws

1.5～3s/pcs	EFFICIENCY	5s/pcs
0～1/people	MANPOWER	2～3/people
Up to 99.95%	YIELD	It varies from person to person
Real-time monitoring of the whole process of tight payment and timely alarm in case of abnormality	EXCEPTION HANDLING	Manual detection is uncontrollable
High-precision torque control,real-time data monitoring and adjustment	TORQUE CONTROL	Rely on employee experience
Stable operation and almost no management cost	MANAGEMENT COSTS	High turnover rate,uneven quality of personnel and high management cost
One-time investment without continuous investment	INPUT COST	Continuous investment facing problems such as rising wages and recruitment costs

Application Industry

3C Electronics For mobile phones,tablets,conuters and other consumer electronics products to provide automatictightening,automatic assemblyflexible solutions.
Energy storage Provide automatic deep hote tightening solution for small energy storage equipment.
Power tool Provide automatic intelligent screw tightening solútion for power tools.
Automobile Provide intelligent screw tightening solutions for automotive parts,interior parts,automotive electronics,etc.

DO YOU KNOW

WHY CHOOSE US

WHAT IS THE DIFFERENCE BETWEEN INTELLIGENT TIGHT AND PAYMENT ROBOT?

Exclusive for micro screws Specially designed for micro screw research and development,the smallest can support M0.6 screw tight,the pursuit of more accurate;
Controllable core process Independent research and development of core components and control algorithms,torquecontrol accuracy up to 3%,to achieve a more professional;
The tight payment yield is higher Own tight payment software,real-time monitoring of tight payment process,more Tactic slip-tooth,foat-height detection,yield up to 99.95%,to achieve a more stable;
Complex scenarios apply Explore the actual tightening scenario,and developsuitable products for special scenarios such asinterference,countersink,side,etc.,
which aresuitable for more complex ;

DETECTION OF TORQUE,NUMBER OF TURNS,
FLOATING HEIGHT,INCLINATION AND SLIPPAGE
	Result judgment OK
Set torque:√ Set number of turns:√	For example,set the torque value to 1Nm and tight the number of turns to 10. After the tightening procedure is executed,the real-time monitoring data is fed back. When the torque value reaches 1Nm and the number of turns reaches 10 turns,the software judges that the tightening result is OK and outputs an OK signal.


	Result judgment NG
	1、Floating height detection
	For example,set the torque value to 1Nm and tight the number of turns to 10.After the tightening procedure is executed,the real-time monitoring data feedback shows that the torque value reaches 1Nm and the number of turns is only 5.At this time,the software judges that the tightening result is NG and the NG category is floating high,and outputs NG signal.

Set torque:√ Set number of turns:× Judgment result:floating height


	2、Sliding tooth detection
	For example,set the torque value to 1Nm and tight the number of turns to 10.
	After the tightening procedure is executed,the real-time monitoring data feedback shows that the number of turns has reached 10, and the torque value has been less than 1Nm. At this time,the software judges that the tightening result is NG,and the NG category is idling (sliding thread),and outputs NG signal.
Set torque:× Set the number of turns:√ Judgment result: Idling (slippage)

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