sales06@switek.biz
+86 186 5927 5869
Company Profile
- Date of Founding: 2006
- Headquarter: DongGuan City, GuangDong Province
- Address: Nanwei Industrial District Chashan Town Dongguan City Guangdong Province China
- Tel: + 86 186 5927 5869
- E-mail: sales06@switek.biz
- Website: https://www.switek.com.cn
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Main Business:
- The design & manufacturing of SWITEK brand industrial robot for injection automation
- The design & manufacturing of SWITEK brand IML Robot
- Injection Automation System Integration
- The OEM/ODM production of industrial robot for injection automation
- The OEM/ODM production of IML Robot
- The OEM/ODM service of injection automation solutions integration
The History of GuangDong SWITEK Technology Co., Ltd.
- 2006 -- ShenZhen Wetec Technology Co., Ltd. The first injection robot (SW2 Series) was put on market.
- 2008 -- The first 3 axis servo injection robot was put on market
- 2009 -- Moved to Dongguan and renamed the company name "DongGuan Weltec Injection Automation Co., Ltd." with the first SW8 Series IML robot put on market.
- 2011 -- Put on market the SW6 Series European style 3/5 Axis Servo Injection Robot
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2013 --
- New Brand Name "SWITEK" with ultra new logo "SWITEK"
- Put on market 64 cavities forks folding system SW818
- Recognized as the "National High Tech Enterprise"
- The Certificate of "ISO 9001"
- 2015 -- Start a Joint-stock reform and renamed the company to "DongGuan SWITEK Technology Auotmation Co., Ltd. "
- 2016 -- Listed in the New OTC Market with stock code : 838363
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2017 --
- The National Invention Patent -- High Speed Side Entry IML Solutions
- Recognized as the R&D Institude of the Industrial Robot and Automation Application in DongGuan City
- SMEs Certification of SWITEK High Speed Side Entry IML System
- 2019 -- Renamed "GuangDong SWITEK Technology Co., Ltd. "
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2022 --
- Introduced the new SWITEK VI System
- Awarded "The Top 100 Innovative Enterprises of DongGuan City"
- Acknowledged as "The Specialized, Refined and Innovative Small and Medium-sized Enterprise (SMEs)"
Robots & Automation Solutions
Honors & Certificates
- July 2013 -- Certificate of National High Tech Enterprise
- Certificate of ISO 9001:2015
- Certificate of CE
- 11 Consecutive years from 2013~2023 Certificate of GuangDong Province Contract Abiding and Credit Valuing Enterprise
- Science and Technology Small and Medium-sized Enterprise Technology Innovation Fund Project Certificate for High Speed Side Entry IML Solutions
- August 2016 -- Listed on OTC Market in the Field of Intelligent Manufacturing with Sotck Code: 838363
- Year 2016 -- Teaching Internship Base of Yangtze University
- Year 2017 -- DongGuan Industrial Robot and Automation Facilities R&D Center
- Year 2022 -- Membership Enterprise of NBPMIA
- Year 2022 -- Top 100 Innovative Enterprises in DongGuan
- Year 2022 -- Specialized, Refined and Innovative Small and Medium-sized Enterprise (SMEs)
Patents of Innovation
- Cutlery Packing Automation Solutions-- National Initiative：The first company to provide cutlery single pcs bag packing, multi-pcs bag pack, multi-pcs box packing injection auotmation solutions. Patent of Innovation： Cutlery Injection and Packing Automation SystemZL201510767484.7; Patent of Utility Model： Cutlery Box Packing Automation System ZL201821646402.9; Stack Mold Cutlery Side Entry Picking and Packing Automation System ZL201621033113.2; Cutlery Auto-collector ZL201420214055.8; Cutlery Single pcs Bag Packing System ZL201621033039.4; Cutlery Box Packing System: ZL201821646344.X; Cutlery Packing Control System V1.02018SR442082）
- Pipe Fittings Injection Automation Solutions -- National Initiative： The first company to provide a turn-key solution of pipe fittings part picking, in mold insertion, quality inspection, runner cutting automation solutions.（ Patent of Innovation：Elbow Pipe Fittings Nut Inspection, sorting and feeding system ZL201610786859.9 Patent of Utility Model： Pipe Fittings Runner Cutting System ZL202020091447.5 ; Pipe Fittings Nuts Sorting System ZL202020091449.4 ; Pipe Fittings Nut In Mold Insertion System ZL201720977378.6 ; Pipe Fittings Runner Cutting SystemZL201720976469.8 ）
- Closures Injection, Cooling and Inspection Automation Solutions-- National Initiative： The first company to provide turn-key solutions of closures picking, cooling, inspection and packing solutions（ Patent of Utility Model： Closures Lining up and stacking automation systemZL201921622538.0 ; Closures lining up system ZL201921622526.8 ; Spoon and lids auto-assembly system ZL201922473119.1 ; High speed spoon sorting and spoon/lids auto-assembly system ZL201921623010.5）
- IML Solutions--National Iniative：The first company to proivde turn-key solutions of IML parts picking, visual control and packing solutions（ Patent of innovation：High Speed Side Entry IML Solutions ZL201410176348.6 IML; IML Robot and IML Parts Picking Solution ZL201610797925.2; Patent of Utility Model： IML System Testing Facilities ZL20191622839.3;High Speed Servo IML Label Feeding System ZL201520332811.1 ; IML Servo Stacking System ZL201520332946.8 ; IML Labeling and Parts Picking Robot ZL201621033817.X ; High Speed Side Entry IML System V1.0 2018SR443462 ）
- Cutlery Picking and Folding System -- National Iniative： The first company fto provide 64 cavities foldable forks picking and folding solution（ Cycle Time 7.8S）(Patent of Utility Model： Foldable Parts Folding Automation Systeme ZL201721521116.5 ; One Folding System ZL201721536299.8）
Our Partners & Suppliers
Tips About Pipe Fittings Injection Robot Selection
Axis Definition
Tips: To select a suitable injection robot for your pipe fittings injection project, beside the size of the robot, it's also very important to take care the payload of the injection robot, especially the robot for an in mold insertion application. For PVC/PPR pipe fittings with metal inserts, the robot will pick both the parts and the insert and must insure the inserts could be inserted into the mold precisely, which will make the weight of the EOAT much higher than a standard one.
Robot Sizing
- L: The max length of the robot
- Z: The max distance where the parts to be dropped
- Y: The max distance movabel of the robot arm from the standby position to the mold center
- W: The width of the robot
- H: The height of the robot
- Hs: The height of the robot stand
- YM1: The height from the standby position to the top of the machine
- YM2: The distance from the Machine top to the mold center
- X1: The max distance of the main arm from the mold platen
- X2: The working stroke of the main arm
- X3: The Min distance between the main arm and the sub arm of the robot
- X4: The Max working stroke of the sub arm
- X5: The Min distance from the sub arm to the mold platen
Robot Installation
- A -- Non-operator side installation of the robot
- B -- Operator side installation of the robot
- L -- The height of the crane
- E -- The distance from the floor to the mold center
- G -- The distance from the floor to the safe door rail
- N -- The height from the top of the injection molding machine to the mold center
- H/J -- Distance between the tia-bars
- The Height of the Safe Door -- D-N
Tips: The primary principle of selecting a robot for your injection automatio project is that to make sure:
- Picked: The robot arm can reach the mold center to pick the parts
- Pickable: The robot has sufficient payload to carry the parts + EOAT
- Pick out: There's enough in mold space to pick the parts out
- Placeable: The parts can be carried over the safe door of the injection molding machine
- Speed: The robot must be fast enough to match the injectio cycle
- Arms: Choose single or double arms according to the mold type
- Arm Type: Choose standard or telescopic arm according to the height of the crane
- EOAT: For complex structure plastic parts, a set of custom made EOAT would be necessary
- Special Requirement: For the robots to be integrated into an automation system, some special requirements would be requested, a custom made robot would be in this case
Q & A About A Pipe Fittings Injection Automation System
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Will there be a system available for different sized pipe fittings?
For any automation system include an automation system for pipe fittings, it would be custome made for specific products to ensure the productivity of the system and reduce the possible alarms of the system. So an economic automation system would be a system of bulk production of single size pipe fitting of the same material.
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For two same size PPR/PVC pipe fittings, is it possible to use the same runner cutting system to remove the sprue ?
As for this question, it'll depends on the quality requiremnt after cutting. Due to the differenet character between the PVC & PPR, we can use a Pneumatic sheet to remove the runner of a PVC pipe fittings but for PPR pipe fittings it's better to have a punching knife to have the sprue removed to ensure the runner cutting quality.
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For small size pipe fittings with insertion, a mould of how many cavities would be regarded an economic one for the automation system?
For an automation system for small size connectors with in mold insertion, 8 cavities would be an ideal mold design in regard the investment and the complexity of the pipe fittings injection system. With an 8 cavities mold, you'll need to invest an injection molding machine of around 200T and an injection robot with payloade around 15kg, it would be an economic option with an easy maintenance automation system.
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For a pipe fittings injection automation solution, what information to be provided to ensure a success of the project?
For a pipe fittings injection automation system, the information what we need would be:
- The 3D drawing of the mold
- The 3D drawing of the insert
- The details of the injection molding machine
- The detailed quality standard of the final products
- The material of the pipe fittings
- The total cycle time
PS: If you have any other questions about starting up a pipe fittings injection automation system, please feel free to send us an e-mail or contact us by Wechat/Whatsapp for instant communication.
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Email: sales06@switek.biz
