2-Component Actuator
Material: TPV Santoprene 111-55
Part Weight: 17.8 g
Wall thickness: x
Shot Weight: 35.6 g
Nozzles: 2xTHS18-R1
System: SS210764
Cavities: 2
Gate Diameter: 1 mm
The open side gate nozzle THS from Molding Solutions proves with demanding series products that cosmetic gate points, easy assembly, and consistent reliability can be elegantly combined. Even in high-cavity molds.
Material: TPV Santoprene 111-55
Part Weight: 17.8 g
Wall thickness: x
Shot Weight: 35.6 g
Nozzles: 2xTHS18-R1
System: SS210764
Cavities: 2
Gate Diameter: 1 mm
Material: PP
Part Weight: 5.5 g
Shot weight: 22 g
Wall thickness: 0.9 mm
Nozzles: THS18-R4
System: SS230361
Cavities: 4
Gate Diameter:1 mm
Material: PA 66 + 30% glass sphere
Part Weight: 0.35 g
Wall thickness: 2.55 mm
Shot Weight: 1.4 g
Nozzles: THS12-R2
System: SS230972
Cavities: 4
Gate Diameter: 0.9 mm
Material:PC Lupillon S-3000R
Part Weight: 14.5 g
Wall thickness: 1.5 mm
Shot Weight: 87.1 g
Nozzles: 3xTH18-R2 independenttip control
System: SS210815 (HH)
Cavities: 6
Gate Diameter: 1 mm
Material:ABS HF380LK
Part Weight: 17.3 g
Wall thickness: 1.8 mm
Shot Weight: 34.6 g
Nozzles: THS18-R2
System:SS220739
Cavities:2
Gate Diameter:1 mm
Material:PC - Makrolon 2407
Part Weight: 31.2 g
Wall thickness: 2.1 mm
Shot Weight: 124.8 g
Nozzles: 4xTHS24-R1
System: SS240275
Cavities: 4
Gate Diameter:1.2 mm
Material: PA 6
Part Weight: 0.24 g
Wall thickness: 0.8 mm
Shot Weight: 3.84 g
Nozzles: 2xTHS12-L4+4
System: SS230361
Cavities: 16
Gate Diameter: 0.7 mm
Material: PS
Part Weight: 5.5 g
Wall thickness: 1.0 mm
Shot Weight: 22 g
Nozzles: 2xTHS24-R2 independenttip control
System: SS230850
Cavities:4
Gate Diameter:1 mm
Material: PP
Part Weight: 2.4 g
Wall thickness: 1.5 mm
Shot Weight: 19.2 g
Nozzles: THS12-L4+4
System: SS210585
Cavities: 16
Gate Diameter: 0.7 mm
Material: TPE Uteksol TH 36 D
Part Weight: x
Wall thickness: 1.09 mm
Shot Weight: 0.068 g
Nozzles: 2xTHS12-L4+4
System: SS200906
Cavities: 16
Gate Diameter: 0.7 mm
Material:PP
Part Weight: 1.8 g
Wall thickness: 1.3 mm
Shot Weight: 1.8 g
Nozzles: THS18-R1
System: SS240220
Cavities: 1
Gate Diameter:0.8 mm
Material: PP Bormed HD810MO
Part Weight: 0.43 g
Wall thickness: 1.0 mm
Shot Weight: 3.44 g
Nozzles: 2xTHS12-R4
System: SS230157
Cavities: 8
Gate Diameter: 0.8 mm
Material: Copoliesrer Eastman MN211
Part Weight: 0.75 g
Wall thickness: 1.2 mm
Shot Weight: 24 g
Nozzles: 16xTHS12-R2 (HH)
System: SS210736
Cavities: 32
Gate Diameter: 0.8 mm
Material:PP
Part Weight: 1.68 g
Wall thickness: 0.8 mm
Shot Weight: 6.72 g
Nozzles: TH12-R4
System: SS210665
Cavities: 4
Gate Diameter: 0.7 mm
Material:PP
Part Weight: 4.4 g
Wall thickness: 0.8 mm
Shot Weight: 70.4 g
Nozzles: 4xTHS12-R4 (HH)
System: SS220394
Cavities: 16
Gate Diameter:0.7 mm
Material:PP
Part Weight: 0.2 g
Wall thickness: 0.6 mm
Shot Weight: 19.2 g
Nozzles: 24xTHS12-R4 (HH)
System: SS220334
Cavities: 48
Gate Diameter: 0.7 mm
Material:PP INVISTA P5M4R-034
Part Weight: 0.265 g
Wall thickness: 0.8 mm
Shot Weight: 0.265 g
Nozzles: TH12-R1
System: SS230882
Cavities: 1
Gate Diameter:0.7 mm
Material:PP ExxonMobil PP9074MED
Part Weight: 1.2 g
Wall thickness: 0.8 mm
Shot Weight: x
Nozzles: 2xTHS12-R2 independent control
System: SS230480 (HH)
Cavities: 4
Gate Diameter:0.7 mm
Material: PP 3720WZ
Part Weight: 1.74 g
Wall thickness: x
Shot Weight: 27.8 g
Nozzles: 4xTHS12-R4
System: SS211218 (HH)
Cavities: 16
Gate Diameter: 0.7 mm
Material: ABS
Part Weight: 5.5 g
Wall thickness: 1.3 mm
Shot Weight: 44 g
Nozzles: THS12-R4
System: SS230801
Cavities: 8
Gate Diameter:1 mm
Material: PP
Part Weight: 0.48 g
Wall thickness: 0.8 mm
Shot Weight: 15.36 g
Nozzles: THS12-R8
System: SS230807 - 4 drops
Cavities: 32
Gate Diameter: 0.7 mm
Material: PP/POM
Part Weight: 1.8 g
Wall thickness: 1.0 mm
Shot Weight: 14.4 g
Nozzles: THS18-L2+2
System: SS230316 and SS230314 - 8 drops
Cavities: 8
Gate Diameter:0.8 mm
Material:PP Formosa Tairi-Pro K1P25
Part Weight: 1.2 g
Wall thickness: 0.5 mm
Shot Weight: 9.6 g
Nozzles: THS12-R2 ver2.0
System: SS191194
Cavities: 8
Gate Diameter:0.7 mm
Material:Riblene MP 31 R
Part Weight: 1.8 g
Wall thickness: 0.8 mm
Shot Weight: 3.6 g
Nozzles: THS12-R2 independent tip control
System: SS201062
Cavities:2
Gate Diameter:0.8 mm
Material: PP
Part Weight: 3.2 g
Wall thickness: 1 mm
Shot Weight: 25.6g
Nozzles: THS12-R2
System: SS210372
Cavities: 8
Gate Diameter:0.8 mm
Material:PP
Part Weight: 0.4 g
Wall thickness: 1 mm
Shot Weight: x
Nozzles: 2xTHS18-R1
System: SS210764
Cavities:2
Gate Diameter:1 mm
Material: PP
Part Weight: 0.2 g
Wall thickness: 0.8 mm
Shot Weight: 1 g
Nozzles: THS12-R4
System: SS230024 (HH)
Cavities: 4
Gate Diameter: 0.7 mm
Placeholder text equential molding processes are usually controlled by the screw position, time or cavity sensors. The exact timing of the nozzles is determined
High Cavity Molding
Fast Pipette Tips Production
User-friendly Side Gating
PVC & More - Medical Materials
Placeholder text equential molding processes are usually controlled by the screw position, time or cavity sensors. The exact timing of the nozzles is determined
High Cavity Molding
Fast Pipette Tips Production
User-friendly Side Gating
PVC & More - Medical Materials
Placeholder text equential molding processes are usually controlled by the screw position, time or cavity sensors. The exact timing of the nozzles is determined
High Cavity Molding
Fast Pipette Tips Production
User-friendly Side Gating
PVC & More - Medical Materials
Basic features for up to 10 users
Basic features for up to 10 users
Basic features for up to 10 users
Look forward to exciting live technology at interactive demonstrations in our Tech Center, where you’ll see innovations up close and firsthand. Don’t just observe the latest innovations—immerse yourself and experience them live:
Explore the latest trends and cutting-edge advancements with industry experts through engaging presentations from material manufacturers, injection molding machine producers, mold makers, hot runner specialists, and control system experts.
Each topic is tailored to highlight exciting and innovative developments shaping the future of medical injection molding. Join us for an inspiring exchange of ideas and hands-on insights into the industry’s most impactful advancements!
Join us for exclusive factory tours that offer fascinating insights into production and manufacturing processes. Explore behind the scenes of cutting-edge technology, from innovative production lines to advanced manufacturing techniques.
Gain a firsthand look at how quality, precision, and efficiency come together to create industry-leading solutions. These tours provide a unique opportunity to experience the heartbeat of our operations and see innovation in action. Don’t miss the chance to discover how we bring ideas to life!
Placeholder text equential molding processes are usually controlled by the screw position, time or cavity sensors. The exact timing of the nozzles is determined
High Cavity Molding
Fast Pipette Tips Production
User-friendly Side Gating
PVC & More - Medical Materials
Placeholder text equential molding processes are usually controlled by the screw position, time or cavity sensors. The exact timing of the nozzles is determined
High Cavity Molding
Fast Pipette Tips Production
User-friendly Side Gating
PVC & More - Medical Materials
Placeholder text equential molding processes are usually controlled by the screw position, time or cavity sensors. The exact timing of the nozzles is determined
High Cavity Molding
Fast Pipette Tips Production
User-friendly Side Gating
PVC & More - Medical Materials
Basic features for up to 10 users
Basic features for up to 10 users
Basic features for up to 10 users
Trend-setting mold making technologies for multi-component applications
BARNES MOLDINGS SOLUTIONS
Dominic Brunenberg-Libonati
Hot runner technology for medical materials
BARNES MOLDINGS SOLUTIONS
Ralf Würstlin
Systematic approach from design phase to qualification
BARNES MOLDINGS SOLUTIONS
Julian Schild/Michael Gehring
Precise water temperature management extends machine life cycle
ORCA
Dr. Michael Süß
Future challenges and how we can respond
ARBURG
tbd
Efficient processes in future molding
SUMITOMO
tbd
How to manage viscosity
SABIC
tbd
Full automated handling and packaging in clean rooms
MA - micro automation
tbd
xxxxxxxxx rooms
ENGEL
tbd
Trend-setting mold making technologies for multi-component applications
BARNES MOLDINGS SOLUTIONS
Dominic Brunenberg-Libonati
Hot runner technology for medical materials
BARNES MOLDINGS SOLUTIONS
Ralf Würstlin
Systematic approach from design phase to qualification
BARNES MOLDINGS SOLUTIONS
Julian Schild/Michael Gehring
Precise water temperature management extends machine life cycle
ORCA
Dr. Michael Süß
Future challenges and how we can respond
ARBURG
tbd
Efficient processes in future molding
SUMITOMO
tbd
How to manage viscosity
SABIC
tbd
Full automated handling and packaging in clean rooms
MA - micro automation
tbd
Live demonstration of high volume production:
- medical consumables (96 cav)
- pharmaceutical devices
MÄNNER molds and hot runners
ENGEL Elion & MA - Micro Automation
NETSTAL
Live demonstration of PVC production of medical consumables
MÄNNER mold and hot runner
ARBURG A520
Live demonstration of the production pf highly precise medical parts (64 cav)
MÄNNER pipette tip mold and hot runner
SUMITOMO & MA - Micro Automation
Live demonstration of the the side injection of medical parts
MOLDING SOLUTIONS Sige Gate Hot Runner
ARBURG Allrounder 570