Stabilize Your Pick Point to Protect Throughput
A consistent pickup coordinate means the nozzle/gripper approaches the same pose every cycle—reducing mis-picks, re-picks, and the time lost to “small stops” that quietly degrade OEE.
Smart EMS Factory Ready
Seamless Robotic & SMT Integration for Your Smart EMS Factory.
Automate odd-form component handling and terminal insertion with the SRT7001 Reel Terminal Feeder. Keep a stable pickup coordinate, reduce operator dependency, and synchronize feeding with SCARA/6-axis robots and SMT mounters—without turning your line into an integration project.
Consistent tape-to-pick presentation
Designed for robotic cell clearance
Built for high-mix EMS changeovers
Engineering Buyers Care About
You’re not buying “a feeder.” You’re buying repeatability—the ability to hold a pickup pose and pitch timing stable enough that robotics and SMT can share a common process definition.
- Less manual handling → reduced operator variability
- Stable pickup access → fewer collisions and re-teaches
- Predictable feeding → fewer micro-stops, higher OEE
Interactive
Experience Precision Engineering.
Rotate, zoom, and inspect the mechanical layout to evaluate approach clearance, drive placement, and the presentation zone that matters most: the pick interface where robots and SMT heads need repeatable access.
Tip for engineering review: validate the pickup window clearance for your end-effector envelope (nozzle or gripper), then trace the tape path backward to confirm disturbance isolation and guide constraint near the index zone.
Demo
See the SRT7001 in Action.
Watch the demo to understand the real production value: stable presentation, predictable pick timing, and a workflow that scales without relying on “expert operators.”
Caption: See the SRT7001 in Action.
Product Value
Convert Manual Handling into Repeatable Automation.
In hybrid SMT + odd-form workflows, the hidden cost is variability: inconsistent pickup pose, re-teach time, micro-stops, and operator-dependent threading. The SRT7001 is engineered to reduce those failure modes and standardize your cell behavior.
Drop-In Fit for Robotic Cells and SMT Stations
The mechanical layout is designed for automation access—supporting robotic reach envelopes while keeping the feeder footprint practical for line-side deployment and fast changeovers.
Bring Smart Factory Discipline to Odd-Form Work
Replace manual preparation steps with a repeatable feeder-driven workflow: consistent presentation, easier offline kitting, and more predictable synchronization with your robot and line control logic.
What This Enables
Faster NPI without “hero operators”
Standardize setup into a repeatable threading + verification routine, reducing reliance on tribal knowledge and making multi-shift production more stable.
Consistent output for insertion success
When the feeder delivers stable presentation, your robot insertion logic becomes simpler: less correction, fewer exceptions, and higher confidence during continuous runs.
Solutions
One Workflow Across SMT and Robotics — Without Bottlenecks.
When SMT and robotic stations run different assumptions, changeovers and debugging explode. SRT7001 is designed to help you run a unified workflow: deterministic presentation for SMT-style picking, plus clearance and robustness for robotic handling and insertion.
Reduce Labor Dependence, Increase Consistency
Converting manual odd-form handling into a feeder-driven process reduces the variability that causes scrap, rework, and unpredictable cycle times—especially in high-mix EMS environments.
Make Integration Predictable (Controls + Mechanics)
The fastest automation projects are the ones that behave deterministically. When presentation is stable, you spend less time tuning vision compensation, less time dealing with exceptions, and more time producing.
Contact
Specification-Driven Conversations. Fast Answers.
For engineering buyers, the fastest path is aligning on your component format, end-effector type (nozzle vs gripper), and the mechanical access constraints of your cell. We’ll help you map the feeder into a stable, repeatable production workflow.
What to Prepare for a High-Confidence Evaluation
- Component/tape format + pitch requirements (and any pocket/lead retention concerns)
- Target takt time and cycle synchronization needs (SMT or robot)
- End-effector type and approach envelope constraints
- Changeover expectations (high-mix kitting vs dedicated line)
Prefer self-service first? Download the catalog and shortlist the feeder/nozzle configuration that matches your application.
Media & References
Navigation
Use the fixed menu to jump between the 3D model, the demo video, and the product value grid—built for fast engineering review.