Light / medium-duty
TEK TK-460
- Power
- Cordless Li-ion 14.4 V
- Tie cycle
- ≈ 0.8 s automatic
- Rebar range
- Ø 6 – 29 mm combined
- Ties per charge
- Approx. 4,000
- Tool weight
- ≈ 2.4 kg with battery
Product line 02
Rebar Tying Tools (Guns)
Cordless automatic tying tools built for professional contractors — from residential slabs to heavy infrastructure pours.
Product overview
Two platforms. Every jobsite covered.
The TK-460 handles residential and light commercial rebar. The TK-660 steps up to heavy structural and infrastructure pours. Both tools are engineered to run on TEK Patent Pending dual-chamber coils.
Main benefits
What crews get on the jobsite.
Sub-second automatic cycle
Faster, more consistent ties across the crew.
Balanced ergonomics
Developed to reduce operator fatigue on long pours.
Cordless Li-ion power
Thousands of ties per charge with fast reload.
Engineered for TEK coils
Designed to feed the dual-chamber coil without jams.
TEK accessories
Ask for accessory pricingGear that keeps the crew tying.
Coil pouches, tool holsters and jobsite kits — designed to keep coils and tools within reach on the mat. Available with every TEK tool order.
TEK Coil Pouch
Reinforced belt pouch designed to carry a full stack of TEK dual-chamber coils on the deck.
TEK Tool Holster
Padded holster that keeps the TK-460 or TK-660 on the hip between ties.
Worn On The Belt
Holster and pouch mount to a standard tool belt, keeping both hands free on the mat.
Complete Jobsite Kit
Tying tool, coil case, holster and coil pouch — everything a tier needs for the pour.
Essential specifications
TK-460 vs. TK-660.
Heavy-duty
TEK TK-660
- Power
- Cordless Li-ion 18 V
- Tie cycle
- ≈ 0.9 s automatic
- Rebar range
- Ø 10 – 40 mm combined
- Ties per charge
- Approx. 3,200
- Tool weight
- ≈ 2.8 kg with battery
Compatible TEK wire
Explore tie wireRuns on the TEK dual-chamber coil.
Three finishes for every project. Also compatible with MAX® rebar tying tools.*
*MAX® is a registered trademark of its respective owner. TEK Global Wire is not affiliated with MAX. Compatibility statements refer to intended tool fit; always verify with your specific tool model.